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Home , Acosta (crater), Alexander Ollongren, Astrotech Corporation, Bondarenko (crater), Chiaki Mukai, Estonian Space Office

obalka TISK.indd 1 8.9.2010 9:58:24 See us at IAC 2010 Booth # B7

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obalka TISK.indd 2 8.9.2010 9:59:56 IAC 2010

1. Welcome messages...... 4 1.1 Message from the President of the IAF...... 4 1.2 Message from the Local Organising Committee...... 4 1.3 Auspices...... 5 1985-2010 2. General Information...... 6 2.1 Floor plans of Congress Venue...... 6 2.2 Contacts and Opening Hours...... 8 Celebrating 25 years of 2.3 Useful Information...... 9 3. Timetable Overview...... 12 3.1 Opening Ceremony / Closing Ceremony...... 12 changing the economics of space 3.2 Programme at a Glance...... 13 3.3 Congress Sessions by Day...... 14 3.4 Technical Sessions by Symposium...... 18 3.5 Committee Meetings...... 22 3.6 Exhibition...... 23 List of Exhibitors...... 24 1992 2002 Exhibitor Badges...... 39 Exhibition Plan...... 40  KitSat-1, Korea »  AlSAT-1, Algeria » List of Stands & Exhibitors...... 41 SSTL’s first training First Disaster Monitoring 4. Organisers and Associated Events...... 42 programme Constellation satellite 4.1 The International Astronautical Federation...... 42 IAF Member Organisations 2010...... 42 Members of the Bureau...... 46 IAF Secretariat...... 47 4.2 The International Academy of Astronautics...... 48 Academy Day...... 49 4.3 The International Institute of ...... 50 19th Manfred Lachs Space Law Moot Court Competition...... 50 4.4 UN/IAF Workshop...... 51 2005 2008 4.5 IAF Young Professionals Programme...... 53 4.6 The Student Programme...... 54 «GIOVE-A «RapidEye 4.7 IAC 2010 Professional Development Programme...... 56 First test satellite for 5- 4.8 IAF Youth Grants Programme...... 56 European GNSS for MDA 4.9 Masters with Masters – knowledge-sharing event...... 57 4.10 The Local Organising Committee...... 58 5. Tours and Social Events...... 60 Tours and Social Events Overview...... 60 Social Events Details...... 60 Tour Details...... 62 6. Technical Programme...... 64 6.1 Message from the IPC Co-Chairs...... 64 6.2 Information for Authors ...... 64 2010 2010 6.3 Plenary Events...... 65 6.4 Highlight Lectures ...... 74  14 Navigation »  NigeriaSat-2 » 6.5 Second International Forum...... 76 payloads 2.5m resolution 6.6 Technical session papers ordered by symposium...... 77 for European GNSS highly agile platform 6.7 Index of Authors...... 154 Sponsors and Partners...... 155

Final Programme format information For convenience of participants, the Final Programme is slimmer and lighter than it used to be in past years. In order to achieve that aim, the selection of data had to be strict. Additional information and data can be found on the websites of The IAF at www.iafastro.org The IAA at www.iaaweb.org The IISL at www.Iislweb.org The LOC at www.iac2010.cz Information on papers presented at Technical Sessions can be found on the DVD distributed at registration or at www.iafastro.org/index.html?title=IAC2010_Technical_Programme. An updated list of Committee Meetings is at www.iafastro.org/docs/2010/iac/IAC2010_Meetings.pdf. See us on stand A5 An alphabetical index of authors is available at the DVD and at www.iafastro.org/index.html?title=IAC2010_Authors. www.sstl.co.uk 3 1. Welcome messages I 1.1 Message from the President of the IAF 1. Welcome messages I 1.3 Auspices 1.2 Message from the Local Organising Committee

1. Welcome messages 1.3 Auspices

1.1 Message from the President of the IAF The 61st International Astronautical Congress The 61st International Astronautical Congress The 61st IAC in Prague, the beautiful capital of the , will be a highlight in the will be held under the auspices of the President will be held under the auspices of the Mayor series of global space congresses organised by the IAF. Our host country, an ESA member of the Czech Republic Václav Klaus. of the City of Prague Pavel Bém. state since 2008, with a growing and user community, has spared no efforts

to receive you for an exciting event. With great satisfaction, I introduce to you the result of hard work completed by the integrated teams of the International Programme Committee, the Local Organising Committee, and the IAF Secretariat. I would like to use this to thank the IPC, and especially its Co-Chairs, the IPC Steering Committee, and the Plenary Event organisers, for having worked successfully to create a prime quality technical programme guided by the theme "Space for human benefit and exploration". The 61st IAC offers a comprehensive programme of Technical Sessions and special events. Plenary Events inform you about current space activities and plans worldwide. These include topics of general concern such as climate change, international cooperation and peace as well as the current role of governments and industries in the com- mercialisation of activities. Oral and interactive Technical Sessions offer contents for specialised audi- ences of space scientists, engineers, managers and lawyers, also addressing students and young professionals. In these pages, you will find information about the 20th UN/IAF Workshop on “GNSS Applications for Human Benefit and Development”, eight Plenary Events, four Highlight Lectures and three Late Breaking News. In addition you get details about the exhibition, and innovations such as the International Forum of Aerospace Clusters and Industry Associations, and a global Parliamentarian Event. The contents of all of these will be posted on the IAF website. For the Technical Programme, more than 2200 abstracts have been submitted. The best 1600 papers were selected during the 2010 Spring Meeting for presentation. These papers and presentations are available on the DVD you will find in your Congress bag. The 61st International Astronautical Congress The 61st International Astronautical Congress An extraordinary Technical Programme awaits you. It is your participation that is essential to make of this event a will be held under the auspices of the Ministry will be held in cooperation with the Centre for real success. of Education of the Czech Republic. International Services. See you in Prague! Berndt Feuerbacher President International Astronautical Federation

1.2 Message from the Local Organising Committee On behalf of the Local Organising Committee and the Czech Space Office, I am pleased to invite you to join us at the 61st International Astronautical Congress in Prague. The Congress will be an excellent opportunity for representatives and experts to share and The 61st International Astronautical Congress discuss potential collaborations in the field of and development of new will be held under the auspices of the Ministry space applications. And it is a good chance to visit and meet your friends and colleagues of Transport of the Czech Republic. from all around the world in the cultural and historical environment of Prague city. Members of the Local Organising Committee are working hard to make your stay at the Congress both efficient and pleasant, and we are looking forward to welcome you among the active participants of this outstanding week in September in Prague.

Jan Kolář

Chairman Local Organising Committee

4 5 2. General Information I 2.1 Floor plans of Congress Venue 2. General Information I 2.1 Floor plans of Congress Venue

Prague Congress Centre (PCC) 2. General Information Public transport: metro Line C (red), Vyšehrad station 2.1 Floor plans of Congress Venue Třída 5.května 65, 140 21 Prague 4 Czech Republic The 61st International Astronautical Congress will be held at the Prague Congress Centre (PCC) www.kcp.cz

Entrance 10 – Meeting point

Ground 2nd Floor Floor

Café Melodie First Aid Exhibition

Exhibition Exhibition

Exhibition

Entrance 5 – entrance

1st Floor 3rd Floor

Registration area

Internet corner

6 7 2. General Information I 2.2 Contacts and Opening Hours 2. General Information I 2.3. Useful Information

4th Floor Congress Secretariat Registration and Information Desk The Registration Desk will be located at the Prague Congress GUARANT International spol. s r.o. Centre. In order to register, please bring along your letter of Opletalova 22, 110 00 Prague 1 confirmation, which entitles you to pick up your Congress Czech Republic documents. Tel.: +420 284 001 444 Fax: +420 284 001 448 Contact number during the congress: +420 725 778 854 Email: [email protected] www.guarant.cz OPENING HOURS

Saturday 25 September Corinthia Hotel lobby 14:00 – 18:00 Sunday 26 September Corinthia Hotel lobby 08:00 – 10:00 PCC, 1st floor 13:00 – 20:00 Monday 27 September PCC, 1st floor 07:00 – 20:00 Tuesday 28 September PCC, 1st floor 08:00 – 18:00 Wednesday 29 September PCC, 1st floor 08:00 – 18:00 Thursday 30 September PCC, 1st floor 08:00 – 18:00 Friday 1 October PCC, 1st floor 08:00 – 18:00

2.2 Contacts and Opening Hours 2.3. Useful Information

IAF Office Registration, Message, Info Desk REGISTRATION FEES Room 220, 2nd Floor, PCC* Corinthia Hotel Prague Lobby Saturday 25 September Saturday 25 September Registration Category ON SITE 14:00 – 18:30 14:00 – 18:00 Sunday 26 September – Friday 1 October Sunday 26 September 08:30 – 18:30 08:00 – 10:00 Full-paying participants IAA Office 1st Floor, PCC* Sunday 26 September Room 247, 2nd Floor, PCC* 13:00 – 20:00 Saturday 25 September – Friday 1 October NON MEMBERS 860 Monday 27 September 08:30 – 17:30 07:00 – 20:00 IISL Office Tuesday 28 September – Friday 1 October Full-paying participants Room 245, 2nd Floor, PCC* 08:00 – 18:00 Saturday 25 September – Friday 1 October Press Centre 08:30 – 17:30 MEMBERS (IAF, IAA, IISL) 780 Euros Room 1.1, 2nd Floor, PCC* LOC Office Sunday 26 September Room 225, 2nd Floor, PCC* 13:00 – 17:00 Retired persons 470 Euros Sunday 26 September – Thursday 30 September Monday 27 September – Friday 1 October 08:30 – 18:00 08:00 – 20:00 Friday 1 October Press Briefings Young professionals 315 Euros 08:30 – 12:00 Small Theatre, Ground Floor, PCC* IAF Members Lounge Sunday 26 September Full-time students (Full-time students must prove their status by providing Room 2.2, 2nd Floor, PCC* 17:30 the photocopies of their student ID and passport to the congress secretariat. 170 Euros Monday 27 September North Hall, 2nd Floor, PCC* 12:00 – 18:00 Monday 27 September – Friday 1 October Participants must be enrolled in long-term everyday education process) Tuesday 28 September – Friday 1 October 07:30 08:30 – 18:00 Exhibition Hall Accompanying persons (max 1 per Full-paying or Retired Participant) Free of Charge Presentation Preparation Room 2nd Floor, PCC* Room 2.1, 2nd Floor, PCC* Monday 27 September Monday 27 September – Thursday 30 September 12:00 – 19:00 Accredited press Free of Charge 07:00 – 18:30 Tuesday 28 September – Thursday 30 September Friday 1 October 10:00 – 18:00 07:00 – 16:30 Friday 1 October 10:00 – 17:00 * Prague Congress Centre

8 9 2. General Information I 2.3. Useful Information 2. General Information I 2.3. Useful Information

Eligibility and Requirements Name Badges Participants and accompanying persons will receive a name badge. Everyone is requested to wear this badge Full-paying participants – NON MEMBERS for all Congress activities. Name badges have been colour-coded as follows: – Each Full Paying Participant is entitled to enrol ONE accompanying person along with his/her registration at no extra cost : Organiser (IAF, IAA, IISL, CSO staff) Grey: Media Orange: Organiser (Guarant International) : Exhibitor Full-paying participants – MEMBERS (IAF, IAA, IISL) Blue: Delegate : Young Professional - Employees or elected officers of an IAF member organisation Yellow: Accompanying person Pink: Student - Current members of the IAA - Current members of the IISL Posters - Each Full Paying Participant is entitled to enrol ONE accompanying person along with his/her registration at Posters will be displayed according to the sessions in the Terrace 2, Meeting Hall IV and in the Chamber Hall. no extra cost

Retired persons Language - Retired persons refer to those who were on or before 27 September 1950 and are full-time retired English is the official language of the Congress. All lectures will be held in English, no translation will be pro- - Retired persons must prove their date of birth by providing their ID card to the congress secretariat vided. - Retired person is entitled to enrol ONE accompanying person along with his/her registration at no extra cost Climate and clothing Young professionals - Young professionals refer to those who were born on or after 27 September 1976 Prague is a city with a continental climate. The weather is usually mild and sunny at the end of September. There - Young professionals must prove their date of birth by providing their ID card to the congress secretariat might be an occasional rain, and it is therefore advisable to bring a jacket, a sweater and an umbrella.

Full-time students Currency/Credit cards/Banking - Full-time students must prove their status by providing the photocopies of their student ID and passport to the The official currency of the Czech Republic is Czech Crown = Česká koruna (CZK = Kč) which is subdivided congress secretariat into 100 Hellers (h). International credit cards are accepted for payment in hotels, restaurants and shops. - Participants must be enrolled in full time education Exchange offices and ATM machines are easily available throughout the city and at the Prague International Airport. ATM machine is also available at the Congress venue right next to the main entrance to Prague Congress Accompanying persons Centre (Entrance No. 5). - Registration of one Accompanying person per “Full paying participant” or “Retired person” is free of charge - Accompanying persons will not have access to the IAC Technical Sessions You can find the official exchange rates on the website of the Czech National Bank www.cnb.cz.

Accredited press Electricity - Media accreditation is dealt with directly by the IAF and applications can be made via the IAF website The Czech Republic uses a 220V/50Hz system, sockets have the European standard and plugs are three-prong www.iafastro.org grounded. - Journalists must have a recognized accreditation from their country and be able to demonstrate proof of their work Health Care - Onsite registration is possible Vaccinations are not required to enter the Czech Republic. An individual travel and health insurance is recom- What is covered by the fee? mended. Delegate, student: • Admission to all congress sessions Insurance • Admission to all industry-supported symposia The organisers can accept no liability for personal injuries or for loss or damage to property belonging to Congress • Admission to the Exhibition participants, either during or as a result of the event. • Access to the Opening Ceremony • Access to the Closing Ceremony Coffee Breaks, Lunch • Admission to the Welcome Reception on 27 September 2010 • Coffee Breaks Coffee will be provided both in the morning and afternoon on the 1st & 2nd floor of the Prague Congress Centre • One congress bag including Final Programme and Abstracts DVD (PCC). Water will be available in dispensers on the 1st & 2nd floor of the venue. Accompanying person: Participants are invited to take lunch in Cafe Melodie on the ground floor of the PCC or in the restaurants of • Access to the Opening Ceremony the Corinthia Hotel Prague or Holiday Inn that are both located next to the PCC. Lunches are not covered by • Access to the Closing Ceremony registration fee. • Admission to the Welcome Reception on 27 September 2010 • Access to Plenaries and Highlight Lectures

10 11 3. Timetable Overview I 3.1 Opening Ceremony / Closing Ceremony 3. Timetable Overview I 3.2 Programme at a Glance

Time Zone Closing Ceremony The Czech Republic is on Central European Time – Greenwich Mean Time (GMT) + 1 hour. From April to October Day: Friday 1 October 2010 is summer time, i.e. GMT + 2 hours. Time: 17:30 Place: Forum Hall, Prague Congress Centre Disclaimer The Closing Ceremony will be held in Forum Hall and provides a formal closing of the activities of the 61st Inter- Neither the Czech Space Office nor the Congress Administration accept liability for damages and/or losses of national Astronautical Congress. any kind which may be incurred by Congress participants or by any persons accompanying them, both during At the Closing Ceremony, the IAF will present its annual awards. The IAF sponsors a number of awards that are the official activities and the excursions. The client participates in all tours and events at his/her ownrisk. given annually to individuals and groups that have distinguished themselves in space cooperation and space Participants are strongly advised to take out insurance against loss, accidents or damage that could be incurred activities at the global level. during the Congress. Verbal agreements will not be binding unless they are confirmed in writing. The sole place of jurisdiction is Prague. Czech law is applicable. The Allan D. Emil Memorial Award is presented for an outstanding contribution to space science, space technol- ogy, space or space law. Internet Corner The Frank J. Malina Astronautics Medal is presented to an educator who has demonstrated excellence in taking Internet Corner will be available on the 1st floor of the Prague Congress Centre for registered participants. the fullest advantage of the resources available to him/her to promote the study of astronautics and related space sciences. Useful Telephone Numbers The Luigi G. Napolitano Award is presented by the Education Committee of the IAF to a young scientist, below First Aid 155; Police 158; Taxi (Profi)+420 14 0 15; Registration Desk +420 725 778 854 30 years of age, who has contributed significantly to the advancement of the aerospace science and has given a paper at the IAC on the contribution. Public Transport Tickets The IAF Student Awards recognise the best papers presented by students at the IAF Congress in undergraduate The tickets can be purchased in the ticket machine in the metro stations.The participants who have booked their and graduate categories. accommodation through IAC 2010 website in a hotel that is not located in a walking distance from the congress venue will obtain 10 free tickets for public transport upon registration. At the end of the ceremony, the Congress flag will be handed over to the next host country – Africa.

3.2 Programme at a Glance

3. Timetable Overview 08:00 09:00 10:00 11:00 12:00 13:00 14:00 15:00 16:00 17:00 18:00 19:00 20:00 21:00

3.1 Opening Ceremony / Closing Ceremony Friday UN/IAF Workshop UN/IAF Welcome Reception 24 September

Opening Ceremony Saturday IPC General UN/IAF Workshop Dinner UN/IAF Workshop Day: Monday 27 September 2010 25 September Meeting Hosted by LOC Time: 10:00 Sunday Place: Congress Hall, Prague Congress Centre Academy Day Academy Dinner 26 September The opening ceremony based on Czech culture takes you through centuries of our history. Medieval music as Plenary well as Czech folklore dance and famous Czech compositions are performed by one of the best contemporary Monday Opening Event 1 Highlight Opening Ceremony Technical Sessions Welcome Reception Czech violinists. All this and more is included in the Opening Ceremony schedule. 27 September Exhibition Heads of Lecture 1 Agency

Tuesday Plenary Plenary Highlight Fun Evening Technical Sessions Technical Sessions 28 September Event 2 Event 3 Lecture 2 „U Fleků“

International Wednesday Plenary Plenary Highlight Technical Sessions Technical Sessions Cultural Night in 29 September Event 4 Event 5 Lecture 3 Planetarium Prague IISL Dinner Cluster Forum Technical Sessions 2nd International Thursday Plenary Plenary Highlight in Pilsen Technical Sessions Lecture 4 30 September Event 6 Event 7 IISL Moot Court Competition Dinner Cruise on Vltava River

Late Breaking News Friday Plenary Closing Technical Sessions Technical Sessions Gala Banquet 1 October Event 8 Ceremony

12 13 3. Timetable Overview I 3.3 Congress Sessions by Day 3. Timetable Overview I 3.3 Congress Sessions by Day

3.3 Congress Sessions by Day 15:15 Technical Sessions Room/Floor A1.3 Medical Care for Humans in Space Small Theatre / Ground A2.2 Fluid and Materials Sciences Club B / 1st Monday 27 September 2010 Room / Floor A3.2B Exploration – Part 2 Panorama / 1st 10:00 Opening Ceremony Congress Hall / 1st A6.2 Modelling and Risk Analysis Terrace 2 / 2nd 12:00 Opening of the Exhibition Foyer 2nd floor B1.2 Future Earth Observation Systems Conference Hall / 4th 13:30 Plenary Event 1 – Heads of Agency plenary Congress Hall / 1st B3.2 How Can We Best Apply Our Experience to Future Human Missions? Meeting Hall V / 2nd B4.3 Operations Club H / 1st 15:15 Technical Sessions Room/Floor C1.3 Attitude Dynamics North Hall / 2nd A1.1 Behaviour, Performance and Psychosocial Issues in Space Small Theatre / Ground C2.3 Space Structures – Dynamics and Microdynamics Meeting Room 4.2 / 4th A3.2A Moon Exploration – Part 1 Panorama / 1st C3.1 Joint Session with IAA Commission 3 ( & System Development) A6.1 Measurements Terrace 2 / 2nd on "Solar Energy From Space" Club A / 1st B2.1 Advanced Systems Club B / 1st D1.3 System Engineering Tools, Processes & Training (I) Club E / 1st B3.1 Overview Session (Present and Near-Term Human Space Flight Programs) Meeting Hall V / 2nd D2.3 Upper Stages, Space Transfer, Entry and Landing Systems Chamber Hall / 3rd B4.2 Small Space Science Missions Club H / 1st E2.3 Student Conference III Meeting Room 4.1 / 4th C1.1 Orbital Dynamics North Hall / 2nd E3.1B New Developments in National and International Space Policies and Programmes II Terrace 1 / 2nd C2.1 Space Structures I – Development and Verification (Space Vehicles and Components) Meeting Room 4.2 / 4th E3.2 Policy and economic aspects of space weather Terrace 1 / 2nd C4.1 Propulsion Systems I Club A / 1st E5.2 Space Expectations: Involving the Public in Space Activities Club C / 1st D1.1 Innovative and Visionary Space Systems Concepts Club E / 1st E6.2 Space-related Commercial Applications and Markets Club D / 1st D2.1 Launch Vehicles in Service or in Development Chamber Hall / 3rd E7.2 30 Years of the Moon Agreement: Perspectives Meeting Hall IV / 2nd D3.1 Strategies and Architectures to Establish a “Stepping Stone” Approach 18:30 Highlight Lecture 2 – Origins, Surprises and Future of GPS Forum Hall / 2nd to our Future in Space Club C / 1st D4.2 Interstellar Precursor Missions Meeting Hall IV / 2nd Wednesday 29 September 2010 Room / Floor E1.1 Lift off – Primary and Secondary Space Education Club D / 1st 08:00 Late breaking news – flight past Lutetia; JAXA's Hayabusa return Forum Hall / 2nd E2.1 Student Conference I Meeting Room 4.1 / 4th 09:00 Plenary 4 – Global Sea Level Rise and Its Societal Impacts Forum Hall / 2nd E3.1A New Developments in National and International Space Policies and Programmes I Terrace 1 / 2nd 18:30 Highlight Lecture 1 – The European Vision and Role in Worldwide 10:15 hrs Technical Sessions Room/Floor Space Exploration Forum Hall / 2nd A1.4 Radiation Fields, Effects and Risks in Human Space Missions Small Theatre / Ground 20:00 Welcome Reception PCC Foyers / 2nd, 3rd A3.2C Moon Exploration – Part 3 Panorama / 1st A4.1 SETI I : SETI Science and Technology Meeting Room 4.1 / 4th Tuesday 28 September 2010 Room / Floor A6.3 Hypervelocity Impacts and Protection Terrace 2 / 2nd 08:30 Plenary Event 2 – Impact of Governments’ Changes on Industry Forum Hall / 2nd B1.3 Earth Observation Sensors & Technology Conference Hall / 4th B2.2 Fixed and Broadcast Communications Club B / 1st 10:15 Technical Sessions Room/Floor B3.3 ISS Operations and Utilization Meeting Hall V / 2nd A1.2 Human Physiology in Space Small Theatre / Ground B4.4 Small Potential for Future Integrated Applications and Services Club H / 1st A2.1 Gravity and Fundamental Physics Club B / 1st B5.1 Integrated Applications End-to-End Solutions Club C / 1st A3.1 Space Exploration Overview Panorama / 1st C1.4 Attitude Dynamics (2) North Hall / 2nd A5.1 Near Term Strategies for Lunar Surface Infrastructure Meeting Hall V / 2nd C2.4 New Materials and Structural Concepts Meeting Room 4.2 / 4th B1.1 International Cooperation in Earth Observation Missions Conference Hall / 4th C4.3 Propulsion Technology Club A / 1st B4.1 11th UN/IAA Workshop on Small Satellite Programmes at the Service D1.4 Space Systems Architectures Club E / 1st of Developing Countries Club H / 1st D2.4 Future Space Transportation Systems Chamber Hall / 3rd B6.1 Human Operations Concepts Terrace 1 / 2nd E3.3 The Space Economy in Figures Terrace 1 / 2nd C1.2 Orbital Dynamics (2) North Hall / 2nd E4.1 IAA 50th Anniversary Half Session 10:15 – 11:45 Club D / 1st C2.2 Space Structures II – Development and Verification (Deployable and Dimensionally E1.6.-E5.4 Water from Space: Societal, Educational and Cultural Stable Structures) Meeting Room 4.2 / 4th Aspects Half Session 11:45-13:15 Club D / 1st C4.2 Propulsion Systems II Club A / 1st E5.3 Space Architecture: Exploration and Forum / 2nd D1.2 Enabling Technologies for Space Systems Club E / 1st E7.3 Legal Aspects of Space Security Meeting Hall IV / 2nd D2.2 Launch services, Missions, Operations and Facilities Chamber Hall / 3rd 14:00 Plenary 5 – Next Generation Visions For Space Operations Forum Hall / 2nd E1.2 On Track – Undergraduate and Postgraduate Space Education Club D / 1st E2.2 Student Conference II Meeting Room 4.1 / 4th 15:15 Technical Sessions Room/Floor E5.1 Future and current space missions: including and expanding all aspects A2.3 Microgravity Experiments from Sub-orbital to Orbital Platforms Club B / 1st of human life on-board and in other worlds Club C / 1st A3.3A Exploration – Part 1 Panorama / 1st E6.1 Encouragment of Government Purchasing from Commercial Providers: Models A4.2 SETI II : SETI and Society Meeting Room 4.1 / 4th and Examples Terrace 2 / 2nd A6.4 Mitigation, Standards, Removal and Legal Issues Terrace 2 / 2nd E7.1 Nandasiri Jasentuliyana Keynote Lecture on Space Law & Young Scholars Session Meeting Hall IV / 2nd B1.6 GEOSS and Carbon Monitoring from Space Conference Hall / 4th 14:00 Plenary 3 – Never Lost Again Forum Hall / 2nd B4.5 Access to Space for Small Satellite Missions Club H / 1st B5.2 Tools and Technology in Support of Integrated Applications Club C / 1st

14 15 3. Timetable Overview I 3.3 Congress Sessions by Day 3. Timetable Overview I 3.3 Congress Sessions by Day

B6.6.-B3.4 Sustainable Utilization of the ISS Beyond 2015 – Joint Session of the Human Friday 1 October 2010 Room / Floor Space Endeavors and Space Operations Symposia Meeting Hall V / 2nd 08:15 Late breaking news – to be confirmed Forum Hall / 2nd C1.5 Guidance, Navigation, and Control North Hall / 2nd C2.5 Smart Materials and Adaptive Structures Meeting Room 4.2 / 4th 09:00 Technical Sessions Room/Floor C4.4 Electric Propulsion Club A / 1st A1.7 Biology in Space Small Theatre / Ground D1.5 Lessons Learned in Space Systems Club E / 1st A2.6 Microgravity Sciences onboard the International and Beyond Club B / 1st D2.5 Future Space Transportation Systems Technologies Chamber Hall / 3rd A3.5 Small Bodies Missions and Technologies Panorama / 1st D4.3 Access to Space in the Far Future Small Theatre / Ground B2.5 Near-Earth and Interplanetary Communications Terrace 2 / 2nd E1.3 Calling Earth – Space Outreach to the General Public Club D / 1st B3.7 Enablers for the Future Human Missions Meeting Hall V / 2nd E6.3 New Space Markets + Investment Opportunities Terrace 1 / 2nd B4.8 Hitchhiking to the Moon Club H / 1st E7.4 The Current Status of the Rule of Law with Regard to Space Activities Meeting Hall IV / 2nd B6.3 Training Relevant for Operations, including Terrace 1 / 2nd 18:30 Highlight Lecture 3 – SETI Progress and Prospects Forum Hall / 2nd C1.8 Mission Design, Operations and Optimization North Hall / 2nd C3.4 Space Power Experiments Applications and Benefits Club E / 1st Thursday 30 September 2010 Room / Floor C4.6 Special Session on "Missions Enabled by New Propulsion 08:15 Late breaking news – SpaceX launches Forum Hall / 2nd Technologies and Systems" Club A / 1st 09:00 Plenary 6 – Advancing the Global Exploration Strategy Forum Hall / 2nd D2.8 New missions enabled by Extra-large launchers Chamber Hall / 3rd D3.4 Joint Session on Space Technology and Systems Management Practices 10:15 Technical Sessions Room/Floor and Tools” – Part I Club C / 1st A1.5 Astrobiology and Exploration Small Theatre / Ground D5.3 Space Weather Prediction and Effects on Space Missions Meeting Room 4.1 / 4th A2.4 Science Results from Ground Based Research Club B / 1st E1.5 To Boldly go – Space Station Education and Outreach Meeting Room 4.2 / 4th A3.3B Mars Exploration – Part 2 Panorama / 1st E4.4 History of Contributions to Astronautics of former Club D / 1st A5.2 Long Term Scenarios for Human Lunar Presence Meeting Hall IV / 2nd E7.5 Recent Developments in Space Law Meeting Hall IV / 2nd B1.4 Earth Observation Data Management Systems Conference Hall / 4th 12:15 Plenary 8 – Czech Space Visions Forum Hall / 2nd B2.3 Mobile Satellite Communications and Navigation Technology Terrace 2 / 2nd B3.5 : Those Who Make it Happen Meeting Hall V/ 2nd 14:00 Technical Sessions Room/Floor B4.6A Design and Technology for Small Satellites Club H / 1st A1.8 Public Outreach and Education in Space Life Sciences Small Theatre / Ground C1.6 Guidance, Navigation, and Control (2) North Hall / 2nd A2.7 Microgravity Processes onboard the International Space Station and Beyond Club B / 1st C2.6 Space Environmental Effects and Spacecraft Protection Meeting Room 4.2 / 4th A3.6 Solar System Exploration Panorama / 1st C3.2 Space Power Technologies and Techniques Club E / 1st A5.4 Going Beyond the Earth-Moon system: Human Missions to Mars, Libration points, C4.5 Hypersonic and Combined Cycle Propulsion Club A / 1st and NEO’s Terrace 1 / 2nd D2.6 Future Space Transportation Systems Verification and In-Flight Experimentation Chamber Hall / 3rd A6.5 Space Surveillance and Space Situational Awareness Meeting Hall IV / 2nd D3.2 Novel Concepts and Technologies for the Exploration and Utilization of Space Club C / 1st B1.7 Interactive Session on Earth Observation Conference Hall / 4th D5.1 Safety of Vehicules and Ground Segment for Aerospace Missions Meeting Room 4.1 / 4th B2.6 Advanced Technologies Terrace 2 / 2nd E3.5.-E7.6 25th IAA/IISL Scientific-Legal Roundtable: The new age of small satellite missions B3.8.-E7.7 Joint IAF-IISL session on Legal Framework for Collaborative Human Space Missions Meeting Hall V / 2nd (Invited Papers only) Terrace 1 / 2nd B4.7 Space Systems and Architectures Featuring Cross-Platform Compatibility Club H / 1st E4.2 Memoirs and Organisational Histories Club D / 1st C1.9 Mission Design, Operations and Optimization (2) North Hall / 2nd 14:00 Plenary 7 – ISS Research – A Decade of Progress and a Decade of Promise Forum Hall / 2nd C2.8 Specialized Technologies, including Nanotechnology Meeting Room 4.2 / 4th C2.9 Interactive Session on Materials and Structures Meeting Room 4.1 / 4th 15:15 Technical Sessions Room/Floor C4.8 Space Propulsion Club A / 1st A1.6 Life Support and EVA Systems Small Theatre / Ground D2.9 Commercial Human Spaceflight Safety Chamber Hall / 3rd A2.5 Facilities and Operations of Microgravity Experiments Club B / 1st D4.4 Space Elevators and Tethers Club E / 1st A3.4 Space Based Panorama / 1st E1.7 Space Workforce Development – Challenges and Opportunities Club D / 1st B1.5 Earth Observation Applications and Economic Benefits Conference Hall / 4th E3.4 Protecting the Environment of celestial Bodies Club C / 1st B2.4 Space Navigation Systems and Services Terrace 2 / 2nd 17:30 Closing Ceremony Forum Hall / 2nd B3.6.-A5.3 Joint session on Human and Robotic Partnerships to Realize Space Exploration Goals Meeting Hall V/ 2nd B4.6B Design and Technology for Nano-Sats and Cube-Sats Club H / 1st B6.2 New Operations Concepts Terrace 1 / 2nd C1.7 Guidance, Navigation, and Control (3) North Hall / 2nd C2.7 Space Vehicles – Mechanical/Thermal/Fluidic Systems Meeting Room 4.2 / 4th C4.7.-C3.5 Nuclear Propulsion and Power Club A / 1st D1.6 System Engineering Tools, Processes and Training (2) Club E / 1st D2.7 Small Launchers: Concepts and Operations Chamber Hall / 3rd D3.3 Infrastructures and Systems to Enable International Future Exploration and Utilization of Space Club C / 1st D5.2 Knowledge Management and Collaboration in Space Activities Meeting Room 4.1 / 4th E1.4 New Worlds – Innovative Space Education and Outreach Meeting Hall IV / 2nd E4.3 Scientific and Technical History Club D / 1st 18:30 Highlight Lecture 4 – Chandrayaan-1 and Water on the Moon Forum Hall / 2nd

16 17 3. Timetable Overview I 3.4 Technical Sessions by Symposium 3. Timetable Overview I 3.4 Technical Sessions by Symposium

3.4 Technical Sessions by Symposium B2 SPACE COMMUNICATIONS AND NAVIGATION SYMPOSIUM 1 Advanced Systems A1 Space Life Sciences Symposium 2 Fixed and Broadcast Communications 3 Mobile Satellite Communications and Navigation Technology 1 Behaviour, Performance and Psychosocial Issues in Space 4 Space Navigation Systems and Services 2 Human Physiology in Space 5 Near-Earth and Interplanetary Communications 3 Medical Care for Humans in Space 6 Advanced Technologies 4 Radiation Fields, Effects and Risks in Human Space Missions 5 Astrobiology and Exploration B3 HUMAN SPACE ENDEAVOURS SYMPOSIUM 6 Life Support and EVA Systems 1 Overview Session (Present and Near-Term Human Space Flight Programs) 7 Biology in Space 2 How Can We Best Apply Our Experience to Future Human Missions? 8 Public Outreach and Education in Space Life Sciences 3 ISS Operations and Utilization A2 MICROGRAVITY SCIENCES AND PROCESSES 4.-B6.6 Sustainable Utilization of the ISS Beyond 2015 – Joint session of the Human Space Endeavours and Space Operations Symposia 1 Gravity and Fundamental Physics 5 Astronauts: Those Who Make it Happen 2 Fluid and Materials Sciences 6.-A5.3 Joint session on Human and Robotic Partnerships to Realize Space Exploration Goals 3 Microgravity Experiments from Sub-orbital to Orbital Platforms 7 Enablers for the Future Human Missions 4 Science Results from Ground Based Research 8.-E7.7 Joint IAF-IISL session on Legal Framework for Collaborative Human Space Missions 5 Facilities and Operations of Microgravity Experiments 6 Microgravity Sciences onboard the International Space Station and Beyond B4 SMALL SATELLITE MISSIONS SYMPOSIUM 7 Microgravity Processes onboard the International Space Station and Beyond 1 11th UN/IAA Workshop on Small Satellite Programmes at the Service of Developing Countries 2 Small Space Science Missions A3 SPACE EXPLORATION SYMPOSIUM 3 Small Satellite Operations 1 Space Exploration Overview 4 Small Satellites Potential for Future Integrated Applications and Services 2A Moon Exploration – Part 1 5 Access to Space for Small Satellite Missions 2B Moon Exploration – Part 2 6A Design and Technology for Small Satellites 2C Moon Exploration – Part 3 6B Design and Technology for Nano-Sats and Cube-Sats 3A Mars Exploration – Part 1 7 Space Systems and Architectures Featuring Cross-Platform Compatibility 3B Mars Exploration – Part 2 8 Hitchhiking to the Moon 4 Space Based Astronomy 5 Small Bodies Missions and Technologies B5 SYMPOSIUM ON INTEGRATED APPLICATIONS 6 Solar System Exploration 1 Integrated Applications End-to-End Solutions 2 Tools and Technology in Support of Integrated Applications A4 39th SYMPOSIUM ON THE SEARCH FOR EXTRATERRESTRIAL INTELLIGENCE (SETI) – The Next Steps 1 SETI I : SETI Science and Technology B6 SPACE OPERATIONS SYMPOSIUM 2 SETI II : SETI and Society 1 Human Spaceflight Operations Concepts 2 New Operations Concepts A5 HUMAN EXPLORATION OF THE MOON AND MARS SYMPOSIUM 3 Training Relevant for Operations, including Human Spaceflight 1 Near Term Strategies for Lunar Surface Infrastructure 5 Flight Control Operations Virtual Forum 2 Long Term Scenarios for Human Lunar Presence 6.-B3.4 Sustainable Utilization of the ISS Beyond 2015 – Joint Session of the Human Space Endeavors and Space Operations 3.-B3.6 Joint session on Human and Robotic Partnerships to Realize Space Exploration Goals Symposia 4 Going Beyond the Earth-Moon system: Human Missions to Mars, Libration points, and NEO’s C1 ASTRODYNAMICS SYMPOSIUM A6 SYMPOSIUM 1 Orbital Dynamics 1 Measurements 2 Orbital Dynamics (2) 2 Modelling and Risk Analysis 3 Attitude Dynamics 3 Hypervelocity Impacts and Protection 4 Attitude Dynamics (2) 4 Mitigation, Standards, Removal and Legal Issues 5 Guidance, Navigation, and Control 5 Space Surveillance and Space Situational Awareness 6 Guidance, Navigation, and Control (2) B1 EARTH OBSERVATION SYMPOSIUM 7 Guidance, Navigation, and Control (3) 1 International Cooperation in Earth Observation Missions 8 Mission Design, Operations and Optimization 2 Future Earth Observation Systems 9 Mission Design, Operations and Optimization (2) 3 Earth Observation Sensors & Technology 4 Earth Observation Data Management Systems 5 Earth Observation Applications and Economic Benefits 6 GEOSS and Carbon Monitoring from Space 7 Interactive Session on Earth Observation

18 19 3. Timetable Overview I 3.4 Technical Sessions by Symposium 3. Timetable Overview I 3.4 Technical Sessions by Symposium

C2 MATERIALS AND STRUCTURES SYMPOSIUM D5 SYMPOSIUM ON SAFETY, QUALITY AND KNOWLEDGE MANAGEMENT IN SPACE ACTIVITIES 1 Space Structures I – Development and Verification (Space Vehicles and Components) 1 Safety of Vehicules and Ground Segment for Aerospace Missions 2 Space Structures II – Development and Verification (Deployable and Dimensionally Stable Structures) 2 Knowledge Management and Collaboration in Space Activities 3 Space Structures – Dynamics and Microdynamics 3 Space Weather Prediction and Effects on Space Missions 4 New Materials and Structural Concepts E1 SPACE EDUCATION AND OUTREACH SYMPOSIUM 5 Smart Materials and Adaptive Structures 1 Lift Off – Primary and Secondary Space Education 6 Space Environmental Effects and Spacecraft Protection 2 On Track – Undergraduate and Postgraduate Space Education 7 Space Vehicles – Mechanical/Thermal/Fluidic Systems 3 Calling Planet Earth – Space Outreach to the General Public 8 Specialized Technologies, including Nanotechnology 4 New Worlds – Innovative Space Education and Outreach 9 Interactive Session on Materials and Structures 5 To Boldly Go – Space Station Education and Outreach C3 SPACE POWER SYMPOSIUM 6.-E5.4 Water from Space: Societal, Educational and Cultural Aspects 1 Joint Session with IAA Commission 3 (Space Technology & System Development) on "Solar Energy From Space" 7 Space Workforce Development – Challenges and Opportunities 2 Space Power Technologies and Techniques 4 Space Power Experiments Applications and Benefits E2 40th STUDENT CONFERENCE 5.-C4.7 Joint session on Nuclear Propulsion and Power 1 Student Conference I 2 Student Conference II C4 SPACE PROPULSION SYMPOSIUM 3 Student Conference III 1 Propulsion Systems I 2 Propulsion Systems II E3 23rd SYMPOSIUM ON SPACE POLICY, REGULATIONS AND ECONOMICS 3 Propulsion Technology 1A New Developments in National and International Space Policies and Programmes I 4 Electric Propulsion 1B New Developments in National and International Space Policies and Programmes II 5 Hypersonic and Combined Cycle Propulsion 2 Policy and economic aspects of space weather 6 Special Session on "Missions Enabled by New Propulsion Technologies and Systems" 3 The Space Economy in Figures 7.-C3.5 Nuclear Propulsion and Power 4 Protecting the Environment of celestial Bodies 8 Space Propulsion 5.-E7.6 25th IAA/IISL Scientific-Legal Roundtable: The new age of small satellite missions (Invited Papers only) D1 SPACE SYSTEMS SYMPOSIUM E4 44th HISTORY OF ASTRONAUTICS SYMPOSIUM 1 Innovative and Visionary Space Systems Concepts 1 IAA 50th Anniversary 2 Enabling Technologies for Space Systems 2 Memoirs and Organisational Histories 3 System Engineering Tools, Processes & Training (I) 3 Scientific and Technical History 4 Space Systems Architectures 4 History of Contributions to Astronautics of former Czechoslovakia 5 Lessons Learned in Space Systems E5 21st SYMPOSIUM ON SPACE ACTIVITY AND SOCIETY 6 System Engineering Tools, Processes and Training (2) 1 Future and current space missions: including and expanding all aspects of human life on-board and in other worlds D2 SPACE TRANSPORTATION SOLUTIONS AND INNOVATIONS 2 Space Expectations: Involving the Public in Space Activities 1 Launch Vehicles in Service or in Development 3 Space Architecture: Exploration and Tourism 2 Launch services, Missions, Operations and Facilities 4.-E1.6 Water from Space: Societal, Educational and Cultural Aspects 3 Upper Stages, Space Transfer, Entry and Landing Systems 4 Future Space Transportation Systems E6 BUSINESS INNOVATION SYMPOSIUM 5 Future Space Transportation Systems Technologies 1 Encouragment of Government Purchasing from Commercial Providers: Models and Examples 6 Future Space Transportation Systems Verification and In-Flight Experimentation 2 Space-related Commercial Applications and Markets 7 Small Launchers: Concepts and Operations 3 New Space Markets + Investment Opportunities 8 New missions enabled by Extra-large launchers E7 53rd COLLOQUIUM ON THE LAW OF OUTER SPACE 9 Commercial Human Spaceflight Safety 1 Nandasiri Jasentuliyana Keynote Lecture on Space Law & Young Scholars Session D3 SYMPOSIUM ON STEPPING STONES TO THE FUTURE: STRATEGIES, ARCHITECTURES, CO 2 30 Years of the Moon Agreement: Perspectives CEPTS AND TECHNOLOGIES 3 Legal Aspects of Space Security 1 Strategies and Architectures to Establish a “Stepping Stone” Approach to our Future in Space 4 The Current Status of the Rule of Law with Regard to Space Activities 2 Novel Concepts and Technologies for the Exploration and Utilization of Space 5 Recent Developments in Space Law 3 Infrastructures and Systems to Enable International Future Exploration and Utilization of Space 6.-E3.5 25th IAA/IISL Scientific-Legal Roundtable: The new age of small satellite missions (Invited Papers only) 4 Joint Session on Space Technology and Systems Management Practices and Tools” – Part I 7.-B3.8 Joint IAF-IISL session on Legal Framework for Collaborative Human Space Missions D4 SYMPOSIUM ON VISIONS AND STRATEGIES FOR FAR FUTURES 2 Interstellar Precursor Missions 3 Access to Space in the Far Future 4 Space Elevators and Tethers

20 21 3. Timetable Overview I 3.5 Committee Meetings 3. Timetable Overview I 3.6 Exhibition

3.5 Committee Meetings Wednesday 29 September 08:00 – 10:00 Entrepreneurship and Investment Committee MR 3.3 / 3rd Saturday 25 September Room / Floor 08:00 – 13:00 World Space Week Association MR 3.5 / 3rd 09:00 – 11:30 CSAC MR 342 / 3rd 09:00 – 18:00 SEOC Working Group Educator Programme MR 3.3 / 3rd 09:00 – 19:00 Business to Business Meeting Hall II / 1st 09:30 – 12:30 Space & Society Committee MR 343 / 3rd 09:00 – 18:00 IAF Space Power WS MR 3.2 / 3rd 10:00 – 18:00 Option for SEOC Working Group MR 342 / 3rd 09:00 – 11:00 IAA SG 6.78 50th Anniv. of the space area MR 341 / 3rd 10:00 – 13:00 Commission 5.5 on Space Debries MR 3.4. / 3rd 09:00 – 17:00 IAA SG 2.9 International Stdt for Bed Rest Studies MR 343 / 3rd 14:00 – 17:00 Commission 4 MR 3.4 / 3rd 10:00 – 13:00 Student Competition Jury MR 3.1 / 3rd 14:00 – 15:30 IPC Steering Group MR 343 / 3rd 10:00 – 13:00 IAF WG Plenary 4 MR 3.3 / 3rd 14:00 – 19:00 IISL Working Group MR 3.5 / 3rd 11:00 – 13:00 Space Astronomy TC Meeting MR 3.4 / 3rd 15:30 – 16:30 TAC MR 343 / 3rd 12:30 – 19:00 Expo Nano SL TBC MR 342 / 3rd 17:00 – 19:30 IPC General Meeting Corinthia Hotel Prague 12:30 – 14:00 Honors & Awards Committee MR 341 / 3rd MR Bellevue / 24th 14:00 – 16:00 IAA SG 6.7 MR 341 / 3rd 14:00 – 16:00 Space Policy TC Meeting MR 3.1 / 3rd Sunday 26 September 14:00 – 17:00 Space Security TC Meeting MR 3.4 / 3rd 08:00 – 10:00 IAF Space Education and Outreach Committee MR 3.4 / 3rd 15:30 – 18:30 ISEB Heads of Education MR 3.3 / 3rd 09:00 – 10:30 IAF Finance Meeting Hall II / 1st 16:00 – 18:00 AAS Space Survey MR 3.1 / 3rd 10:30 – 14:00 IAF Bureau Meeting Hall II / 1st 11:00 – 13:00 IAF Propulsion TC MR 3.1 / 3rd Thursday 30 September 14:00 – 17:00 Space Transportation TC Meeting MR 3.2 / 3rd 09:00 – 18:00 IADC Inter Agency Debris Committee MR 3.2 / 3rd 14:00 – 17:00 Commercial Spaceflight Safety TC Meeting MR 3.3 / 3rd 10:00 – 13:00 IAF B6.4 Virtual session Space Ops MR 3.3 / 3rd 14:00 – 16:00 WD/YPP Committee MR 342 / 3rd 10:00 – 12:00 IAA SG 3.1 SET I Sub Group MR 3.4 / 3rd 15:00 – 17:00 Earth Observation TC Meeting MR 3.4 / 3rd 10:00 – 12:00 AIAA MR 3.5 / 3rd 15:00 – 17:00 IAF regional Group Asia-Pacific MR 341 / 3rd 10:30 – 14:00 IAF Bureau 2 Meeting Hall II / 1st 15:00 – 17:00 Space Economy TC Meeting MR 343 / 3rd 11:00 – 13:00 IAF CLIODN MR 343 / 3rd 15:00 – 17:00 Microgravity TC Meeting MR 3.1 / 3rd 13:00 – 14:00 IAA SG 4.10 Space Missions MR 3.4 / 3rd 15:00 – 17:30 IAF regional Group South America MR 3.5 / 3rd 13:00 – 14:00 IAF Dual Use SbCttee MR 341 / 3rd 16:00 – 18:00 Plenary 5 rehearsal MR 342 / 3rd 15:00 – 16:00 Acta Astronautica MR 3.4 / 3rd 17:00 – 18:30 EO/GEOSS TC Meeting MR 3.4 / 3rd 15:00 – 18:00 SG 1.6 Protected Antipode Circle MR 341 / 3rd 15:00 – 18:00 IISL Moot Court Finals Regional Court of Pilsen Monday 27 September 17:00 – 19:30 IAF Astrodynamics TC MR 3.3 / 3rd 12:00 – 14:00 Space Power TC Meeting MR 3.1 / 3rd 17:00 – 20:00 IAF SEOC WG MR 3.4 / 3rd 14:00 – 16:00 Flight control Virtual MR 3.3 / 3rd 15:00 – 17:00 IAA SAC Meeting MR 3.1 / 3rd Friday 1 October 16:00 – 19:00 IISL Board of Directors Meeting Hall II / 1st 09:00 – 17:00 IAA SG 2.9 International Stdt for Bed Rest Studies MR 343 / 3rd 17:00 – 18:30 IAA IG MASS MR 3.2 / 3rd

Tuesday 28 September 09:00 – 12:00 IAA Board Of Trustees Meeting Hall II / 1st 3.6 Exhibition 09:00 – 12:00 ACHA Meeting MR 3.4 / 3rd 09:00 – 11:30 CSAC MR 342 / 3rd 09:00 – 13:00 Space Generation MR 343 / 3rd Exhibition schedule 10:00 – 12:00 Human Space Endeavours TC Meeting MR 3.1 / 3rd 10:00 – 12:00 Space Com & Nav TC Meeting MR 3.2 / 3rd 10:00 – 13:00 SETI MR 341 / 3rd Stand Constructions : Exhibition Hours: 11:00 – 15:30 IISL Moot Court Semi finals MR 3.5 / 3rd Sunday 26 September 2010 03:00 – 24:00 Monday 27 September 2010 12:00 – 19:00 11:30 – 14:30 Policy Advisory Committee Meeting MR 342 / 3rd Monday 27 September 2010 00:00 – 08:00 Welcome Reception 20:00 – 22:00 13:00 – 14:30 IAA Small Sat MR 3.3 / 3rd Tuesday 28 September 2010 10:00 – 18:00 14:00 – 16:00 Space Astronomy TC Meeting MR 3.4 / 3rd Stand Decoration: Wednesday 29 September 2010 10:00 – 18:00 14:00 – 16:00 Space Ops TC MR 3.2 / 3rd Monday 27 September 2010 08:00 – 12:00 Thursday 30 September 2010 10:00 – 18:00 14:30 – 17:00 ISEB Heads of Education MR 3.3 / 3rd Friday 1 October 2010 10:00 – 17:00 16:30 – 18:00 Safety & Quality Management MR 3.1 / 3rd 18:00 – 20:00 Space Policy Meeting Hall II / 1st Public day: Stand Dismantling Friday 1 October 2010 14:00 – 17:00 Friday 1 October 2010 17:00 – 24:00

22 23 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

List of Exhibitors Stand: A4 ESA Stand: A1 Mrs Maria Menendez Catherine Blondeel Head of the Exhibition and Images Office – T: +33 1 53 69 75 90 Thales Alenia Space 8-10 rue Mario Nikis F: +33 1 53 69 76 90 100, Blvd du Midi T: +33 4 9292 7105 F-75015 E: [email protected] BP 99-06156 Cannes La Bocca M: +33 6 0775 7587 W: www.esa.int France E: [email protected] For several decades, has been actively involved in spaceflight. Since 1975 the European Space Agency, ESA, has been European leader in satellite systems and a major player in orbital infrastructures, Thales Alenia Space is a joint venture between pooling the resources of its Member States to build a European space capability in order to undertake programmes and activities Thales (67%) and Finmeccanica (33%). far beyond the scope of any single European country. ESA develops the launchers, spacecraft and ground facilities needed to keep Europe at the forefront of global space activities. Today it launches satellites for Earth observation, navigation, telecommunications and astronomy, sends probes to the far reaches of the Solar System, and cooperates in the human exploration of space. Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR) ESA has 18 Member States: Austria, , the Czech Republic, Denmark, Finland, France, , Greece, Ireland, , Stand: A2 Luxembourg, the , Norway, Portugal, Spain, Sweden, Switzerland and the . also sits on the ESA Council and takes part in certain projects under a cooperation agreement. , Hungary, Poland, Romania and Slovenia DLR – German Aerospace Centre Headquarters participate in a Plan for European Cooperating States. Corporate Communications Linder Hoehe T: +49 2203 601 2116 D-51147 F: +49 2203 601 3249 Germany E: [email protected] Surrey Satellite Technology Ltd Stand: A5 DLR is Germany’s national research centre for aeronautics and space. Its extensive research and development work in Aeronautics, Steve Young, Head of Business Development & Sales Space, Transportation and Energy is integrated into national and international cooperative ventures. As Germany’s space agency, Tycho House DLR has been given responsibility for the forward planning and the implementation of the by the German federal government as well as for the international representation of German interests. Furthermore, Germany’s largest 20 Stephenson Road projectmanagement agency is also part of DLR. Surrey Research Park T: +44 1483 803803 Approximately 6,500 people are employed at thirteen locations in Germany: Koeln (headquarters), , , , Guildford F: +44 1483 803804 , Goettingen, , Lampoldshausen, Neustrelitz, , , Trauen and Weilheim. Surrey GU2 7YE E: [email protected] DLR also operates offices in ,Paris, and Washington D.C. UK W: www.sstl.co.uk

The world's premier provider of operational small satellite missions. Complete low risk solutions for , Science, Navigation and Telecommunications. SAS Stand: A3 Astrium SAS T: + 44 2392 704533 Aerospace Industry Support Initiative (AISI) 13 rue Cosmonautes, Z1 du Palata F: +44 2392 708280 Stand: A6 314 02 Toulouse Ceres 4 E: [email protected] Marié Botha France W: www.astrium.eads.net Building 2A Global space industry leader Astrium, an EADS company, provides civil and defence space systems and services for all sectors. Meiring Naudé Road Brummeria T: +27 12 841 4947 Pretoria +27 83 227 9716 PO. Box 395 F: +27 12 841 3037 Pretoria E: [email protected] 0001 South Africa W: www.aisi.co.za

Upgrade, propel and position the South African Aerospace Industry, through the collective leadership of government and industry, to be firmly integrated as part of global supply chains.

24 25 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

IABG mbH ASI- Stand: A6+ Stand: A9 Christian Henjes ASI- Italian Space Agency Head of Sales and Project Coordination External Relation – Education Office T: +39 068567 1 Business Administration Manager Giuseppina Pulcrano F: +39 068567 317 IABG mbH T: +49 89 6088 4080 Viale di Villa Grazioli 23- 00198 Roma E: [email protected] Dept. TR/M Space Test Centre M: +49 17 1672 4159 Italy W: www.asi.it Einsteinstrasse 20 F: +49 89 6088 3194 85521 Ottobrunn E: [email protected] ASI was established in 1988. It has made Italy one of the first countries of the world in space. It operates on the forefronts of science and advanced technology and on advanced services experimentation and promotion in such fields as Telecommunications, Germany W: www.iabg.de/space Observation of the Universe and of the Earth, included Environmental Monitoring and Management of Natural Disasters. ASI’s mission is to work so that collective resources dedicated to space activities are a useful investment for the quality of life. IABG operates one of the ESA coordinated European space test centres at Ottobrunn, Germany. During many demanding tests on spacecraft and other specimen, IABG has proven to be most efficient and reliable. ASI is the third contributor to ESA and is also engaged in bilateral and multilateral space cooperations.

International Space University (ISU) Semelab Limited Stand: A7 Stand: A10 Caroline Schwob – External Relations Manager Andrew Langford (Field Applications) International Space University T: +33 3 88 65 54 30 Robert Coleman (Sales Manager – Europe) 1 rue Jean-Dominique F: +33 3 88 65 54 47 Semelab Limited T: +44 1455 556565 67400 Illkirch-Graffenstaden E: [email protected] Coventry Road, Lutterworth F: +44 1455 552612 France W: www.isu.isunet.edu LE17 4JB E: [email protected] UK W: www.semelab-tt.com ISU offers unique, international and interdisciplinary education programs covering all aspects of space : space science, space engineering, systems engineering, space policy, law, business, management, and space and society. TT electronics Semelab manufacture ultra reliable high performance semiconductor solutions designed to operate in any environ- ment. Experts in custom packaging and screening.

Active Space Technologies Stand: A7+ STAR-Dundee Stand : A11 Riccardo Nadalini Bruno Ramos de Carvalho Rudower Chaussee 29 Doug Roberts Rua Pedro Nunes 12489 Berlin c/o School of Computing T: +44 1382 388758 3030-199 Coimbra Germany University of Dundee F: +44 1382 388838 Portugal T: +49 30 63926071 Dundee, DD1 4HN E: [email protected] T: +351 239 700 333 F: +49 30 201632829 UK W: www.star-dundee.com F: +351 239 700 301 E: [email protected] STAR-Dundee specialise in SpaceWire, providing hardware and software for interfacing, dubugging, and monitoring networks, and E:[email protected] W: www.activespacetech.com also design and training services. Active Space Technologies offers innovative products and high added-value services in the fields of thermo-mechanical engineering and electronics engineering. HE Space Operations Stand: A12 United Space Alliance Antje Heuer Stand: A8 HE Space Operations GmbH T: +49 421 430 4230 Glen Stromme, Flughafenallee 26 F: +49 421 430 4239 1150 Gemini T: +1 281 282 5612 28199 Bremen E: [email protected] Mailcode USH-100D F: +1 281 282 5449 Germany W: www.hespace.com USA W: www.unitedspacealliance.com HE Space Operations provides the space industry and agencies with talented professionals from all over the world. United Space Alliance is one of the world’s leading space operations companies, providing mission operations and support to the International Space Station and U.S. Programs.

26 27 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

Berlin Space Technologies GmbH Geo-Informatics and Space Technology Development Agency Stand: A13+ (Public Organisation): GISTDA Matthias Buhl Stand: B1 Berlin Space Technologies GmbH T: +49 152 22425464 Mr.CHINOROST BOONCHERM Marchstr. 12 – Sekr. F6 Voicemail: +49 30 22192562 120 The Government Complex Commemorating His Majesty The King's 80th Birthday Anniversary 10587 Berlin E: [email protected] 5th December, B.E.2550(2007), Building B 6th and 7th Floor line Germany W: www.Berlin-Space-Tech.com Chaeng Wattana Road T: +66 2141 4640-1 Lak Si,Bangkok 10210 F: +66 2143 9598 BST a Spin-Off from TU-Berlin offers turn-key Microsat Systems, Sub-Systems and Training (TTP) based on TU-Berlin’s famous TUBSAT satellites. Thailand E: [email protected]/[email protected] W: [email protected]

GISTDA is the Thai focal agency to provide data services relating to satellite imageries and geo-information to users worldwide. Its Czech Space Office objectives include the provision of geo-information, technical services, technology transfer, as well as to conduct researches and Stand : A13, 14 development for the benefit of the people. Jan Kolar T: +420 224 918 288 Prvniho pluku 17, F: +420 224 918 288 186 00 Prague 8 E: [email protected] Springer Czech Republic W: www.czechspace.cz Stand: B2 Maury Solomon The Czech Space Office (CSO) is the national contact point for ESA. CSO coordinates all space-related activities in the Czech Physics and Astronomy Editor Republic. Springer T: +1 212 460 1592 233 Spring Street F: +1 212 460 1576 New York, NY 10013 E: [email protected] Robert A. and Virginia Heinlein Prize Trust USA W: www.springer.com Stand: A15 Get Read. Publish with Springer! One of the world’s leading publishers of scientific books and journals. Visit us online: T: +1 713 861 1960 www.springer.com 3106 Beauchamp St. F: +1 713 861 0637 , TX 77009 W: www.heinleinprize.com USA E: [email protected] HASTIC (Hokkaido Aerospace Science and Technology Incubation Centre) Robert and Virginia dreamt of humankind living and working in space. The trust aids commercial endeavors toward making that Stand: B3 dream reality. Kenichi Ito, President of HASTIC Room 301, Akai Mansion Hokudaimae, T: +81 11 398 5505 Kita-10, Nishi-4, Kitaku F: +81 11 398 5506 GomSpace Sapporo 001-0010 E: [email protected] Stand : A16 W: www.hastic.jp Lars Alminde, Managing Director Incubation of aerospace science and technology; Microgravity experiments, Hybrid , Micro- satellites, Small-scale super- GomSpace Aps T: +45 96356111 sonic airplane Niels Jernes Vej 10 F: +45 96354599 DK-9220 Aalborg E E: [email protected] Denmark W: www.gomspace.com Polish Space Technology Platform GomSpace develops and markets subsystems and complete platform solutions for cubesat and nano-satellite missions based on Stand: B4 flight experience. Ms. Renata Kamińska, Space Research Centre PAS, T: +48 22 3816324 ul. Bartycka 18a 00-716 F: +48 22 8403131 Warszawa E: [email protected] Poland W: www.cbk.waw.pl.

Among the participants of the Polish Space Technology Platform (PSTP) there are key industrial enterprises, scientific institutions and universities. It has been created in order to establish development strategies and to carry projects for space sector. The coordinator of Platform is the Space Research Centre PAS, the leading institute in Poland fully dedicated to the space technology and space applica- tions. It is supported by the Polish ministries: Science and Economy. PSTP is concentrated on satellites navigation systems and Global Positioning Systems (GPS), active participation in GMES, GEOSS, Galileo, SSA, development and integration of advanced aerospace materials and components, microsatellite construction programs, subsystems for space missions and ground control stations.

28 29 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

ENTERPRISE ESTONIA INCAS – National Institute for Aerospace Research Stand: B5 Stand: B8 Mr Urmas Uska Dr. Catalin NAE Lasnamae St. 2, M: +372 50 28 223 President & CEO T: +40 21 434 00 83 11412, Tallinn, E: [email protected] Iuliu Maniu 220 F: +40 21 434 00 82 Estonia 061126 Bucharest E: [email protected] Mr Mart Vihmand Romania W: www.incas.ro Mr Madis Võõras M: +372 535 11 080 M: +372 50 47 934 E: [email protected] Advanced research in aerospace sciences, wind tunnel testing, aero-thermodynamics, flight dynamics, aerostructures, advanced materials, Grid technology for Earth Observation. E: [email protected] W: www.eas.ee/space

Enterprise Estonia is the main business development and R&D funding agency in Estonia, acting also as and national contact point for ESA. Institute of Space Science (ISS) Stand: B8 Dr. Dumitru HASEGAN RAFAEL – Advanced Defence Systems LTD. Director T: +40 21 457 44 71 Stand: B7 409 Atomistilor Str., Magurele F: +40 21 457 44 71 Mr. Gillon Shaer, B.SC., MBA 077125 Ilfov E: [email protected]; [email protected] Director, Marketing & Business Development Romania W: www.spacescience.ro Space Systems Directorate Mr. Zvika Zuckerman, M.SC., MBA Fundamental and advanced technological researches covering , Space Technology, Space Applications and related fields. Director, Marketing & Business Development T: +972 4 8799399 Space Systems Directorate F: +972 4 8792135 P.O.B 2250, E: [email protected] Haifa 31021 [email protected] Next-generation Space Systems Technology Research Association [NESTRA] Israel W: www. rafael.co.il Stand: B9 + B11 T: +81 3 5842 2677 RAFAEL designs, develops, manufactures and supplies a wide range of advanced defense systems. These leading edge products Mr. Yuta Nojiri include space propulsion products, micro-satellites, naval, air and ground precision weapons. Full address: 2-22-21-202, Nishikata, Bunkyo-ku, Fax: +81 3 5842 2678 113-0024 E-mail: [email protected] Japan Website: www.nestra.jp

Romanian Space Agency (ROSA) NESTRA consists of SMEs and venture companies relating to space industry in Japan and aims to establish the industrial base in Stand: B8 nano-satellite segment. Dr. Marius-Ioan PISO President & CEO T: +40 21 316 87 22; +40 21 316 87 23 21-25 Mendeleev Str. F: +40 21 312 88 04 GIFAS 010362 Bucharest E: [email protected]; [email protected] Stand: B10 + B12 Romania W: www.rosa.ro 8, rue Galilée T: +33 1 44 43 17 00 Space programmes management; Consultancy and policy in space-related and security; Space technology integrator; Nanosatellite 75016 Paris F: +33 1 40 70 57 33 technology; Disaster management and Geo-spatial information; Knowledge management. France E: [email protected]

Founded in 1908, GIFAS, the French aerospace industries association, has 273 members, from major prime contractors and system suppliers to small specialist companies. Advanced Studies and Research Centre (ASRC) Stand: B8 Dr. Florin SERBAN General Manager T: +40 21 313 33 14 19th Ion Luca Caragiale St. F: +40 21 313 33 15 020042 Bucharest E: [email protected] Romania W: www.asrc.ro

InSAR, PSI, Deformation maps, DEM; Customized Geo-Information Services; Automatic Knowledge Extraction from digital data; Vibration active control.

30 31 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

ZARM – Centre of Applied Space Technology and Microgravity Dutch Space Stand: B13 Stand: B14-B19 Peter von Kampen T: +49 421 218 4804 Hella van Leeuwen (In- & External Communications) Am Fallturm F: +49 421 218 3889 Dutch Space B.V. T: +31 71 524 5126 28359 Bremen E: [email protected] Mendelweg 30 F: +31 71 524 5388 Germany W: www.zarm.uni-bremen.de NL-2333 CS Leiden E: [email protected] The Netherlands W: www.dutchspace.nl The Centre of Applied Space Technology and Microgravity (ZARM) is a research centre mainly concentrated on short-term experi- ments under and on developments of space technologies. Our outstanding facility is the Drop Tower Bremen with Dutch Space, leading space company in the Netherlands, develops innovative (sub)systems and products for the international a total height of 146 m – unique in Europe. space industry.

SpaceNed Holland SRON Netherlands Institute for Space Research Stand: B14-B19 Stand: B14-B19 ISIS – Innovative Solutions In Space T: +31 88 777 5892/5804 T: +31 15 256 9018 Frans Stravers (Communications & Media Relations) M: +31 65 267 9395 F: +31 15 257 3969 Sorbonnelaan 2 F: +31 88 777 5601 E: [email protected] NL-3584 CA Utrecht E: [email protected] Abe Bonnema – Marketing Director W: www.isispace.nl The Netherlands W: www.sron.nl Molengraaffsingel 12-14 www.isilaunch.com NL-2629 JD Delft www.cubesatshop.com SRON develops and uses innovative technology for groundbreaking research in space, focusing on astrophysical research, Earth The Netherlands www.innovativedataservices.com science and planetary research.

ISIS is a leading provider of nanosatellite systems, ground stations, launch services and turnkey solutions from the Netherlands. TNO Stand: B14-B19 Science [&] Technology Stand: B14-B19 Gerard Blaauw Stieltjesweg 1 T: +31 15 269 2161 Carina Olij NL-2628 CK Delft E: [email protected] Olof Palmestraat 18 T: +31 15 262 988 The Netherlands W: www.tno.nl/space NL-2616 LR Delft E: [email protected] The Netherlands W: www.stcorp.nl TNO, the largest research institute in the Netherlands, encompasses space systems, space applications, and a special technology transfer programme. S[&]T brings novel software, people and ideas to the space market, turning issues into insights, data into decisions and science into success. BRADFORD engineering B.V. Stand: B14-B19 Delft University of Technology Stand: B14-B19 T: +31 16 530 5100 (Switchboard) R.(Raoul) G.H.M. Voeten T: +31 16 530 5104 (Secretary) Charlotte de Kort De Wijper 26 F: +31 16 530 4422 Faculty of NL-4726 TG Heerle E: [email protected] Kluyverweg 1 The Netherlands W: www.bradford-space.com NL-2629 HS Delft E: [email protected] The Netherlands W: www.ae.tudelft.nl Bradford Engineering B.V. is a top ranking Dutch Subsystems & Equipment Supplier in the fields of Chemical- and Electrical Propul- sion, AOCS and Thermal Control. TU Delft is the largest and most all-round university of technology in the Netherlands. The University enjoys a good international reputation.

32 33 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

Netherlands Space Office Magellan Aerospace Stand: B14-B19 Stand: C1 Jasper Wamsteker T: +31 88 602 4500 Ken Kohut PO box 93144 M: +31 65 252 5914 Marketing Manager NL-2509 AC THE Hague E: [email protected] Limited The Netherlands W: www.spaceoffice.nl Magellan Aerospace PO Box 874 T: +1 204 775 8331 Netherlands Space Office (NSO) is the space agency of the Dutch government. The NSO develops and executes the Dutch space 660 Berry Steet F: +1 204 786 2745 policy. Winnipeg, MB R3C 2S4 E: [email protected] Canada W: www.magellan.aero

SystematIC design Magellan Aerospace manufactures small satellite buses, sub-orbital vehicles and payloads, spacecraft heat shielding Stand: B14-B19 solutions, and precision machined payload components. Bert Monna T: +31 15 251 1100 Motorenweg 5G F: +31 15 251 1101 NL-2623 CR Delft E: [email protected] Ministry of Transport of the Czech Republic The Netherlands W: www.systematic.nl Stand: C1+ PhDr. Václav Šimice SystematIC design is a design house for analog and mixed mode ASICs and electronics. Services range from feasibility studies up nábřeží Ludvíka Svobody 12 T: +420 606 726 548 to complete designs. 110 15 Prague 1 E: [email protected] Czech Republic W: www.mdcr.cz, www.spacedepartment.cz

Satellite Services BV The Czech Ministry of Transport is a key governmental body dealing with space and space activities in the Czech Republic. Stand: B14-B19 Pieter van Duijn / Monika Lebek Space Business Park T: +31 71 751 5100 Japan Aerospace Exploration Agency Huygensstraat 44 F: +31 71 751 5199 Stand:C2+C3 NL-2201 DK Noordwijk Aan Zee E: [email protected] Eiichi Isayama The Netherlands W: www.ssbv.com 1-6-5 Marunouchi T: +81 5 3362 7794 Chiyoda-ku F: +81 3 6266 6910 SSBV is a Dutch System Engineering House providing product based solutions for Spacecraft AIT, TTC & Earth Observation Tokyo 100-8262 E: isayama.eiichi@.jp Systems and small satellites. Japan W: www.jaxa.jp

Under our corporate message "Reaching for the skies, exploring space," JAXA is pursuing great possibilities in various aerospace National Aerospace Laboratory – NLR fields. Stand: B14-B19 Bas van der Peet, Manager Marketing Anthony Fokkerweg 2 Swedish Space Corporation NL-1059 CM Amsterdam T: +31 52 724 8746 Stand: C4 The Netherlands E: [email protected] Annika Benson Swedish Space Corporation T: +46 8 627 62 00 NLR, an independent technological institute, performs research to develop new technologies for aviation and space, not only from P.O.Box 4207 F: +46 8 29 43 98 a scientific perspective, but also for the application of this research in industrial and governmental sectors, SE-171 04 Solna E: [email protected] Sweden W: www.ssc.se

SpaceNed The Swedish Space Corporation ( SSC ) designs, tests, launches and operates air and space systems. Stand: B14-B19 Geert Mennenga T: +31 71 524 5124 Mendelweg 30 F: +31 71 524 5125 NL-2333 CS Leiden E: [email protected] The Netherlands W: www.spacened.nl

SpaceNed is the Association of Space companies in The Netherlands. SpaceNed’s objective is to strengthen the position of its members in the international space market.

34 35 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

Korea Aerospace Research Institute(KARI) Ascend Worldwide Limited Stand: C5 Stand: C8+ Mr. Ok-Kyu Lee, Mr. In-Kyu Joen T: +82 42 860 2164 Ben Chapman 115 Gwahakno, Yuseong-gu F: +82 42 860 2015 Cardinal Point, T: +44 208 564 6700 Daejeon 305-333 E: [email protected] Newall Road, M: +44 7545 439 484 Korea W: www.kari.re.kr Heathrow Airport, F: +44 208 897 0300 TW6 2AS E: [email protected] The Korea Aerospace Research Institute (KARI) is the leading organisation for aerospace R&D in Korea. KARI's R&D activities UK W: www.ascendworldwide.com include the development of aircraft, satellite, launch vehicles and the quality certification of aircraft and space products. KARI’s COMS(Communication Ocean & Meteorological Satellite) was successfully launched by the Ariane-5 in June, 2010 together with the Ascend SpaceTrak Database and Space Review Online are used by satellite operators, manufacturers and insurers, launch provid- completion of the first Korean mission in 2008. KARI is now developing satellite (KOMPSAT-3 & 5), and . ers and space agencies.

Canadian Space Agency Reaction Engines Limited Stand: C6 Stand: C8 Sara Millington-Veloza T: +1 450 926 4987 Natalie Allred 6767 route de l’Aéroport F: +1 450 926 4352 Reaction Engines Ltd Saint-Hubert, Québec E: [email protected] Building D5 Canada J3Y 8Y9 W: www.asc-csa.gc.ca Culham Science Centre T: +44 1865 408314 Abingdon F: +44 1865 408301 The coordinates all civil, space-related policies and programs to deliver social and economic benefits to Oxon OX14 3DB E: [email protected] Canada and Canadians. UK W: www.reactionengines.co.uk

Reaction Engines Ltd is at the forefront of the development of pre-cooled engine technologies for the SKYLON reusable space- MDA plane. Stand: C7 Lynne Vanin, Manager Public Affairs 9445 Airport Road T: +1 905 790 4466 CST Brampton, Ontario F: +1 905 790 4531 Stand: C8 Canada L6S 4J3 E: [email protected] CST London Office Gerry Webb – General Director MDA’s expertise ranges from robotic systems for on- servicing and planetary exploration, to complete satellite mission design. Contact: Perera 67 Shakespeare Rd. Hanwell Tel: +44 20 8840 1082 British Interplanetary Society London W7 1LU Fax: +44 20 8840 7776 Stand:C8+ UK E-mail: [email protected] Suszann Parry Service and support in the supply of launch solutions, market analysis, commerce, resource prospecting, technologies analysis, 27/29 South Lambeth Road T: +44 207 735 3160 planning and advice. London SW8 1SZ E: [email protected] UK W: www.bis-spaceflight.com

The world’s longest established organisation (founded in 1933) devoted solely to supporting and promoting the exploration of space Space Generation Advisory Council and astronautics. Stand: C9 Ariane Cornell, Executive Director c/o European Space Policy Institute T: +43 1 718 11 18 30 Schwarzenbergplatz 6 F: +43 1 718 11 18 99 A-1030 Vienna E: [email protected] Austria W: www.spacegeneration.org

SGAC is a non-governmental organisation representing university students and young space professionals to the United Nations, space agencies, industry and academia.

36 37 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

Critical Software International Student Zone Stand: C9+ Stand: D5 Bruno Carvalho T: +351 239 989 100 Felix-Ferdinand Mikl Parque Industrial de Taveiro, Lote 48 F: +351 239 989 119 ESAC/European Space Astronomy Centre 3045-504 Coimbra E: [email protected] 28691 Villanueva de la Cañada Portugal W: www.criticalsoftware.com asd.criticalsoftware.com Madrid T: + 34 918131 396 Spain E: [email protected] Critical Software delivers flight qualified software, quality & product assurance, operational simulators, data processing and visual- ization tools, ISVV and RAMS. The International Students Zone is a presentation, meeting and networking area for students and young space professionals from around the world organised by the International Space Education Board. It will feature special presentations and sessions for stu- dents throughout the week. Phoenix Semiconductor Limited Stand: D1 Welcome Dinner Sponsor Waterfall First Floor Andrew Deacon – Director Corporation 46 High Street T: +44 7818 014 657 Husbands Bosworth +44 1858 881 245 T: +1 301 897 6457 Leicestershire LE17 6LP E: [email protected] Mr. Dean P. F: +1 301 897 6769 UK W: www.phoenixsemi.com Communications Director, Engineering & Technology E: [email protected]

Working for Semicoa Corporation as their European Sales representative we are specialist in the supply of radiation assured devices Headquartered in Bethesda, MD, USA, Lockheed Martin is a global security company that employs about 136,000 people world- – transistors, diodes and MOSFETS. Working in partnership with our customers and suppliers we offer a complete range of services wide and is principally engaged in the research, design, development, manufacture, integration and sustainment of advanced tech- from custom products built to Source Control Drawings through to devices offered against the standard DSCC (Defense Supply nology systems, products and services. The corporation reported 2009 sales of $45 billion.” Centre Columbus) QPL offering MIL-PRF-19500. JAN, JANTX, JANTXV, JANS, JANSR, JANSF, JANHC, JANKC, JANKCR, JANKCF Poster Presentation SOURIAU SAS Ms. Claire Lautaret Stand: D2 9 rue de la Porte de Buc T: +33 6 66 91 36 57 Karen Rogers 78000 Versailles F: +33 1 45 10 78 66 Marketing Manager France E: [email protected] 2 Falcon Way T: +44 1707 391 999 Shire Park, Welwyn Garden City F: +44 1707 393 909 Herts AL7 1TW E: [email protected] UK W: www.vegaspace.eu VEGA - providing Space programme and project management; systems and operations engineering; end-to-end ground systems; Exhibitor Badges simulations and modelling; and training solutions.

Each exhibiting company is entitled to a certain number of free Exhibitor Badges according to the square metres National Aeronautics and Space Administration of exhibition ground that its stand covers. Stand: D4 An exhibitor badge allows access to: Jim Hull, NASA Exhibit Manager T: +1 202 358 2192 - Access to the exhibition area 300 E Street, SW F: +1 202 358 4338 Washington, DC 20546 E: jim.hull@.gov - Coffee breaks USA W: www.nasa.gov - Welcome Reception Visit the NASA Theater! See highlights of the latest missions – Earth, ISS and deep space – come and explore of the Universe. Exhibitor badges will be ready for pick-up on-site. Additional exhibitor badges can be ordered for 80 + 20% VAT / in advance or on-site. Do not forget to collect your badges before the event opens otherwise you will have problems entering the exhibition. Exhibitor badges can only be issued to companies that have paid all participation fees related to the exhibition.

38 39 3. Timetable Overview I 3.6 Exhibition 3. Timetable Overview I 3.6 Exhibition

Exhibition Plan List of Stands & Exhibitors

Booth No Company Booth No Company A1 Thales Alenia Space B14 – B19 SpaceNed Holland pavillion BRADFORD engineering B.V Deutsches Zentrum fur Luft und Raumfahrt e.V. A2 Delft University of Technology ( DLR ) German Aerospace Centre ( DLR ) Dutch Space A3 EADS Astrium ISIS - Innovative Solutions In Space A4 ESA National Aerospace Laboratory - NLR A5 Surrey Satellite Technology Ltd. Netherlands Space Office A6 Aerospace Industry Support Initiative Satellite Services BV A6+ IAB GmbH Science (&) Technology A7 International Space University Space Ned A7+ Active Space Technologies SRON Netherlands Institute for Space Research A8 United Space Alliance SystematIC desing A9 Italian Space Agency ASI TNO A10 Semelab Limited C1 Magellan Aerospace A11 Star Dundee Ltd. C1+ Ministry of Transport of the Czech Republic A12 HE Space Operation GmbH C2 – C3 JAXA A13+ Berlin Space Technologies GmbH C4 Swedish Space Corporation A13,A14 Czech Space office C5 KARI A15 Heinlein Prize Trust C6 Canadian Space Agency A16 GomSpace C7 MDA Space Mission B1 GISTDA C8 – C8+ British Interplanetary Society B2 Springer Ascend Worlwide Limited B3 HASTIC Reaction Engines Limited B4 Polish Space Technology Platform CST B5 Enterprise Estonia C9 Space Generation Advisory Council B7 Rafael C9+ Critical Software Poster B8 ( ROSA ) Souriau SAS B9, B11 NESTRA presentattion B10, B12 GIFAS D1 Phoenix Semiconductor Limited D2 VEGA ONERA D3 Cluster area EADS SODERN D4 NASA Safran Group D5 Student Zone / Snecma Propulsion Solide and Snecma / D6 Chinese Society of Astronautics B13 ZARM

40 41 4. Organisers and Associated Events I 4.1 The International Astronautical Federation 4. Organisers and Associated Events I 4.1 The International Astronautical Federation

4. Organisers and Associated Events Company Country Company Country Bulgarian Aerospace Agency Bulgaria Enterprise Estonia Estonia 4.1 The International Astronautical Federation Canadian Aeronautics & Space Institute Canada Eumetsat Germany (CASI) EURISY Association France The International Astronautical Federation (IAF) is an international non-governmental and non-profit organisa- Canadian Space Agency Canada tion, founded in 1951. Eurockot Launch Services GmbH Germany Carlo Gavazzi Space Italy The Federation encourages the advancement of knowledge about space and the development and application Euroconsult France Center for Strategic and International of space assets for the benefit of humanity. It plays an important role in disseminating information, and in provid- European Conference for Aero-Space Studies (CSIS) Belgium ing a significant worldwide network of experts in the development and utilisation of space. Sciences (EUCASS) Central Research Institute of Machine It remains to this day the only international federation for the space community that addresses all aspects of Building (FSUE/TSNIIMASH) European Space Agency (ESA) France space – developments, activities, knowledge, experts and the future. Centre National de la Cartographie et de Tunisia European Space Policy Institute (ESPI) Austria la Teledetection (CNCT) Members of the IAF include space agencies, space companies, societies, associations and institutes. As an Eurospace France Centre National d'Etudes Spatiales international organisation with 198 members, the Federation is governed by a Constitution. France (CNES) Federal Aviation Administration Office of Commercial Space Transportation United States The IAF is responsible for the annual International Astronautical Congress (IAC) alongside other symposia. Centre Royal de Télédétection Spatiale Morocco (FAA/AST) The summary missions of the International Astronautical Federation are: Centre Spatial de Liège Belgium Federal Space Agency Russia  public awareness and appreciation of space activities worldwide Centro de Investigación y Difusion Uruguay Finnish Astronautical Society Finland  the exchange of information on space programme developments and plans Aeronáutico Espacial (CIDA-E) General Organization of Remote Sensing  the development of highly-motivated and internationally-knowledgeable workforces Centro Para el Desarrollo Tecnológico Syria Spain (GORS)  the recognition of achievements in space activities and space programme cooperation Industrial (CDTI) GIFAS France  the use by developing countries of space systems for human development Chinese Society of Astronautics China GMV Spain The IAC in Prague marks the beginning of the IAF's 60th anniversary celebrations which will continue through CIRA Italian Aerospace Research Centre Italy late 2010 and 2011. HE Space Operations Germany Comisión Nacional de Actividades Argentina Espaciales (CONAE) Hungarian Astronautical Society (MANT) Hungary Commission d'Astronautique de Romania ICARE-CNRS France IAF Member Organisations 2010 l'Académie Roumaine Croatian Astronautical and Rocket IHI Aerospace Co., Ltd. Japan Croatia Federation (HARS) Indian Space Research Organization Company Country Company Country India CSIRO Marine & Atmospheric Research (ISRO) Access Intelligence United States Association Aéronautique & France Indonesian National Institute of Astronautique de France (AAAF) Cyprus Astronautical Society Cyprus Indonesia Acutronic Switzerland Ltd. Switzerland Aeronautics and Space (LAPAN) Association of Specialist Technical United Kingdom Czech Space Office Czech Republic Institut Français d'Histoire de l'Espace France Aerojet-General Corporation United States Operators in Space (ASTOS) Danish Astronautical Society Denmark Instituto de Aeronáutica e Espaço (IAE) Brazil Aerospace Research Institute Iran Associazione Italiana di Aeronautica e Italy Astronautica (AIDAA) Dassault Aviation France Instituto Mexicano del Espacio Exterior, Agence Spatiale Algérienne (ASAL) Algeria Mexico INMEE, A.C. Astrium GmbH Germany DEIMOS Space S.L. Spain Agrupación Astronáutica Espa~nola Spain Instituto Nacional de Pesquisas Brazil Astrium SAS France France Deutsche Gesellschaft für Luft- und Espaciais (INPE) American Astronautical Society (AAS) United States Germany Raumfahrt, Lilienthal-Oberth e.V. (DGLR) Instituto Nacional de Técnica American Institute of Aeronautics and Astrium UK United Kingdom Spain United States Deutsches Zentrum für Luft- und Aeroespacial (INTA) Astronautics (AIAA) Astronaute Club Européen (ACE) France Germany Raumfahrt e.V. (DLR) International Association for the Analytical Graphics, Inc. United States The Netherlands Astronautic Technology SDN BHD Malaysia Dutch Space The Netherlands Advancement of Space Safety Andoya Rocket Range Norway International Space University (ISU) France Astronautical Society of India India EADS CASA Espacio S.L. Spain Angström Aerospace Corporation (AAC) Sweden Internationaler Förderkreis für Raumfahrt – Astrotech Corporation United States Germany EADS Sodern France Hermann Oberth – e.V. Argentine Association for Space Argentina ATUCOM – Tunisian Association for Ecole Polytechnique Fédérale de Technology Tunisia Switzerland Israel Aerospace Industries Ltd. Israel Communication and Space Sciences Lausanne (EPFL) France Israel Society of Aeronautics & Israel Austrian Research Promotion Agency Austria Ecuadorian Civilian Space Agency (EXA) Ecuador Astronautics Asociación Argentina de Ciencias Argentina Espaciales (AACE) (AEB) Brazil Engineers Australia Australia Israel

42 43 4. Organisers and Associated Events I 4.1 The International Astronautical Federation 4. Organisers and Associated Events I 4.1 The International Astronautical Federation

Company Country Company Country Company Country Company Country Space Policy Institute, George Italian National Research Council – CNR Italy Northrop Grumman Space Technology United States United States University of Valencia Spain Washington University Italian Space Agency (ASI) Italy Victorian Space Science Education Norwegian Space Centre Norway Australia Space Systems/Loral United States Centre Japan Aerospace Exploration Agency Japan Novespace France (JAXA) Space Technology Institute (STI) Vietnam L.L.C United States Japan Society for Aeronautics and Oceanit Laboratories, Inc. United States Japan SpaceNed The Netherlands Volvo Aero Corporation Sweden Space Sciences (JSASS) Odyssey Space Research United States von Karman Institute for Fluid Dynamics Belgium Japanese Rocket Society Japan Spheris France Office National d’Etudes et de France World Space Week Association United States Kayser-Threde GmbH Germany Recherches Aérospatiales (ONERA) Starsem France United States Kentucky Space United States OHB-System AG Germany Stellenbosch University South Africa Pakistan Space and Upper Atmosphere Yuzhnoye State Design Office Ukraine Khrunichev State Research & Production Pakistan Sun Space and Information Systems South Africa Russia Research Commission Space Center ZARM Fab GmbH Germany Sunsat Energy Council United States King Abdulaziz City for Science & Polish Astronautical Society Poland Saudi Arabia Technology (KACST) Proespaço-The Portuguese Association Surrey Satellite Technology Ltd United Kingdom Portugal Korea Aerospace Research Institute Korea, Republic of of Space Industries Swedish Society for Aeronautics and Sweden Ramirez de Arellano y Abogados, S.C. Astronautics Korea Astronomy and Space Science Mexico Korea, Republic of Law Firm Institute Swedish Space Corporation Sweden Lavochkin Association Russia RMIT University Australia SwissSpace Association Switzerland Law Offices of Sterns and Tennen United States Rocket Research Institute, Inc. United States Techno System Developments S.R.L. Italy Lockheed Martin Corporation United States RUAG Aerospace Ltd. Sweden Telesat Canada Canada MDA Corporation Canada Russian Academy of Sciences Russia Telespazio S.p.A. Italy Microcosm, Inc. United States Russian Technology Transfer Center Russia Thales Alenia Space Italia Italy Mitsubishi Electric Corporation Japan S.A.B.C.A Belgium ThalesAlenia Space France Mitsubishi Heavy Industries, Ltd. Japan S.P. Rocket and Space Russia Corporation Energia The Aerospace Corporation United States Moscow Aviation Institute Russia National Aeronautics and Space Samara Space Centre "TsSKB-Progress" Russia The Boeing Company United States United States Administration (NASA) Satrec Initiative Korea, Republic of The British Interplanetary Society United Kingdom National Aerospace Agency (NASA) of Azerbaijan School of Engineering, UNAM Mexico The Chinese Aeronautical and Azerbaijan Republic Taiwan, China Astronautical Society located in Taipei National Aerospace Laboratory (NLR) The Netherlands Secure World Foundation United States The John Hopkins University Applied National Oceanic and Atmospheric United States United States SENER Ingeniería y Sistemas, S.A. Spain Physics Laboratory Administration (NOAA) The Korean Society for Aeronautical and Serco Europe Belgium Korea, Republic of National Research Foundation (NRF) South Africa Space Sciences National Space Agency of Ukraine SES Luxemburg Ukraine The Planetary Society United States (NSAU) Shamakhy Astrophysical Observatory Azerbaijan TNO The Netherlands National Space Research and Nigeria Sirius XM Radio United States Development Agency, Abuja, Nigeria TÜBITAK Turkey United Kingdom Sky Perfect JSAT Corporation Japan U.S. Geological Survey United States NEC Toshiba Space Systems, Ltd. Japan Snecma France U3P (Union pour la Promotion de la France Neptec Design Group Canada Space Canada Corporation Canada Propulsion Photonique) Netherlands Society for Aerospace (NVR) The Netherlands Space Commercial Services Holdings UK Space Agency United Kingdom South Africa (Pty) Ltd Netherlands Space Office (NSO) The Netherlands United Space Alliance United States Space Enterprise Partnerships Limited United Kingdom Nigerian Meteorological Agency Nigeria University of Lapland Finland Space Generation Advisory Council Austria Norsk Astronautisk Forening Norway (SGAC) University of the Western Cape South Africa

44 45 4. Organisers and Associated Events I 4.1 The International Astronautical Federation 4. Organisers and Associated Events I 4.1 The International Astronautical Federation

Members of the Bureau

PRESIDENT PAST-PRESIDENT VP: TECHNICAL ACTIVITIES VP: INTERNATIONAL ORGANI- Berndt Feuerbacher James V. Zimmerman Tetsuo Yasaka SATIONS RELATIONS Professor, International Space Services, Professor, AND DEVELOPING COUNTRIES DLR, McLean, Emeritus, Department of Aeronautics Gerard Brachet Cologne, Virginia, and Astronautics, Space Policy Consultant, Germany United States Kyushu University, Sic Itur, Fukuoka, Paris, Japan France

PRESIDENT International PRESIDENT International VP: WEB – PUBLICATIONS VP: YOUTH AND WORKFORCE Academy of Astronautics Institute of Space Law AND OUTREACH DEVELOPMENT Madhavan Nair Tanja Masson-Zwaan Marc Heppener David Kendall International Institute of Air President, Director General, Indian Space Research Organisation, and Space Law, Netherlands Society for Aerospace, Space Science, Bangalore, University of Leiden, Noordwijk, Canadian Space Agency, India Leiden, The Netherlands St-Hubert, The Netherlands Canada

GENERAL COUNSEL HONORARY SECRETARY VP: INTERNATIONAL SPECIAL ADVISOR TO THE IAF Vladimír Kopal Hans Hoffman RELATIONS PRESIDENT Professor of Law, Director, Yansheng Wu Anne-Marie Mainguy West Bohemian University, ORBComm, President, Office National d’Etudes et de Recher- Pilsen, Bremen, China Aerospace Science and Technology ches Aérospatiales (ONERA), Czech Republic Germany Corporation, Chatillon, Beijing, France China

VP: IAC EVOLUTION VP: INDUSTRY RELATIONS EXECUTIVE DIRECTOR M.Y.S. Prasad J. Patrick Schondel Philippe Willekens Associate Director Vice President, Executive Director, (LC, LSSF & RO), SDSC-SHAR, Business Development Space Exploration, International Astronautical Federation, Indian Space Research Organisation, The Boeing Company, Paris, Nellore District, Houston, France Andhra Pradesh, , India United States

VP: HONOURS AND AWARDS VP: INSTITUTIONAL RELATIONS IAF Secretariat Igor V. Barmin AND MP LIAISON  Philippe Willekens, Executive Director  Juliane McCarty, Executive Assistant General Designer, Karlheinz Kreuzberg  Rocio Caparros, International Relations Design Bureau of General Head of the Director General's Cabinet,  Thomas Hetier, Industry Relations Coordinator Machine-Building (KBOM), European Space Agency,  Philippe Moreels, Technical Coordinator Moscow, Paris,  Marine Mecker, Administrative Assistant Russia France  Scott Hatton, Content Manager

46 47 4. Organisers and Associated Events I 4.2 The International Academy of Astronautics 4. Organisers and Associated Events I 4.2 The International Academy of Astronautics

4.2 The International Academy of Astronautics Academy Day International Academy of Astronautics (IAA) The Academy is an independent international community of leading experts committed to expanding the frontiers Jointly organised with the Czech Academy of Sciences of space, the newest realm of human activity. To foster the development of astronautics, the Academy undertakes Prague, Czech Republic, Sunday 26 September 2010 a number of activities, including the recognition of outstanding contributors through election and awards. It On the occasion of the 50th IAA Anniversary Celebration also facilitates professional communication, develops and promotes new ideas and initiatives, engages the public, and fosters a sense of community among the members. This is a unique non-governmental organisation 09:00 Restricted Commissions Plenary Meeting, established in 1960 and recognised by the United Nations in 1996. room Vltava + Vistula (*) It is an honorary society with an action agenda. With 1200 elected members and corresponding members from 10:00 Commission parallel Open Meetings (*) 80 nations, it works closely with space agencies, industry, the academic community and the national science and engineering academies to determine needs and objectives and to help shape policy and forge cooperation Comm. 1, Space Physical Sciences, Suite I, Tiber by means of studies, position papers, conferences and publications. The IAA published four studies over the Comm. 2, Space Life Sciences, Suite I, Seine past five months and is engaged in the preparation of more than 30 studies (see www.iaaweb.org/content/ Comm. 3, Technology & System Develop, Suite I, Rhine Comm. 4, System Operation & Utilization, Suite I, Rhone Although the IAA has many connections to these and other similar organisations, it is distinctive as the only Comm. 5, Space Policies, Law & Economics, Suite I, Vistula international Academy of elected members in broad area of astronautics and space. Comm. 6, Space & Society, Culture & Educ., Suite I, Shannon The value of the Academy derives from its members and the Board of Trustees 2009-2011 with its vice-Presidents 12:00 End of Commission Meetings Dr Yannick d'Escatha (France), Dr Stanislav, Konyukhov (Ukraine), Prof Hiroki Matsuo (Japan) and Prof. Liu Jiuan (China). Although the IAA has many connections to these and other similar organisations, it is distinctive as the 12:05 IAA Luncheon (advance registration required) Lets Eat Restaurant (*) only international Academy of elected members in broad area of astronautics and space. 13:25 IAA Special General Meetings (restricted to members and CM only)

On the occasion of its 50th anniversary, a “Heads of Space Agencies Summit” will be held on 17 November IAA Plenary Session Suite II (*) 2010 at the Building and International Trade Centre in Washington DC with the primary support of Lockheed Martin Corporation and other international sponsors. 14:00 Welcome Address by Madhavan Nair, President Intl Academy of Astronautics The attempt is to reach a broad consensus on international cooperation and coordination at the highest level 14:10 Welcome Address by Prof. Drahos, President Czech Academy of Sciences in those four areas and eventually consider new concrete initiatives of cooperation. It is our intent to avoid any 14:20 Welcome Address by Prof. Jiri Grygar, Former President of the Learned Society of Czech Republic duplication of on-going efforts but rather to foster closer and broader international coordination across the four topics areas to strengthen the effectiveness and support of global space activities. 14:35 27th IAA Scientific Lecture by Dr. Borovicka and Dr.Spurny - Climate Change / Green Systems 15:00 The Need for More Effective Governance on Outer Space Matters? by Ciro Arevalo, Past Chair UN - Disaster Management / Natural Hazards COPUOS, and Dimitru-Dorin Prunariu, Chair UN COPUOS. - Planetary/Lunar Exploration 15:30 The Heads of Space Agencies Summit, Washington DC, USA, 17 November 2010 by Summit Steer- - Human Spaceflight ing Committee Co-Chairs: Mary Snitch and Corinne Jorgenson, Summit Program Manager. 15:40 The IAA Study on Human Spaceflight by Giuseppe Reibaldi, ESA Contact: 15:55 Discussion Jean-Michel Contant 16:30 Awards Introduction by Yannick d’Escatha, Vice-President IAA, Awards & Membership Secretary General 16:35 Program, Challenges from both Technology and Culture, by Wu Ji, Centre for Space Sci- International Academy of Astronautics ence & Applied Research, Chinese Academy of Sciences, China Po Box 1268-16, 6 rue Galilee 17:00 Major Discoveries from Double Star and Cluster 6-point Measurement of , by Philippe 75766 Paris Cedex 16, France Escoubet, ESA/ESTEC T: 33 1 47 23 82 15 17:30 Polarimetric Remote Sensing of Solar System Objects, by Michael Mishchenko, Senior Scientist, F: 33 1 47 23 82 16 NASA Goddard Institute for Space Studies, New York E: [email protected] 18:00 Adjourn Plenary Session W: www.iaaweb.org

(*) Venue: Corinthia Hotel Prague, Kongresova 1, 140 69 Praha 4, Czech Republic (http://www.corintha.com)

48 49 4. Organisers and Associated Events I 4.3 The International Institute of Space Law 4. Organisers and Associated Events I 4.4 UN/IAF Workshop

4.3 The International Institute of Space Law This year, for the 19th competition, three teams, from Europe, North America and the Asia Pacific region, will compete in the World Finals. These events will take place in Prague during the IAC. The 2010 hypothetical Problem is entitled the “Case concerning Suborbital Tourism, Definition of Outer Space and Liability” Founded in 1960, the International Institute of Space Law (IISL) is an independent non-governmental organisa- (Aspirantia v Republica). tion dedicated to fostering the development of space law in partnership with various international and domestic institutions. The membership of the IISL is composed of individuals and institutions from more than forty coun- The semi-final will be held on Tuesday 28 September in a closed session between 12:30 and 15:00atthe tries who have been elected on the basis of their contributions to the field of space law or other social sciences Congress Centre. The finals will be held on Thursday 30 September from 15:00 to 18:00 at the Regional Court of related to space activities. Pilsen and will be judged by three Members of the International Court of Justice in The Hague. The IISL holds its annual Colloquium on current issues in space law at the International Astronautical Congress After the announcement of the winning team and remittance of awards, the IISL will host a dinner reserved for and the Colloquium Proceedings are published each year by the AIAA. During the IAC the IISL also co-organises IISL members and special guests. annual Scientific-Legal Roundtables with the International Academy of Astronautics, the 25th of which will be All timings are subject to confirmation at the start of the IAC and will be announced at various locations. held this year. The themes of the sessions to be held during this year’s Colloquium can be found elsewhere in this programme. All who are interested to attend the Final Round are welcome, but the Dinner is reserved for IISL Members and special guests, who will be provided with invitations. Those wishing to attend the Finals are requested to contact The IISL is an officially recognised observer at sessions of the United Nations Committee on the Peaceful Uses the IISL, so as to arrange for bus transportation. of Outer Space and organises an annual symposium for the delegates of the COPUOS Legal Subcommittee with the European Centre for Space Law. Since 2001, the IISL has organised dedicated space law conferences A Summary of the Problem will be available in advance. in several countries, including Singapore, China, India, Thailand, and the USA. It has also organised the annual Representatives of the Media wishing to attend may contact the IISL Secretary or IAC organisers. Eilene M. Galloway Symposium on Critical Issues in Space Law in Washington, DC since 2006. The IISL issues IISL Website: www.iislweb.org Statements that inform the debate on the most pressing issues in the arena of space law. During the annual Competition: www.iislweb.org/lachsmoot Colloquia, the IISL strives to address topics that are of real interest to all space actors and welcomes all IAC at- tendees to attend and participate in its sessions. Martha Mejia-, Co-Chair, Manfred Lachs Moot Court Committee Les Tennen, Co-Chair, Manfred Lachs Moot Court Committee Since 1990, the IISL has organised the Manfred Lachs Space Law Moot Court Competition. The competition is based on a hypothetical space law case written by the IISL members and student teams from Europe, North IISL Executive Secretary: Corinne C. Jorgenson, [email protected] America and the Asia Pacific region participate. Preliminary competitions are held each spring in the different IISL Assistant Executive Secretary: Mark J. Sundahl, [email protected] regions. The regional champions then compete at the World Finals which take place at the IAC and are judged each year by members of the International Court of Justice. We hope to see many of you during our 53rd Colloquium in Prague – and we look forward to many enriching debates and exchanges! 4.4 UN/IAF Workshop

20th UN/IAF Workshop on "GNSS Applications for Human Benefit and Development" President: Tanja Masson-Zwaan – The Netherlands Prague, Czech Republic, from 24 to 25 September 2010 Executive Secretary: Corinne C. Jorgenson – USA 94 bis, av. de Suffren, 75015 Paris – France Held in conjunction with the 61st International Astronautical Congress (27 September – 1 October 2010) Email: [email protected] Website: www.iislweb.org Co-sponsored by European Space Agency (ESA), International Committee on Global Navigation Satellite Systems (ICG) and Ministry of Education, Youth and Sports of the Czech Republic

The Workshop will be held in conjunction with the 61st International Astronautical Congress (IAC). Workshop 19th Manfred Lachs Space Law Moot Court Competition participants selected by the UN and IAF will be also invited to attend the IAC. Organised by the International Institute of Space Law This Workshop is the 20th in the series of meetings jointly organised by the Office for Outer Space Affairs, un- Thursday 30 September 2010, 15:00 der the United Nations Programme on Space Applications, and by the International Astronautical Federation. It Regional Court of Pilsen, Pilsen, Czech Republic builds on the recommendations and experience gained from previous workshops. The UN/IAF Workshop has been endorsed by the United Nations General Assembly as part of the 2010 activities of the United Nations Programme on Space Applications. The Manfred Lachs Space Law Moot Court Competition­ is organised annually by the International Institute of Space Law (IISL). Preliminary regional competi­tions are or­ganised each spring. The winning teams of the prelimi­ ­ naries meet in the World Finals held in conjunction with the annual IISL Space Law Colloquium, and are jud­ged by sitting Judges of the International Court of Justice.

50 51 4. Organisers and Associated Events I 4.4 UN/IAF Workshop 4. Organisers and Associated Events I 4.5 IAF Young Professionals Programme

The Workshop will address the following issues and will discuss GNSS technologies, applications and services 4.5 IAF Young Professionals Programme that contribute into sustainable economic and social development programmes, primarily in developing countries, with the following main objectives: • To increase awareness among decision makers and representatives of research and academic community about ongoing activities and trends in the use of GNSS technologies, applications and services; • To examine GNSS technologies, applications and services available for addressing social and economic issues; • To strengthen institutional and human capacity building in the area of GNSS technologies, applications and services; and • To strengthen international and regional cooperation in the subjects.

The Workshop will be opened by • Prof. Dr. Berndt Feuerbacher, President, International Astronautical Federation • Mr Chris De Cooker, Head, International Relations, European Space Agency • Mr Ken Hodgkins, Department of State, USA (on behalf of the ICG) • Dr Takao Doi, Head, United Nations Programme on Space Applications

There will be three Technical Sessions: • Applications of GNSS technologies and services – Co-chairs Mr Ken Hodgkins, ICG/USA, and Prof. Frantisek Vejrazka, CTU, Czech Republic • Applications of GNSS technologies and services – Co-chairs: Mr Chris De Cooker, ESA, and Mr Miroslav Svitek, CTU, Czech Republic • International and regional frameworks, initiatives and cooperation – Co-chairs: Prof. Otto Koudelka, Austria/ SatNav Cmt. of IAF, and Ms Blanka Kosinova, Ministry of Transport, Czech Republic

On the second day, two Working Groups will be established to prepare for the Round Table discussion in addressing questions on critical issues/focal themes identified at the technical sessions. A Round Table Discussion, moderated by Dr D. Prunariu, Chairman of COPUOS, will follow. The Concluding Session will be co-chaired by Dr Gerard Brachet, IAF/CLIODN, and Dr Takao Doi, UN-OOSA Please find more information online at http://www.iafastro.org/index.html?title=2010_UN-IAF_Workshop

52 53 4. Organisers and Associated Events I 4.6 The Student Programme 4. Organisers and Associated Events I 4.6 The Student Programme

4.6 The Student Programme IAC 2010 Students Programme

Dear Delegates, Dear students, Monday 27 September: Inauguration Day As in the past five years, the 2010 International Astronautical Congress will feature a dedicated ‘Students Pro- 10:00 – 12:00 Opening Ceremony gramme’ organised by the International Space Education Board (ISEB). As the present Chair of the Board, I take 13:00 – 15:00 Plenary 1 – Heads of Agencies the opportunity to recall, as it reads in its Charter, that the purpose of the Board is to provide a mechanism for 15:00 – 15:50 Heads of Agency Q&A Session with International Space Education Board (ISEB) Students (International enhanced cooperation among its Members with a twofold objective of (1) increasing science, technology, engi- Student Zone (ISZ) – Questions by ISEB sponsored students but open to ALL students) neering and literacy achievement in connection with space and, (2) supporting the future workforce needs of space programs. To that end, the ISEB discusses global issues of importance to each Member’s out- Tuesday 28 September: NASA Day reach and education programs and implements joint education initiatives. 11:00 – 12:30 Presentation by NASA and/or its students at ISZ (ALL students welcome) Space Science, engineering and technology related activities are the backbone of our Agencies’ undertakings 13:00 – 13:30 ISEB Lunch Session 1.1 (ISZ – ALL students welcome) and are important elements for the creation, development and the sustainability of competitive knowledge- 13:30 – 14:00 ISEB Lunch Session 1.2 (ISZ – ALL students welcome) based societies and economies. They require an appropriate quantity and quality of human capital. To ensure, in the long term, the availability of a suitable and talented workforce, the ISEB Members directly all offer unique 14:30 – 17:00 ISEB Founding Members’ Heads of Education Meeting educational activities and programmes. The sponsoring of students to attend professional conferences and Wednesday 29 September: JAXA Day congresses is one of them. 11:00 – 12:30 Presentation by JAXA and/or its students at ISZ In the context of the IAC 2010, ISEB represents a collaborative effort of its Founding Members, its Members (ISZ – ALL students welcome) and Associate Members; respectively: the Canadian Space Agency (CSA), the Japanese Aerospace Exploration 13:00 – 13:30 ISEB Lunch Session 2.1 (ISZ – ALL students welcome) Agency (JAXA), the National Aeronautics and Space Administration (NASA) and the European Space Agen- 13:30 – 14:00 ISEB Lunch Session 2.2 (ISZ – ALL students welcome) cy (ESA); the Centre National d’Etudes Spatiales (CNES) and the Victorian Space Science Education Centre 14:00 – 15:00 Plenary 3: “Next Generation Visions for Space Operations” (VSSEC). Work Force Development Plenary 15:30 – 18:30 ISEB Heads of Education Annual Meeting This year, agencies will be sponsoring 50-60 students to attend the Congress while also providing special guest speakers, activities and a dedicated International Student Zone (ISZ). Do not hesitate to visit it regularly. Many Thursday 30 September: CSA or ESA Day (TBC) interesting things will happen regularly there! 11:00 – 12:30 Presentation by agency and/or its students at ISZ To conclude, in addition to the IAF Executive and the members of the Local Organising Committee, I wish to (ISZ – ALL students welcome) thank all my ISEB colleagues for their support and highly collaborative shown during the preparations of 13:00 – 13:30 ISEB Lunch Session 3.1 (ISZ – ALL students welcome) IAC 2010. I particularly wish our students a fruitful conference and a memorable experience here in Prague. 13:30 – 14:00 ISEB Lunch Session 3.2 (ISZ – ALL students welcome)

Sincerely Yours, Friday 1 October: CSA or ESA Day (TBC) Francesco Emma 11:00 – 12:30 Presentation by agency and/or its students at ISZ Head, Education and Knowledge Management Office (ISZ – ALL students welcome) European Space Agency 13:00 – 13:30 ISEB Lunch Session 4.1 (ISZ – ALL students welcome) Chair, International Space Education Board 13:30 – 14:00 ISEB Lunch Session 4.2 (ISZ – ALL students welcome)

54 55 4. Organisers and Associated Events I 4.7 IAC 2010 Professional Development Programme 4. Organisers and Associated Events I 4.9 Masters with Masters – knowledge-sharing event 4.8 IAF Youth Grants Programme

4.7 IAC 2010 Professional Development Programme 4.9 Masters with Masters – knowledge-sharing event

Tuesday 28 September 2010 The Space Education and Outreach Committee (SEOC) of the International Astronautical Federation (IAF), in 12:00 – 13:00 collaboration with the International Space Education Board, will be offering educator professional development Forum Hall workshops for a maximum of 20 primary and 20 secondary teachers at the forthcoming 2010 International Astronautical Congress (IAC) in the Czech Republic. Delivered during a full day of hands-on and minds-on learning about rocketry, robotics, planetary exploration As part of their joint workforce development efforts the European Space Agency (ESA) and the U.S. National and the science of building spacecraft, educators will learn about the space context while further developing Aeronautics and Space Agency (NASA) will hold a special “Masters with Masters” knowledge sharing session at their knowledge, tools and confidence in the areas of science and technology to facilitate bringing space into the International Astronautical Congress. The event will feature ESA’s Director General Jean-Jacques Dordain their respective classrooms and thereby inspiring science learning among the next space generation. and NASA’s Administrator Charles Bolden. The Space Educator Professional Development sessions and two special keynote addresses will take place During the one-hour session, moderated by NASA Academy of Program/Project and Engineering Leadership on Saturday 25 September from 09:00 until 15:30. These sessions will prepare participating educators so that (APPEL) Director Edward Hoffman, the two space agency leaders will engage in a dialogue on their vision for they can also take full advantage of the multitude of plenary and technical sessions offered during the IAC from the future, their personal experiences and lessons learned and their thoughts on preparing the next generation 27 September – 1 October 2010 at the Prague Congress Centre. of space programme leaders. As part of that collaborative effort, the European Space Agency (ESA) will showcase teaching material developed This Masters with Masters session, the latest in a series of such events organised by NASA’s APPEL programme, and distributed in the framework of its ESERO (European Space Education Resource Office) project. will be video-taped for later viewing by interested space programme professionals, students and others on the ESA and NASA web sites. The workshop alongside attendance at various IAC events on Monday will be free to participants. Educators who wish to attend the whole week of the IAC can pay 100 Euros on site. Further details may be found at: http://www.iafastro.org/index.html?title=Educator_Programme

4.8 IAF Youth Grants Programme

The recipients of the IAC 2010 Youth Grants Programme are ten students and young professionals who were selected from over 70 well-qualified applicants in 31 countries.

The Student recipients are: The Young Professional recipients are:

 Ahmad Hilmi Abu Kassim from Malaysia  Taslim Alade from Nigeria

 Mary D'Souza from Australia  Tri Dinh Quoc from Vietnam

 Dymtro Faizullin from Ukraine  Funmilayo Erinfolami from Nigeria

 Ahmad Shah Hakimyar from Afghanistan  Guzel Kamaletdinova from Russia

 Etim Offing from Nigeria (alumni)  Lulekwa Makapela from South Africa

These grant recipients are receiving funding from the IAF to attend the IAC, and will participate in a number of events. They will participate in the activities of the IAC Student Programme organised by the International Space Education Board and the IAF Young Professional Programme which are conducted during the Congress. They will meet with IAF-assigned mentors and student/young professional advisors and be given special recognition during the Congress. They will also have the opportunity to participate in the Space Generation Congress and the 2010 UN/IAF Workshop held just before the Congress. Following the Congress, the grant recipients will report on the activities they undertake upon their return home to build on the experiences they gained during the Congress and to share what they have learned.

56 57 4. Organisers and Associated Events I 4.10 The Local Organising Committee 4. Organisers and Associated Events I 4.10 The Local Organising Committee

4.10 The Local Organising Committee Representatives of Ministry of Education, Youth and Sports and of Ministry of Foreign Affairs: The Czech Space Office as a coordinator of space activities in the Czech Republic established a Local Organ- ising Committee, chaired by the Director of the CSO, Jan Kolář. Jana Bystřická UN/IAF Workshop The Members of the LOC are: [email protected]

Ondřej Novák Staff of the CSO: UN/IAF Workshop

[email protected] Jan Kolář Jaroslav Urbář Director Space Generation Congress Monika Popenková Chairman of Local Organising Committee Student + Young Professionals Programme UN/IAF Workshop [email protected] [email protected] [email protected] Jiří M. Fuchs Michal Václavík Exhibition IAA Academy Day [email protected] [email protected] Advisors for the Moot Court:

Šimon Kavan Martin Šunkevič Mahulena Hofmannová Exhibition UN/IAF Workshop Universitaet Giessen [email protected] [email protected] [email protected]

Josef Šobra Petra Šmatláková Martin Faix International Meeting for Members of Parliaments LOC Secretariat Universitaet Giessen [email protected] [email protected] [email protected]

Milan Halousek Kristýna Štěpánová Vladimír Kopal Space Generation Congress LOC Secretariat West Bohemian University Student + Young Professionals Programme [email protected] [email protected] Advisor

Luboš Perek [email protected]

Executive Organiser:

Guarant International spol. s r. o Congress secretariat [email protected]

58 59 5. Tours and Social Events 5. Tours and Social Events

5. Tours and Social Events FUN EVENING “U FLEKŮ” Date: Tuesday 28 September 2010 Special tours and social events have been arranged exclusively for the delegates and accompanying persons of Admission: 39 EUR per person 61st International Astronautical Congress. Address: Křemencova 11, Praha 1 How to get there from PCC: one stop by metro to the station I. P. Pavlova and then by tram No. 4, 6, 10, 16 or 22 two stops to the tram station Karlovo Tours and Social Events Overview náměstí. Time: 20:00 – 23:00 half-day half-day overnight evening (morning) (afternoon) Saturday Karlovy Vary Spa Let us invite you to a party with a typical Czech beer in the famous pub “U Fleků”. 25 September The history of the “U Fleků” building creates differing impressions. For one person it represents a pilgrimage Sunday Karlovy Vary Spa 26 September place for Prague and Czech beer drinkers, for another it represents an interesting tourist attraction – one of the most visited within the country. “U Fleků” is without a doubt the most famous Prague pub. Today it is a place of Opening culinary experiences and can satisfy the requirements of even the pickiest gourmets with the offer of traditional Monday Ceremony Welcome old Czech dishes.Traditional Czech music performed by Duo Švejk in combination with excellent beer and food 27 September City Tour by Reception – that means a lot of fun. Come and enjoy this wonderful evening! Historical Tram Tuesday Fun Evening Prague Informative 28 September „U Fleků“ International Cultural International Cultural Night in Planetarium Prague Wednesday Karlštejn Castle Night in Planetarium Date: Wednesday 29 September 2010 29 September Prague Admission: 88 EUR per person Address: Královská obora 233, Praha 7 IISL Dinner How to get there from PCC: six stops by metro to the station Nádraží Thursday in Pilsen Prague Castle Tour Holešovice and then by tram No. 5, 12, 14, 15 or 17 one stop to the tram 30 September Dinner Cruise station Výstaviště. on Vltava River Time: 20:00 – 22:30 Friday Vltava River Cruise Gala Banquet 1 October with Guide Saturday Český Krumlov The Prague Planetarium is the largest institution of its kind in the Czech Republic and is one of the largest in the 2 October (UNESCO) world. You find three planetarium projectors in one building! Sunday Český Krumlov The Planetarium is located in one of the biggest parks in Prague – Stromovka. The history of Stromovka dates 3 October (UNESCO) to 1268, when Premysl Otakar II used the park as the royal hunting grounds. The evening offers not only a gourmet experience in stylish cosmic atmosphere but also a 3D projection about the history of astronomy in Social Events Details Prague. Don’t miss this unforgettable experience! Detailed information and tickets are available at the Registration Desk. No transportation to the Social events venues is provided. The participants are advised to use public transporta- tion or taxi. Please ask the staff at the Registration Desk to call the taxi for you. DINNER CRUISE ON VLTAVA RIVER Date: Thursday 30 September 2010 Admission: 55 EUR per person OPENING CEREMONY WELCOME RECEPTION Address: Na Františku, Praha 1 How to get there from PCC: four stops by metro to the station Florenc and Date: Monday 27 September 2010 Date: Monday 27 September 2010 then by bus No. 133 four stops to the bus stop Nemocnice Na Františku. Address: Congress Hall, 1st Floor, PCC Address: Foyers 2nd & 3rd Floor, PCC You will see the boat „EURÓPE“ right under the Anežský convent. Time: 10:00 – 12:00 Time: 20:.00 – 22:00 Time: 20:00 – 22:30

Entrance free for all registered participants and Entrance free for all registered participants and accompanying persons accompanying persons Take this opportunity to see Prague from the Vltava River while you are enjoying a buffet style dinner that offers a great variety of starters, main dishes and desserts followed by a musical entertainment programme.

60 61 5. Tours and Social Events 5. Tours and Social Events

GALA BANQUET PRAGUE INFORMATIVE Date: Friday 1 October 2010 Term: 28 September 2010 Admission: 95 EUR per person Time: 8:30 – 11:00 Address: Náměstí republiky 5, Praha 1 Duration: 2 hours How to get there from PCC: four stops by metro to the station Florenc, change Price includes: English speaking guide and 2 transfers, no admissions to the yellow line B and go one stop to the metro station Náměstí Republiky. Price pp: 25 EUR Time: 20:00 – 23.00

KARLŠTEJN CASTLE Term: 29 September 2010 Time: 9:00 – 14:00 Duration: 1,5 hour Price includes: Admission to the Karlstejn Castle circle I, English speaking guide, transportation Price pp: 36 EUR Tour Details All tours will leave from and return to the Prague Congress Centre. The meeting point will be at Entrance 10 of the Prague Congress Centre. The Local Organising Committee reserves the right to cancel the tour if a minimum number of participants have PRAGUE CASTLE TOUR not registered. In this case another tour will be offered or a refund will be paid at the Registration Desk. Term: 30 September 2010 Time: 12:30 – 16:30 On-site availability cannot be guaranteed. Duration: 3 hours Detailed information is available at the Registration Desk. Price includes: Admission to the exhibition: The Story of Prague Castle and St. Vitus Cathedral, English speaking guide, 2 transfers Note: “Time” shows the pickup time and the drop off time; “Duration” shows length of the actual tour without Price pp: 42 EUR the travel.

KARLOVY VARY OVERNIGHT VLTAVA RIVER CRUISE WITH GUIDE Term: 25 September – 26 September 2010 Term: 1 October 2010 Time: 8:00 (25 September) – 19:00 (26 September) Time: 11:15 – 13:45 Duration: 2 days Duration: 1 hour Price includes: Lunch, Bed&Breakfast, Entrance fee to Moser factory, Price includes: English speaking guide, 2 transfers Transportation Price pp: 15 EUR Price pp: 146 EUR – in DBL room; surcharge 13 EUR for SGL room

CITY TOUR BY HISTORICAL TRAM ČESKÝ KRUMLOV (UNESCO) OVERNIGHT Term: 27 September 2010 Term: 2 October – 3 October 2010 Time: 12:30 – 14:30 Time: 8:00 (2 October) – 19:00 (3 October) Duration: 1 hour Duration: 2 days Price includes: English speaking guide and 2 transfers, no admissions Price includes: Lunch, Bed&Breakfast, Transportation, Entrance fee to Castle Price pp: 33 EUR representative chambers Price pp: 140 EUR – in DBL room; surcharge 13 EUR for SGL room

62 63 6. Technical Programme I 6.1 Message from the IPC Co-Chairs I 6.2 Information for Authors 6. Technical Programme I 6.3 Plenary Events

6. Technical Programme 6.3 Plenary Events 6.1 Message from the IPC Co-Chairs Plenary 1: Heads of Agency plenary

Monday 27 September 2010 13:30-15:00 We are happy that you are attending the 61st International Astronautical Congress (IAC), which is being held in the very centre of Europe at historic Prague, capital of the Czech Republic. Congress Hall The last IAC in this part of Europe took place in Budapest, Hungary, in 1983, and before that was held in Prague for the first time in 1977. That 28th IAC was very successful, even though the atmosphere was quite different then because of the . Agency Heads will provide an overview of their current programmes and insight into future plans, giving views on actual developments and potential international opportunities. An interactive discussion with the audience Part of its success may be that Prague has a long history as an astronomical ‘refuge’. The skilful astronomical will follow. observer Tycho Brahe and the great scientific mind Johannes were in Prague at the beginning of 17th century, and Einstein before the First World War. From the very beginning of the Space Age, Czech and Slovak specialists have also cooperated internationally at Charles Bolden, Anatoly Perminov, many levels in the fields of space research and technology. Administrator, Head, As Co-Chairs of the International Programme Committee, we are happy to be building on this tradition. We were National Aeronautics and Space , fortunate this year to attract an extraordinary number of high quality papers – of some 2200 abstracts received, Administration, Russia 1600 papers were selected for the 61st IAC. Along with the technical programme, there are twelve events in United States the public programme – eight plenaries and four highlight lectures. We are holding the second Cluster forum, a Parliamentarian meeting, the UN-IAF workshop on the theme of GNSS, and various innovative seminars and workshops. We would like to take this opportunity to give thanks to the many authors without whom we would have no Congress, the IPC and IPC Steering Group members for their great support putting together the Technical Pro- gramme and to the Prague LOC for their excellent preparation. Jean-Jacques Dordain, Chen Qiufa, Director General, Administrator, Enjoy Prague! Petr Lála, Michel Arnaud and Sias Mostert European Space Agency China National Space IPC Co–Chairs Administration, China 6.2 Information for Authors

All authors are asked to upload their manuscripts and multimedia presentations prior to the Congress in order to make them available to all participants on the Interactive Congress Guide DVD. You can still update your manu- scripts and multimedia presentations with the latest developments through the IAF website or in the Presenta- Keiji Tachikawa, K Radhakrishnan, tion Preparation Room on the 2nd floor of the Prague Congress Centre. President, Chairman, Your presentation will be automatically preloaded on the of the Technical Session room. Please note Japan Aerospace Indian Space Research that speakers are not allowed to insert USB memory sticks or CD-ROMs in the PC of the Technical Session Exploration Agency, Organisation, room. Therefore, all updates need to be uploaded prior to the day before the Technical Session takes place, Japan India 18:00 local time. Later changes cannot be reflected on your final presentation. The room dedicated to authors (Presentation Preparation Room) is equipped with (MS Windows XP – Compatible) with CD/DVD drives and USB ports. It will be open during the following hours:

Monday 27 September – Thursday 30 September 2010 07:00-18:30 Steve MacLean, Friday 1 October 2010 07:00-16:30 President, Canadian Space Agency, Canada Our help desk team will assist you in uploading multimedia presentations during operating hours. Speakers are requested to report to their allocated Technical Session room 20 minutes prior to the start of their session to meet with the session Chairs and to check their presentation. Do not forget to bring two printed cour- tesy copies of your manuscript and a backup copy of your presentation. Some session Chairs might also ask you for a short biography to introduce you at the session. Note: There will be internet access for computers located in technical sessions plus Wi-Fi access. This session is moderated by Uli Bobinger.

64 65 6. Technical Programme I 6.3 Plenary Events 6. Technical Programme I 6.3 Plenary Events

Plenary 2: Impact of Governments’ Space Policy Changes on Industry Jean-Yves Le Gall Shoichiro Tuesday 28 September 2010 08:30-10:00 Chairman & CEO, General Manager, Forum Hall Arianespace, Space Systems Department, France Aerospace Headquarters, Mitsubishi Heavy Industries, Ltd. The objective of this plenary is to enhance the awareness of space agencies to their degree of impact on indus- Japan try resulting from their policy changes; it should also serve to educate industry on government drivers behind introducing recent and expected policy changes. The session will be designed to explore the impact on industry of major government space policy changes across the globe. This influence may be of a variety of types. First, governments may change the missions that Hiroshi Yamakawa, Martin Sweeting, they profess to pursue. Second, governments may change the kinds of procedures they employ for acquisition Secretary-General, CEO, of products and services from industry. Third, governments may encourage companies to engage in business Strategic Headquaters for Space Policy, SSTL, activities where a single government is not the only customer. Cabinet Secretariat, United Kingdom In the case of the U.S. Government’s space agency, NASA, all three changes are in play. Government of Japan NASA is pursuing a new policy set by the Obama Administration, following up on the options provided by the U.S. review committee on the future of human spaceflight, commonly referred to as the Augustine Commis- sion. With regard to acquisition strategy, NASA has been making increasing use of so-called “commercial” ap- proaches, including firm fixed price contracting, as in the case of the Commercial Resupply Services contract for purchase of resupply services in support of the International Space Station (ISS). Jean-Jacques Dordain, François Auque, Beyond this, NASA in the Commercial Orbital Transportation Services (COTS) programme, aimed at develop- Director General, CEO, ing and demonstrating ISS resupply vehicles, has been actively encouraging industry participants to pursue European Space Agency EADS Astrium customers in addition to NASA. NASA has also been addressing industry development of commercial crew transportation services, to supplement cargo capabilities. Around the world, other space agencies are pursuing new directions as well. For example, in Japan, the new basic space law and implementation priorities are consolidating the space-related agencies of Japan and en- couraging space industries. In Europe, options for involvement in human as well as robotic space exploration are also being weighed, both by the European Space Agency and the , as they closely coordinate their efforts. Luigi Pasquali, James Chilton, CEO, Vice President, Thales Alenia Space, Exploration Launch Systems, Italy The Boeing Company, United States

This session is organised by the IAF Industry Relations Committee and coordinated by Mag Iskander, President of MDA, Information Systems Group and chaired by Jean-Yves Le Gall.

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Plenary 3: Never Lost Again Plenary 4: Global Sea Level Rise and Its Societal Impacts Tuesday 28 September 2010 14:00-15:00 Wednesday 29 September 2010 09:00-10:00 Forum Hall Forum Hall

The purpose of this plenary is to demonstrate the worldwide importance of satellite navigation systems to the Increased fresh water input to the oceans from melting mountain glaciers and polar ice sheets, plus the thermal public, to industry (specifically including transportation) and to the military. Satellite navigation has grown over expansion caused by global warming are increasing the sea level at an alarming rate. As the sea level rises, many the past two decades from a single system for limited uses to one in which, in the current decade, there will low-lying islands and coastal zones will be inundated or marginalized. With 146 million people worldwide living be six systems, many augmented by complementary terrestrial systems, that provide a tremendous range of within 1 metre of mean high water, GSLR directly threatens coastal infrastructure through increased erosion and services. more frequent storm-surge flooding. Under some circumstances, position determination accuracy of less than a centimeter will be achievable. Po- This plenary will examine different aspects of sea level rise including current international spaceborne programs sition location chips are being routinely incorporated into automotive vehicles, hand held cellular devices and that make sustained, precision measurements of the phenomenon. surveying instruments while satellite navigation is being incorporated into automated aircraft landing, military operations, and many other systems. It is certainly a space technology that has directly provided tremendous human benefits.

Anthony Russo Didier Faivre Lee-Lueng Fu Stefan Rahmstorf Director, Head of the Navigation, Senior Research Scientist, Potsdam Institute for Climate Impact National Coordination Office Department, NASA Jet Propulsion Research, for Space-Based Positioning, European Space Agency Laboratory, Germany Navigation and Timing, United States United States

Alain Bories Bradford Parkinson Ron Birk Moderator Senior VP Strategy and Edward C. Professor Director, Civil Space Mission Integration James Graf Business Development of Aeronautics and Astronautics Northrop Grumman Space Technology, Deputy Director for the Earth Science OHB Technology, Emeritus Stanford University, United States and Technology Directorate, Germany United States NASA Jet Propulsion Laboratory, United States

Moderator Joe M. Straus Executive Vice President (retired), The Aerospace Corporation, United States

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Plenary 5: Next Generation Visions For Space Operations Plenary 6: Advancing the Global Exploration Strategy Wednesday 29 September 2010 14:00-15:00 Thursday 30 September 2010 09:00-10:00 Forum Hall Forum Hall

The operation of space systems is the most visible phase in the life cycle of space programmes. This phase ex- The International Space Exploration Coordination Group (ISECG) was born out of The Global Exploration Strat- cites and inspires the future workers in this industry. It is the phase that youth learn about in history classes, see egy: The Framework for Coordination (GES or Framework Document) that was prepared by fourteen space in news reports, read in popular fiction, and watch at the cinema. It is widely accepted that attracting these young agencies and published in May 2007. people into the aerospace workforce is vital to the industrial base of nations involved in space-related endeavors. In the GES, the agencies expressed their intent and determination to work together to enable the exploration of Yet, although we often profess this need, we (the “established” aerospace workers) seldom try to understand the Earth’s nearest companions the Moon, Mars and Asteroids, to expand the frontier where humans will someday aspirations and expectations of the students and young professionals for their careers in space operations. If we live and work. The ISECG has developed, and continues to develop, a variety of products to help guide the want to keep the industry relevant to the youth, we must understand their hopes and expectations. implementation of the Global Exploration Strategy. The panel will pursue a dialogue among advanced graduate students, sharing their hopes, and young profes- sionals, sharing their accomplishments, and all sharing their vision for future space operations, emphasizing the contributions they hope to make. All panelists will also highlight their commitment to international dialogue and Simonetta Di Pippo Gilles Leclerc cooperation and their importance for successful and sustained space operations. Director of Human Manager, Spaceflight Technology Management, European Space Agency Canadian Space Agency Alex Karl, Ryan Kobrick, Operations Engineer, Executive Director, Space Applications Services, Yuri’s Night, Belgium Canada

Douglas R Cooke Yoshiyuki Hasegawa Associate Administrator, Managing Director, Exploration Systems Mission Lunar and Planetary Exploration Directorate, Programme Group, Tahir Merali, Brian Leathers, NASA, Japan Aerospace Exploration Columbus Systems Training Group, Safety Engineer, United States Agency (JAXA), European Space Agency Kennedy Space Centre, Japan United Space Alliance, United States

David Parker Sang-Ryool Lee Director of Space Science Executive Director of Satellite R&D and Exploration, Head Office, UK Space Agency Korea Aerospace Research Institute, Aria Iwasawa, Moderator Republic of Korea Graduate Student, Manfred Warhaut, , Head of Mission Operations, Japan European Space Agency

Moderator Kathy Laurini NASA, United States Moderator William Gerstenmaier Associate Administrator for Space Operations, NASA, United States

70 71 6. Technical Programme I 6.3 Plenary Events 6. Technical Programme I 6.3 Plenary Events

Plenary 7: ISS Research – A Decade of Progress and a Decade of Promise Plenary 8: Czech Space Visions Thursday 30 September 2010 14:00-15:00 Friday 1 October 2010 12:15-13:45 Forum Hall Forum Hall

The International Space Station has been hosting research from the international science community for 10 Today's exploration of space relies on two important elements: observations made in-situ and numerical experi- years. In that time, hundreds of scientists have used ISS as a platform for conducting high quality research in di- ments performed on large supercomputers. The Astronomical Institute and the Institute of Atmospheric Physics verse disciplines. Results from this effort have led to better understanding of the effects of microgravity on living (Academy of Sciences of the Czech Republic) are highly involved in space sciences and related research in both organisms and physical processes, including terrestrial applications, and are paving the way for exploration. areas. Panelists will describe their experiences conducting research on ISS and the key role that research played in Over the past few years two main projects have been carried out. First is the development and usage of su- their areas of discovery. Benefits of the research to life on Earth and to exploration will be highlighted. This will percomputing facility called Amalka and the second is development and operation of DSLP (Dual Segmented be a unique event to promote not just the promise of ISS research but the results already realized. Langmuir Probe) instrument for PROBA 2 mission.

Yoshiro Urade Choukèr Czech Participation in the ESA Sci- Czech Participation in European Department of Molecular Behavioral Clinic of Anaesthesiology, ence Programme until 2020 Space Programmes Biology, University of , Osaka Bioscience Institute, Germany František Fárník Zdeněk Kozáček Japan Astronomical Institute, Czech Space Research Centre, Czech Academy of Sciences, Czech Republic Czech Republic

Nicole Buckley V. E. Fortov Czech Industry in ESA Solar-Terrestrial Relations – Past, Director, Academician, Programmes Present and Future Life & Physical Sciences, Division of Energetics, Space Exploration, Machinary, Mechanics and Control Petr Bareš Zdeněk Němeček Canadian Space Agency Systems, Czech Space Alliance, Faculty of Mathematics & Physics, RAS, Czech Republic , Russia Prague, Czech Republic

Moderator Julie Robinson Exploration of the Solar System Czech Space Office Using in situ Observations ISS Program Scientist, ISS Payloads Office, Pavel Trávníček Jan Kolář NASA , Astronomical Institute & Institute of Institute of Mathematics, United States Atmospheric Physics, Academy of Sciences, Czech Academy of Sciences, Czech Republic Prague, Czech Republic

Moderator Jiří Grygar Insitute of Physics, Czech Academy of Sciences, Czech Republic

72 73 6. Technical Programme I 6.4 Highlight Lectures 6. Technical Programme I 6.4 Highlight Lectures

6.4 Highlight Lectures Highlight Lecture 3: SETI Progress and Prospects Wednesday 29 September 2010 18:30-19:30 Highlight Lecture 1: Overview of space activities in South Africa Forum Hall Monday 27 September 2010 18:30-19:30 In 2010, it will be exactly a half-century since the first modern experiment in the field known as SETI, the Search for Extraterrestrial Intelligence. For two decades, SETI has been represented in the International Academy of Forum Hall Astronautics – the IAA SETI Permanent Study Group – is the world’s only SETI organisation with a broadly inter- national membership.

Despite the fact that SETI has yet to find a compelling signal that would indicate that we’re not alone, it is a Highlight Lecture 2: Origins, Surprises and Future of GPS highly dynamic field. Discoveries of extrasolar , the strong indications of liquid water on a half-dozen other worlds in our solar system, and the very early genesis of life on Earth all suggest that life is not a highly Tuesday 28 September 2010 18:30-19:30 rare phenomenon. Forum Hall

Over the past 30 years, a new utility has come into being. It has stealthily crept into the fabric of worldwide so- Seth Shostak ciety and created dependencies that did not exist before. This utility is known as the Global Positioning System or GPS. With over a billion GPS receivers in use, this stunning achievement has truly revolutionized the way the SETI Institute, United States world functions in the 21st century. Today, the loss of GPS signals would have catastrophic consequences.

So, how did GPS come into being? What technologies were essential to its success? Who developed those technologies? Recently there have been a number of GPS histories published that are very inaccurate on these subjects. The purpose of this talk is to trace the true origins of GPS; in so doing, to give credit to many of the original engineers and technologists of GPS whose contributions have almost been lost. In addition, solutions to the challenges will offer “lessons learned” for the newer Global Navigation Satellite Systems.

Highlight Lecture 4: Chandrayaan-1 and Water on the Moon Bradford Parkinson Edward C. Wells Professor of Aeronautics, Thursday 30 September 2010 18:30-19:30 Astronautics Emeritus, Forum Hall Stanford University, United States The Chandrayaan-1 mission to the Moon, launched on 22 October 2008, marked the beginning of India’s foray into planetary exploration. The mission carried a selected set of dozen experiments, designed and developed in India as well as in Europe and USA. The mission yielded several important science results. The most prominent among these is the discovery of water molecule and hydroxyl in lunar surface material.

J. N. Goswami ISRO-DOS, India

74 75 6. Technical Programme I 6.5 Second International Cluster Forum 6. Technical Programme I 6.6 Technical session papers ordered by symposium

6.5 Second International Cluster Forum 6.6 Technical session papers ordered by symposium The IAF will be organising the 2nd International Cluster Forum within the Exhibition of the IAC 2010 in Prague, Czech Republic. This year, the Cluster Forum will be held during the whole Congress week in the centre of the IAC 2010 Exhibition Hall. A1. SPACE LIFE SCIENCES SYMPOSIUM A1.2. Human Physiology in Space Coordinator: Ronald J. White (South Dakota School September 28 2010, 10:15 – Small Theatre The forum gathers decision makers and business developers from major corporations, large and small space of Mines & Technology, United States); Peter Graef Chair: Inessa Kozlovskaya (Institute for Biomedical Problems, Rus- agencies, smaller businesses, consulting firms and universities. (Deutsches Zentrum für Luft- und Raumfahrt e.V. sia); Satoshi Iwase (Aichi Medical University, Japan) (DLR), Germany) Rapporteur: Hanns-Christian Gunga (Charité - University Medicine Berlin, Germany) IAC-10.A1.2.1 Tuesday, 28 September Thursday, 30 September AUTONOMIC FUNCTION TESTING ONBOARD ISS FOR CREW HEALTH MONITORING WITH “PULS” AND “PNEUMOCARD” – 10 :00 – 13 :00 Sponsors Corporate Presentation 10:00 – 13:00 “Experts meet Young Professionals and A1.1. Behaviour, Performance and Psy- RESULTS, LIMITATIONS AND NEXT STEPS 13 :15 – 13 :45 “European Space Activities under the Students” – Part 1 chosocial Issues in Space Jens Tank, Hannover Medical School, Germany Research Framework Programme” 13:15 – 13:30 "International Project/Programme Reinhard Schulte-Braucks, DG Enterprise and Management Committee" Edward J. Hoffman, September 27 2010, 15:15 – Small Theatre IAC-10.A1.2.3 Industry, European Commission Director, NASA APPEL Chair: Nick Kanas (University of California and Veterans Affairs CHANGES IN THE SENSITIVITY OF THE CENTRAL RESPIRATION 14 :00 – 17 :30 Association of Industry and Small & Medium 13:30 – 13:45 "Because it’s all about people" Medical Center, United States); Vadim Gushin (Institute for Bio- MECHANISM IN SPACE FLIGHT industry Claudia Kessler, CEO, HE Space medical Problems, Russia) Victor Baranov, Research Institute of General Pathology and Patho- 13:45 – 14:00 "Flight Plan for a Space Career" Rapporteur: Gro M. Sandal (University of Bergen, Norway) physiology / Russian Academy of Medical Sciences, Russia Wednesday, 29 September Barbara Puddephatt, Space Resourcing IAC-10.A1.1.1 IAC-10.A1.2.4 10:00 – 13:00 Nanosatellites Projects Presentation – Part 1 Director, Serco Europe Resolution of Psychosocial Crises Associated with Rapid fluid shifts induced by parabolic flights 13:15 – 13:30 "CubeSats for the VEGA Maiden Flight" Piero 14:00 – 17:30 “Experts meet Young Professionals and Flying in Space the thermal balance in humans Galeone, European Space Agency Students” – Part 2 Jelena Brcic, University of British Columbia, Canada Thomas Schlabs, Charité - University Medicine Berlin, Germany "GENSO" IAC-10.A1.1.2 IAC-10.A1.2.5 Helen Page, European Space Agency Friday, 1 October Development and Application of a Simple, Rapid, and HOW DO COSMONAUTS SLEEP IN MICROGRAVITY? 13:30 – 13:45 “United Nations Basic Space Technology 10:00 – 12:00 Central and Eastern European Activities – Part 1 Objective Behavioral Assay of Group Cohesion in Roman Baevsky, Institute for Biomedical Problems, Russia Initiative (UNBSTI)” 14:00 – 14:15 “Hungarian Space Industry overview” Simulated Astronaut Crews IAC-10.A1.2.6 Werner Balogh, UN-OOSA Speaker to be confirmed Pete Roma, IBR and Johns Hopkins Univ, United States Flavonoid luteolin up-regulated antioxidant defense 13:45 – 14:00 “HUMSAT: Constellation Project Applied to 14:15 – 14:30 “Space Research in Poland” IAC-10.A1.1.3 systems and decreased oxidative stress in tail-sus- Humanitarian Support“ Speaker to be confirmed High versus Low Crewmember Autonomy during a 105- pended rats Fernando Aguado, University of Vigo 14:30 – 14:45 “Romanian Space activities” day Mars Simulation Mission Lina Qu, Astronaut Center of China, China 14:00 – 14:15 “QB 50, Network for Lower Thermosphere and Marius-Ioan Piso, President & CEO, Romanian Nick Kanas, University of California and Veterans Affairs Medical Re-Entry Research“ Space Agency (ROSA) Center, United States IAC-10.A1.2.7 Jean Muylaert, Director, von Karman Institute 15:00 – 17:00 Central and Eastern European Activities – Part 2 Enhancing the benefits of an Artificial Gravity Coun- IAC-10.A1.1.4 termeasure Coupled with Exercise and Vibration 14:15 – 17:30 Nanosatellites Projects Presentation – Part 2 Some psychophysiological and behavioral aspects Rahul Goel, MIT, United States of adaptation to simulated autonomous Mission to Mars IAC-10.A1.2.9 Vadim Gushin, Institute for Biomedical Problems, Russia Artificial gravity with ergometric exercise on inter- national space station as the countermeasure for IAC-10.A1.1.5 spaceflight deconditionINg in humans Personal values and crew compatibility during a Satoshi Iwase, Aichi Medical University, Japan simulated space mission Gro Mjeldheim Sandal, University of Bergen, Norway IAC-10.A1.2.10 Comparative study of the efficacy of different kinds IAC-10.A1.1.6 of muscle training in experiment simulating inter- Individual subconscious adaptive processes to the planetary space flight – Results of the study with Martian flight simulation 105-days isolation Yuri Bubeev, RF SRC - Institute of Biomedical Problems of the Inessa Kozlovskaya, Institute for Biomedical Problems, Russia RAS, Russia IAC-10.A1.2.11 IAC-10.A1.1.7 Effects of hypo- normo- and hyperbaric pressure on neurocognitive effects of a 3d virtual reality mood oxygenation, metabolic and immune responses in hu- induction system in Mars-500 chamber mans during short term head down tilt at -6 degrees Gabriel G. De la Torre, Universidad de Cádiz, Spain Alexander Choukèr, University of Munich, Germany IAC-10.A1.1.8 Countermeasures: Non-nutritive benefits of grow- ing and tending plants during the 500-day chamber simulation Scott Bates, Utah State University, United States IAC-10.A1.1.9 The significance of fatigue in the operational space medical setting Laura Drudi, McGill University, Canada

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A1.3. Medical Care for Humans in Space IAC-10.A1.3.11 IAC-10.A1.4.7 IAC-10.A1.5.4 Integrated Countermeasure and Rehabilitation Exer- Space Radiation Analysis: Radiation Effects and Parti- RADIATION RESISTANCE OF THE TARDIGRADE: RAMAZZOT- September 28 2010, 15:15 – Small Theatre ciser (ICARE) cle Interaction outside Earth Magnetosphere using TIUS VARIEORANATUS – pathway to radiation resistant Chair: Rupert Gerzer (Deutsches Zentrum für Luft- und Raumfahrt Dirk Claessens, Verhaert Space, Belgium GRAS and GEANT4 astronauts? e.V. (DLR), Germany); Anatoly I. Grigoriev (Institute for Biomedical Lisandro Martinez, Cranfield University, Argentina Gunther Kletetschka, NASA, United States Problems, Russia) IAC-10.A1.3.13 Rapporteur: Patrik Sundblad (ESA/ESTEC, The Netherlands) A review of telemedicine solutions to acute care in IAC-10.A1.4.8 IAC-10.A1.5.5 the pre-hospital setting Mars Radiation Environment Modeling for the LIULIN- An Astrobiology Small Payloads Demonstration Na- IAC-10.A1.3.1 Matthew Turnock, McMaster University, Canada PHOBOS Investigation of the PHOBOS SAMPLE RETURN noSatellite: Organism/ORganics Exposure to Orbital The NASA Human Health and Performance Center Mission Stresses (O/OREOS) (NHHPC) – an international collaborative forum to IAC-10.A1.3.14 Giovanni De Angelis, Istituto Superiore di Sanita’ (ISS), Rome, Italy, Cassie Conley, National Aeronautics and Space Administration address high priority risk reduction strategies for Astronaut body mass measurement device calibrated Italy (NASA), United States human space flight including suborbital, orbital, with miniature load cell and planetary flight environments. Hui Yan, China IAC-10.A1.4.9 IAC-10.A1.5.6 Jeffrey R. Davis, National Aeronautics and Space Administration Estimates of Carrington-Class Solar Particle Event Mars Organic Molecule Analyzer (MOMA): Instrument (NASA)/Johnson Space Center, United States Radiation Exposures on Mars Concept and Results Lawrence W. Townsend, University of Tennessee, United States Luann Becker, The John Hopkins University, United States IAC-10.A1.3.2 the international countermeasure working group A1.4. Radiation Fields, Effects and Risks IAC-10.A1.4.10 IAC-10.A1.5.8 (icm) – a forum for coordinating efforts related to Gene expression profile of human cells in response Testing Raman spectroscopy for the trace analysis development of schemes to maintain health and per- in Human Space Missions to simulated space radiation of biomarkers for Mars exobiological studies formance in astronauts and cosmonauts September 29 2010, 10:15 – Small Theatre Christine Hellweg, Deutsches Zentrum für Luft- und Raumfahrt e.V. Jan Jehlička, Charles University, Czech Republic Patrik Sundblad, ESA/ESTEC, The Netherlands (DLR), Germany Chair: Günther Reitz (Deutsches Zentrum für Luft- und Raumfahrt IAC-10.A1.5.9 IAC-10.A1.3.3 e.V. (DLR), Germany); Giovanni De Angelis (Istituto Superiore di IAC-10.A1.4.12 Sampling and Sample Processing Standardization for Assessment of Medical Risk Factors for Prospective Sanita’ (ISS), Rome, Italy) Free Radical Scavenging Activities of Anthocyanins Spacecraft and Associated Clean Room Surfaces Passengers of Suborbital and Short-Duration Or- IAC-10.A1.4.1 from Several Natural Berry Kelly Kwan, United States bital Commercial Space Flights Selected Results of Radiation Measurements per- Zhao Haitian, Harbin Institute of Technology, China Melchor Antunano, U.S. Federal Aviation Administration (FAA), formed in European Projects onboard the Interna- IAC-10.A1.5.11 IAC-10.A1.4.13 United States tional Space Station challenges for terrestrial and extraterrestrial uvb induced damage and repair kinetics in human lym- Günther Reitz, Deutsches Zentrum für Luft- und Raumfahrt e.V. origins of life IAC-10.A1.3.4 phocytes (DLR), Germany Brij Tewari, University of Guyana, Guyana THE PROCESS OF ADAPTATION OF THE CARDIOVASCULAR Cuilin Cheng, Harbin Institute of Technology, China SYSTEM TO THE CONDITIONS OF WEIGHTLESSNESS – PROB- IAC-10.A1.4.2 IAC-10.A1.4.14 ABILITY ESTIMATION OF THE RESULTS OF HEART RATE VARI- The first calibration results of the TriTel three- GlioSat/GlioLab: joint missions to study ionizing ra- ABILITY ANALYSIS dimensional silicon detector diations effects on cancer cells behaviour Roman Baevsky, Institute for Biomedical Problems, Russia Attila Hirn, Hungarian Academy of Sciences KFKI Atomic Energy A1.6. Life Support and EVA Systems Chantal Cappelletti, Scuola di Ingegneria Aerospaziale, Italy Research Institute, Hungary IAC-10.A1.3.6 September 30 2010, 15:15 – Small Theatre IAC-10.A1.4.15 Food preparation strategies and food satisfaction IAC-10.A1.4.3 Chair: Chiaki Mukai (JAXA, Japan); Bernhard Koch (Deutsches A test for the impact of radiation on human retinal under Mars mission analogue conditions Investigation of Two Pille Dosimeters Retrieved from Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany) function Jean Hunter, Cornell University, United States the ISS Rapporteur: Terrence G. Reese (National Aeronautics and Space Daniela Petrova, University College London, United Kingdom Peter Szanto, Hungarian Academy of Sciences KFKI Atomic Energy Administration (NASA), United States) IAC-10.A1.3.7 Research Institute, Hungary IAC-10.A1.6.1 Dynamic compressive mechanical properties of can- Interactions and Intelligent Clothing with Monitor- cellous bone from human lumbar spine IAC-10.A1.4.4 ing-Alerting System for Physiological Behaviour Ma Honglei, Astronaut Center of China, China TriTel 3 dimensional space dosimetric telescope in A1.5. Astrobiology and Exploration Taseer Ahmad, University of Kent at Canterbury, United Kingdom the European Student Earth Orbiter project of ESA IAC-10.A1.3.8 Balazs Zabori, Budapest University of Technology and Economics, September 30 2010, 10:15 – Small Theatre IAC-10.A1.6.2 Effects of Nebivolol (Nebilet®) on cardiovascular Hungary Chair: Pascale Ehrenfreund (University of Leiden, The Netherlands); Carbon dioxide removal system for closed loop at- and thermoregulatory functions under real and Gerda Horneck (Deutsches Zentrum für Luft- und Raumfahrt e.V. mosphere revitalization, packed bed and structured simulated microgravity conditions IAC-10.A1.4.5 (DLR), Germany) sorbent experimental test results Andreas Werner, Charite Universitaetsmedizin Berlin, Germany Lunar Radiation Environment: a Comparison between Rapporteur: Cassie Conley (National Aeronautics and Space Ad- Emily Mattox, University of Alabama in Huntsville, United States Models and the CHANDRAYAAN-1 RADOM Experiment IAC-10.A1.3.9 ministration (NASA), United States) Data IAC-10.A1.6.3 Development of mitosporic fungi in hermetically Giovanni De Angelis, Istituto Superiore di Sanita’ (ISS), Rome, Italy, IAC-10.A1.5.1 HARDWARE/SOFTWARE COMPLEX for CREW’S SERVICE of closed chambers by the example of MARS-105 experi- Italy 50 Years of Exobiology and Astrobiology: Science Ac- INTEGRATED LIFE SUPPORT SYSTEM OPERATION in LONG- ment complishments, Public Perceptions TERM GROUND EXPERIMENT under MARS-500 PROJECT Sergey Kharin, Institute for Biomedical Problems of the Russian IAC-10.A1.4.6 Linda Billings, George Washington University, United States Guzel Kamaletdinova, NIICHIMMASH, Russia Academy of Sciences, Russia Lunar Radiation Dose due to Cosmic Rays and Their Secondary Particles IAC-10.A1.5.2 IAC-10.A1.6.4 IAC-10.A1.3.10 Kanako Hayatsu, Waseda University, Japan Astrobiology on the International Space Station Oxygen Concentration Control in Extravehicular Influence of modeled microgravity effects on the Gerda Horneck, Deutsches Zentrum für Luft- und Raumfahrt e.V. Activity(EVA) of Manned Spacecraft course of acute pancreatitis (DLR), Germany Jin Yu, China Academy of Space Technology (CAST), China Mikhail Baranov, Research Institute of General Pathology and Pathophysiology / Russian Academy of Medical Sciences, Russia IAC-10.A1.5.3 IAC-10.A1.6.5 CASS-E: Cranfield Astrobiological Stratospheric microbiologic pattern recognition in manned space Sampling Experiment vehicle and stations Lolan Naicker, Cranfield University, United Kingdom Paul Fomkin, Moscow Aviation Institute (State Technical University), Russia

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IAC-10.A1.6.6 IAC-10.A1.7.6 IAC-10.A1.8.6 IAC-10.A2.1.8 Regeneration of water and atmosphere On space Space Mutation Breeding in China By Liu Jiyuan, Wu Space Education and Public Outreach in Korea Dusty plasma compressibility from an analysis of station: the experience gained on the space stations Meirong, Sun Yongcheng Soyeon Yi, Korea Aerospace Research Institute, Korea, Republic of dust shock wave propagation “Salut”, “”, ISS and development prospects Yongcheng Sun, China Aerospace Science and Technology Corpo- Alexander Usachev, Joint Institute for High Temperatures of the IAC-10.A1.8.7 Leonid Bobe, NIICHIMMASH, Russia ration (CASC), China Russian Academy of Sciences, Russia geocatching in guatemala IAC-10.A1.6.7 IAC-10.A1.7.7 Jeffrey Rivera, Ministry of Environment and Natural Resources, IAC-10.A2.1.9 Synergetic Hybrid Life Support System for a Mars Transcriptional and physiological characterization Guatemala THE ACES MISSION: SYSTEM DEVELOPMENT AND TEST STA- Transfer Vehicle of Escherichia coli MG1655 grown under low shear TUS IAC-10.A1.8.8 Stefan , University of Stuttgart, Germany simulated microgravity for 1000 generations Marc Peter Hess, EADS Astrium Space Transportation GmbH, space learning with fun George Fox, University of Houston, United States Germany IAC-10.A1.6.8 Carlos Fernando Quijada Velasquez, Guatemala application of jet packs for lunar extravehicular IAC-10.A1.7.8 IAC-10.A2.1.10 activities /explorations Effects of soy and dairy ferments on monocyte vi- High accurate geometrical machining and metrol- Ehsan Taheri, K.N. Toosi University; Aerospace Research Institute ability, cytokine production and cell surface mol- ogy for the MICROSCOPE instrument (Ministry of Science, Research and Technology), Iran ecule expression: impact in a low-shear modeled Manuel Rodrigues, Office National d’Etudes et de Recherches microgravity system Aérospatiales (ONERA), France IAC-10.A1.6.9 Nicole Buckley, Canadian Space Agency, Canada Development of a sublimator for Chinese FEITIAN EVA A2. MICROGRAVITY SCIENCES AND IAC-10.A2.1.11 IAC-10.A1.7.9 PROCESSES OPTIMAL BLACK HOLES Zhiqiang Wu, Astronaut Center of China, China Parabolic maneuvers of the Swiss Air Force fighter Coordinator: Antonio Viviani (Seconda Universita’ di Igor Gurevich, The Institute of Informatics Problems of the Russian jet Northrop F5-E as a new platform to identify rapid Academy of Sciences, Hetnet Consulting Corp., Russia IAC-10.A1.6.10 gravi-responsive mechanisms in cultured mammalian Napoli, Italy) Ergonomics design and test for China “Feitian” EVA cells Vice-Coordinator: Marcus Dejmek (Canadian Space spacesuit Oliver Ullrich, University of Zurich, Switzerland Li Tanqiu, China Astronaut Research and Training Center, China Agency, Canada) A2.2. Fluid and Materials Sciences IAC-10.A1.6.11 September 28 2010, 15:15 – Club B Chair: Raimondo Fortezza (MARS Center, Italy); Nickolay N. Smir- ProjeCt HYDRONAUT1 nov (Moscow Lomonosov State University, Russia) Matyáš Šanda, Czech Space Office, Czech Republic A1.8. Public Outreach and Education in A2.1. Gravity and Fundamental Physics Rapporteur: Jean-Claude Legros (Université Libre de Bruxelles, Space Life Sciences September 28 2010, 10:15 – Club B Belgium) IAC-10.A2.2.1 October 1 2010, 14:00 – Small Theatre Chair: Francois Gonzalez (Centre National d’Etudes Spatiales (CNES), France); Joachim Richter (RWTH Aachen, Germany) opposed-flow flame spread in constrained spaces A1.7. Biology in Space Chair: Marlene MacLeish (National Space and Biomedical Research Rapporteur: Zappoli (Centre National d’Etudes Spatiales under normal and reduced gravity conditions Institute, United States); Andrea Boese (Deutsches Zentrum für October 1 2010, 09:00 – Small Theatre (CNES), France) Shuang-Feng Wang, China Luft- und Raumfahrt e.V. (DLR), Germany) Chair: Jancy C. McPhee (National Aeronautics and Space Admin- Rapporteur: Chrysoula Kourtidou-Papadeli (Greek Aerospace Medi- IAC-10.A2.1.1 IAC-10.A2.2.2 istration (NASA)/Johnson Space Center, United States); Ludmila cal Association, Greece) ON THE EQUIVALENCE PRINCIPLE Droplet evaporation and combustion modeling Buravkova (Institute for Biomedical Problems, Russia) Gabriel Barceló, Advanced Dynamics S. A., Spain Nickolay N. Smirnov, Moscow Lomonosov State University, Russia Rapporteur: Cassie Conley (National Aeronautics and Space Ad- IAC-10.A1.8.1 ministration (NASA), United States) New Opportunities for Cooperation in a Globaliz- IAC-10.A2.1.2 IAC-10.A2.2.3 ing World: The National Space Biomedical Research Simulation approaches for the space mission Micro- IAC-10.A1.7.1 micro flame spreading in solid fuel ducts Institute Educational Outreach Program Provides a scope Japanese space life science experiments onboard the Tsuneyoshi Matsuoka, Hokkaido University, Japan Model Stefanie Bremer, ZARM - University of Bremen, Germany KIBO in 2008-2010, and beyond Marlene MacLeish, National Space and Biomedical Research Insti- IAC-10.A2.2.4 Fumiaki Tanigaki, Japan Aerospace Exploration Agency (JAXA), IAC-10.A2.1.3 tute, United States analysis of thruster plume contamination during Japan in orbit calibration for the instrument of the micro- spacecraft separation IAC-10.A1.8.2 scope space mission IAC-10.A1.7.2 Zhang Jian, China Academy of Space Technology (CAST), China Challenges in Academic Research and Agnes Levy, ONERA, France Changes in gene expression in human bone marrow Education IAC-10.A2.2.5 mesenchymal stromal cells under simulated micro- IAC-10.A2.1.4 Marlene Grenon, University of California, San Francisco, United thermodiffusion in the system partly filled with po- gravity Sedimentation and internal dynamics of an attrac- States rous media Pavel Gershovich, FSC RF-IMBP, Russia tive colloidal gel Denis Melnikov, University of Brussels, Belgium IAC-10.A1.8.3 Giovanni Brambilla, Université de Montpellier II, France IAC-10.A1.7.3 The Helmholtz Space Life Sciences Research School IAC-10.A2.2.8 A Review of Endothelial Function in Altered Gravity IAC-10.A2.1.5 (SpaceLife) one year after its start New type of thermal convection in the rotating an- Environments QUANTUS: Implementing atom optical experiments in Christine Hellweg, Deutsches Zentrum für Luft- und Raumfahrt e.V. nulus Marlene Grenon, University of California, San Francisco, United the Bremen drop tower (DLR), Germany Alevtina Ivanova, Russia States Hauke Müntinga, ZARM - University of Bremen, Germany IAC-10.A1.8.4 IAC-10.A2.2.9 IAC-10.A1.7.4 IAC-10.A2.1.6 Small medical experiments in innovative aerobatic vibrational dynamics of two immiscible liquids under PKC and cell cytoskeleton in human umbilical vein Towards a matter wave interferometer on a sound- single-engine parabolic flights: providing data and rotation endothelial cells under simulated microgravity ing rocket inspiration for the explorers of tomorrow Nikolay Kozlov, PSPU, Russia Yu Zhang, Beihang University, China Tim van Zoest for the QUANTUS Team, Deutsches Zentrum für Antoni Perez-Poch, Universitat Politecnica de Catalunya (UPC), Luft- und Raumfahrt e.V. (DLR), Germany IAC-10.A2.2.10 IAC-10.A1.7.5 Spain resistance of metallic screens in a cryogenic flow MICE DRAWER SYSTEM: A LONG DURATION ANIMAL EXPERI- IAC-10.A2.1.7 IAC-10.A1.8.5 Alexander Fischer, Institute of Space Systems, German Aerospace MENT ON THE INTERNATIONAL SPACE STATION Photophoresis in planet formation and a particle THINK GLOBAL – ACT LOCAL: SPACE LIFE SCIENCES FOR Center (DLR), Germany Salvatore Pignataro, Italian Space Agency (ASI), Italy manipulation tool for IPE EDUCATION AND OUTREACH AT THE GERMAN AEROSPACE Ingo von Borstel, Technische Universität Braunschweig, Germany CENTER DLR Andrea Boese, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

80 81 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.A2.2.11 IAC-10.A2.3.10 IAC-10.A2.4.12 A2.6. Microgravity Sciences onboard the Ukrainian Program for Material Sciences in Micro- Design and operating limits of the platform for ac- Active antennas for the next generation of low-fre- gravity quisition of acceleration data (PAANDA) quency radio International Space Station and Beyond Oleh Fedorov, Space Research Institute of NAS and NSA of Marcelo C. Tosin, State University of Londrina, Brazil Guilherme Simon da Rosa, Southern Regional Space Research October 1 2010, 09:00 – Club B Ukraine, Ukraine Center - CRS/CIE/INPE - MCT, Brazil IAC-10.A2.3.12 Chair: Jules Kenol (National Aeronautics and Space Administration IAC-10.A2.2.12 A top-level summary of microgravity research (NASA)/Johnson Space Center, United States); Rodolfo Monti (Uni- Modeling and Experimental Characterization of the which would benefit from commercial suborbital versity of Naples “Federico II”, Italy) Microstructure and Grain Structure of Al-7wt%Si platforms and what the NASA Commercial Reusable Rapporteur: Christoph Pütz (Astrium Space Transportation, Germany) Directionally Solidified Suborbital Research (CRuSR) Program is doing to A2.5. Facilities and Operations of Micro- IAC-10.A2.6.1 Nathalie Mangelinck-Noel, CNRS, France help gravity Experiments Italian Space Agency – The national Utilization of the Gregor Hanuschak, National Aeronautics and Space Administration International Space Station: 2001–2010 and beyond IAC-10.A2.2.13 (NASA), United States Salvatore Pignataro, Italian Space Agency (ASI), Italy crystal growth of si x ge 1-x using the September 30 2010, 15:15 – Club B Chair: Marcus Dejmek (Canadian Space Agency, Canada); Rainer technique: si segregation and interface shape IAC-10.A2.6.2 Willnecker (Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Jeffrey Woodacre, Dalhousie University, Canada Experiments in Microgravity: the Indian Perspective. Germany) P R Goutham, PES School of Engineering, India A2.4. Science Results from Ground Based Rapporteur: Peter Hofmann (Kayser-Threde GmbH, Germany) IAC-10.A2.5.1 IAC-10.A2.6.3 Research DECLIC first results on orbit MELFI pool complete on board the ISS with third A2.3. Microgravity Experiments from Sub- September 30 2010, 10:15 – Club B Gabriel Pont, Centre National d’Etudes Spatiales (CNES), France freezer tested in 2010 Jean Cheganças, EADS Astrium, France orbital to Orbital Platforms Chair: Valentina Shevtsova (Université Libre de Bruxelles, Belgium); IAC-10.A2.5.2 September 29 2010, 15:15 – Club B Antonio Viviani (Seconda Universita’ di Napoli, Italy) Recent results and developments for complex plas- IAC-10.A2.6.4 Rapporteur: Nickolay N. Smirnov (Moscow Lomonosov State Uni- Operational results of the Materials Science Labo- Chair: Ziad Saghir (Ryerson University, Canada); Raffaele Savino ma experiments for the international space station versity, Russia) ratory after one year in-orbit (University of Naples “Federico II”, Italy) Ralf von Heise-Rotenburg, Kayser-Threde GmbH, Germany IAC-10.A2.4.1 Patrick Hambloch, Deutsches Zentrum für Luft- und Raumfahrt e.V. Rapporteur: Vladimir Pletser (European Space Agency (ESA), The IAC-10.A2.5.3 Experimental Study on The Oscillation Mechanisms (DLR), Germany Netherlands) The Materials Science Laboratory – A Research Facil- of The Buoyant Thermocapillary Convection IAC-10.A2.3.1 ity on Board the International Space Station IAC-10.A2.6.5 Li Duan, Key Laboratory of Microgravity, Institute of Mechanics, Flow stability experiments on the International Harald Lenski, EADS Astrium Space Transportation GmbH, Ger- High Quality Protein Crystal Growth Experiment on- Chinese Academy of Sciences, China Space Station many bord “Kibo” Aleksander Grah, ZARM - University of Bremen, Germany IAC-10.A2.4.2 Satoshi Sano, Japan Aerospace Exploration Agency (JAXA), Japan IAC-10.A2.5.4 Statistical rate theory examination of ethanol evap- IAC-10.A2.3.2 “Dynamic evolution” of Kibo Payload Operations – IAC-10.A2.6.6 oration the rapid solidification of aluminum 40 weight per- featuring FPEF Marangoni Experiment Operations and Shape memory epoxy foams for aerospace: experi- Aaron Persad, University of Toronto, Canada cent nickel using a drop tube apparatus some other hot topics in Kibo mentation on ISS Christopher Borowski, University of Alberta, Canada IAC-10.A2.4.3 Keiichiro Sakagami, Japan Manned Space Systems Corporation, Loredana Santo, University of Rome - Tor Vergata, Italy Investigation of Evaporation Process Coupled with Japan IAC-10.A2.3.3 IAC-10.A2.6.7 Thermocapillary Convection Thermal destratification tests with liquid nitrogen IAC-10.A2.5.5 investigation of marangoni convection in interna- Qiu-Sheng Liu, Chinese Academy of Sciences, China in parabolic flights Development of SODI (including operations), IPE and tional space station Jerome Lacapere, Air Liquide, France IAC-10.A2.4.5 DIRSOL Dhanuka (Dan) Wickramasinghe, University of Toronto, Canada GAS –LIQUID TWO PHASE FLOW IN ANNULI Dirk Claessens, Verhaert Space, Belgium IAC-10.A2.3.4 IAC-10.A2.6.8 Yuri Gaponenko, Université Libre de Bruxelles, Belgium Investigation of Slosh Events Using Existing SPHERES IAC-10.A2.5.6 ‘GeoFlow I and II’ – fluid physics experiments onboard hardware on ISS platform IAC-10.A2.4.6 ISS Fluid Science Laboratory on-orbit operations: ISS for modeling convection phenomena in Earth’ Michael Vergalla, Institute of Technology, United States Fluid convective flows simulation in encumbered Hardware and Software enhancements, MVIS Commis- outer core and mantle space sioning and ISS Microgravity Measurements Christoph Egbers, Brandenburg Technical University of Cottbus, IAC-10.A2.3.5 Nickolay N. Smirnov, Moscow Lomonosov State University, Russia Giorgio Trinchero, Thales Alenia Space Italia, Italy Germany On thermal conduction of nanofluids by Q. Galand, S. Van Vaerenbergh IAC-10.A2.4.7 IAC-10.A2.5.7 IAC-10.A2.6.9 Stefan Van Vaerenbergh, Université Libre de Bruxelles, Belgium Lift force acting the cylinder in viscous liquid under New Experiment Facilities for Thermophysical Prop- IVIDIL experiment on the ISS vibration erty Measurements in Microgravity Valentina Shevtsova, Université Libre de Bruxelles, Belgium IAC-10.A2.3.6 Ivan Egry, DLR, Germany GROUND-BASED EXPERIMENTS IN PREPARATION OF HEAT Victor Kozlov, Russia IAC-10.A2.6.10 DSC (diffusion and Soret coefficients) on SODI MSG: PIPE EXPERIMENTS ONBOARD MIOSAT MICROSATELLITE IAC-10.A2.4.9 IAC-10.A2.5.8 towards full et of transport coefficients in ter- Raffaele Savino, University of Naples “Federico II”, Italy Modelling shape of a semiconductor crystal, grow- X-RAY DIAGNOSTICS FOR IN-SITU MICROGRAVITY EXPERI- MENTS nary organic liquids mixtures IAC-10.A2.3.7 ing in microgravity without contact with crucible Christian Lockowandt, Swedish Space Corporation, Sweden Stefan Van Vaerenbergh, Université Libre de Bruxelles, Belgium Post-flight data analysis of the BUGS experiment on Alexander Senchenkov, Research and Development Institute for REXUS-7 Launch Complexes (NIISK), Russia IAC-10.A2.5.9 IAC-10.A2.6.11 Thermodiffusion of Binary and Ternary Fluid Mixture Maria Libera Battagliere, Scuola di Ingegneria Aerospaziale, Italy IAC-10.A2.4.10 The Drop Tower Bremen – Experiment Operation in the Reduced Gravity Environment of the Interna- Numerical heat-mass transfer in TiAl-Nb direction- Thorben Könemann, ZARM Fab GmbH, Germany IAC-10.A2.3.8 tional Space Station ally solidifying alloy under the earth- and zero- Effect of Rounded Interior Corner on Capillary IAC-10.A2.5.10 Ziad Saghir, Ryerson University, Canada Flow gravity actions Microgravity Active Vibration Isolation System for Qi Kang, Chinese Academy of Sciences, China Andrey Kartavykh, Institute of Chemical Problems for Microelec- Space Science in China IAC-10.A2.6.12 tronics (ICPM), Russia Weijia Ren, Academy of Opto-Electronics, Chinese Academy of iris (image reversal in space) – the effects of micro- IAC-10.A2.3.9 gravity on perception of depth-reversible figures IAC-10.A2.4.11 Sciences, China development of static separator and microgravity Yuval Brodsky, International Space University (ISU), France experiment at zero-g parabolic flight Comparison of Sound Wave Characteristics during 1 Junrong Li, Astronaut Center of China, China G and Microgravity Condition Ahmad Helmi Abu Kassim, Universiti Kuala Lumpur, Malaysia

82 83 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.A2.6.13 A3. SPACE EXPLORATION SYMPOSIUM IAC-10.A3.1.11 A3.2B. Moon Exploration – Part 2 SPEED: Small Payload Express Earth Delivery evolution of the deep space in situ communication Joseph Carroll, Tether Applications, Inc., United States Coordinator: Christian Sallaberger (MDA Corporation, network September 28 2010, 15:15 – Panorama Chair: Bernard Foing (European Space Agency (ESA), The Nether- Canada); Bernard Foing (European Space Agency Wen Yuanyuan, China (ESA), The Netherlands) lands); Carol J. Russo (National Aeronautics and Space Administra- A2.7. Microgravity Processes onboard the IAC-10.A3.1.12 tion (NASA), United States) Proving Aerobraking with and Rapporteur: William H. Siegfried (The Boeing Company, United International Space Station and Beyond Express States); James Middleton (MDA, Canada) October 1 2010, 14:00 – Club B A3.1. Space Exploration Overview Jesus Gil-Fernandez, GMV, Spain IAC-10.A3.2B.1 Chair: Peter Hofmann (Kayser-Threde GmbH, Germany); Christoph Japanese Moon Lander SELENE-2 – Present status in 2010 Pütz (Astrium Space Transportation, Germany) September 28 2010, 10:15 – Panorama Tatsuaki Hashimoto, Japan Aerospace Exploration Agency (JAXA), Japan Rapporteur: Antonio Viviani (Seconda Universita’ di Napoli, Italy) Chair: Christian Sallaberger (MDA Corporation, Canada); Luc Fré- con (ThalesAlenia Space, France) IAC-10.A3.2B.2 IAC-10.A2.7.1 A3.2A. Moon Exploration – Part 1 Rapporteur: Robert D. Richards (Optech Incorporated, Canada); Technology development under simulated lunar Utilization of the COLUMBUS Facilities BIOLAB, EMCS, Eun-Sup Sim (Korea Aerospace Research Institute, Korea, Republic environment for lunar surface exploration PCDF, Cardiolab, FSL & MSL September 27 2010, 15:15 – Panorama of) Chair: Bernard Foing (European Space Agency (ESA), The Nether- Takeshi Hoshino, Japan Aerospace Exploration Agency (JAXA), Ulrich Kuebler, EADS SPACE Transportation, Germany Japan IAC-10.A3.1.1 lands); Carol J. Russo (National Aeronautics and Space Administra- IAC-10.A2.7.2 Assessing Space Exploration Technology Require- tion (NASA), United States) IAC-10.A3.2B.3 Results and experiences from the SODI-IVIDIL experi- ments as a First Step towards Ensuring Technology Rapporteur: William H. Siegfried (The Boeing Company, United NASA’S Robotic Lunar Lander Development Project ment on the ISS Readiness for International Cooperation in Space States); James Middleton (MDA, Canada) Update Angel Rodriguez, Universidad Politécnica de Madrid, Spain Exploration IAC-10.A3.2A.1 Brian Morse, The John Hopkins University Applied Physics Labora- IAC-10.A2.7.3 Kathleen Laurini, National Aeronautics and Space Administration SMART-1 New Results and Lessons for Future Lunar tory, United States (NASA), United States Exploration A Complex Operational Scenario for the execution IAC-10.A3.2B.4 Bernard Foing, European Space Agency (ESA), The Netherlands of European Fluid Physics Experiments on the ISS: IAC-10.A3.1.2 Cost-effective Geophysical Exploration of the Moon achievements and Lessons Learned. COSPAR Panel on Exploration (PEX): Roadmap for IAC-10.A3.2A.2 Using Instrumented Micro-landers and a Relay Or- Carlo Albanese, Telespazio S.p.A., Italy robotic and human exploration of Moon, Mars, and chandrayaan-1 Mission: Significant Science Results biter IAC-10.A2.7.4 near-Earth asteroids Jitendra Goswami, Physical Research Laboratory, India Trevor Sorensen, University of Hawaii, United States Pascale Ehrenfreund, University of Leiden, The Netherlands Experimenting at Moon and Mars gravity levels dur- IAC-10.A3.2A.3 IAC-10.A3.2B.5 ing parabolic flights to prepare for planetary ex- IAC-10.A3.1.3 The Lunar Reconnaissance Orbiter: Beginning the Sci- lunar exploration mission by reusing observa- ploration Comparison of Lunar and Mars In-Situ Resource Utili- ence Mission After the Exploration Mission tion satellite Vladimir Pletser, European Space Agency (ESA), The Netherlands zation for Future Robotic and Human Missions John Keller, National Aeronautics and Space Administration Jeongbeom Kim, Moscow Aviation Institute, Russia Gerald Sanders, National Aeronautics and Space Administration (NASA)/Goddard Space Flight Center, United States IAC-10.A2.7.5 IAC-10.A3.2B.6 (NASA)/Johnson Space Center, United States Kinematic Control of Flexible Joint Space Manipula- IAC-10.A3.2A.4 conceptual design study on korean lunar orbiter/ tor Systems and Validation in Simulated Micrograv- IAC-10.A3.1.4 A Miniature Laser Induced Breakdown Spectroscope lander prototype ity Tests Odyssey Moon “M-1” Lunar Mission Of Opportunity – (Mini-LIBS) for Lunar Surface Exploration Gwanghyeok Ju, Korea Aerospace Research Institute, Korea, Re- Silvio Cocuzza, CISAS G. Colombo Center of Studies and Activities Enabling Science, Exploration and Commerce A. S. Laxmi Prasad, India public of for Space, University of Padova, Italy Robert (Bob) Richards, Odyssey Moon Limited, United States IAC-10.A3.2A.5 IAC-10.A3.2B.7 IAC-10.A2.7.6 IAC-10.A3.1.5 In-situ age determination of planetary surface using Preliminary Design of Moon Lander Propulsion Sys- Human-tended Suborbital Microgravity Payload UNIFIED PLATFROMS FOR FUNDAMENTAL SPACE RESEARCH the 40AR-39AR method tem for Ground Test Flight Opportunities in the XP Viktor A. Vorontsov, Babakin Space Center, Russia Ralf von Heise-Rotenburg, Kayser-Threde GmbH, Germany Su-Kyum Kim, Korea Aerospace Research Institute, Korea, Republic of Charles Lauer, Rocketplane Global, Inc., United States IAC-10.A3.1.6 IAC-10.A3.2A.6 IAC-10.A3.2B.8 IAC-10.A2.7.7 A New or a Race to Space Update on the Lunar X PRIZE The First European Lunar Lander and the ESA-DLR ap- rocket separation and recovery system actuation Mohsen Bahrami, Aerospace Research Institute, Iran William Pomerantz, X PRIZE Foundation, United States proach to its development using dynema wire Richard Fisackerly, European Space Agency (ESA), The Netherlands Mark Uitendaal, Delft University of Technology (TU Delft), The Neth- IAC-10.A3.1.7 IAC-10.A3.2A.7 erlands Regolith as a Resource in Solar System Human and The Team Italia answer to the IAC-10.A3.2B.9 Robotic Exploration challenge: the AMALIA project conceptual design An ESA precursor mission to human exploration of IAC-10.A2.7.8 Robert Mueller, National Aeronautics and Space Administration phase results the Moon Reel.SMRT: A feasibility analysis of a novel balloon- (NASA)/Ames Research Center, United States Michèle Lavagna, Politecnico di Milano, Italy James Carpenter, European Space Agency (ESA), The Netherlands borne platform for low-gravity experimentation Mikulas Jandak, Cranfield University, Czech Republic IAC-10.A3.1.8 IAC-10.A3.2A.8 IAC-10.A3.2B.10 Autonomous Safe Precision Landing Technology: ESA Feasibility Study and Development Plan for the White The Sainte-Rose Moon-Mars analogue volcanic site IAC-10.A2.7.9 Achievements and Challenges Label Space GLXP Mission at La Reunion for preparing future geological and Feasibility Study: Adapting India’s Retrievable Cap- Christian Philippe, European Space Agency (ESA), The Netherlands Juergen Schlutz, University of Stuttgart & White Label Space, Ger- human exploration sule into a Commercial Microgravity Platform many Guy Pignolet, Science Sainte Rose, La Reunion Sanket Nayak, Earth2Orbit (E2O), India IAC-10.A3.1.9 ExoGeoLab pilot project for testing landers, rovers IAC-10.A3.2A.9 IAC-10.A3.2B.11 IAC-10.A2.7.10 and instruments Open Source Mission to the Moon Integrating Advanced Mobility into Lunar Surface Microgravity Research using Small Satellites Bernard Foing, European Space Agency (ESA), The Netherlands Dominik Quantius, Deutsches Zentrum für Luft- und Raumfahrt e.V. Exploration Jaime Alberto Estela Gutiérrez, Germany Juergen Schlutz, University of Stuttgart & White Label Space, Germany IAC-10.A3.1.10 (DLR), Germany IAC-10.A2.7.11 Preparatory Exploration Activities: CSA Exploration IAC-10.A3.2A.10 IAC-10.A3.2B.12 PRIZES AS A TOOL FOR ENGAGING RESEARCHERS AND STU- Core Program Analysis of Landing Site Attributes for Future Mis- Optimisation of Satellite Constellations around the DENTS Jean-Claude Piedboeuf, Canadian Space Agency, Canada sions Targeting the Rim of the Lunar South Pole Moon Nicole Jordan, X PRIZE Foundation, United States Basin Othon Winter, Saõ Paulo State University (UNESP), Brazil David Koebel, OHB-System AG, Germany

84 85 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

A3.2C. Moon Exploration – Part 3 IAC-10.A3.2C.14 IAC-10.A3.3A.8 IAC-10.A3.3B.7 A COMPARATIVE STUDY OF LUNAR MISSION REQUIREMENT The Mars : an impulse driven, long-range, Biologically Inspired Nanorovers – Sample Return September 29 2010, 10:15 – Panorama AND ONBOARD PROPULSION SYSTEM PERFORMANCE long-lived mobile platform utilizing in-situ Martian using Lightweight Hybrid Actuation Chair: Bernard Foing (European Space Agency (ESA), The Nether- Kyun Ho Lee, Korea Aerospace Research Institute, Korea, Republic resources Beatrice , Surrey Space Centre, University of Surrey, United lands); Carol J. Russo (National Aeronautics and Space Administra- of Steven Howe, USRA, United States Kingdom tion (NASA), United States) Rapporteur: William H. Siegfried (The Boeing Company, United IAC-10.A3.2C.15 IAC-10.A3.3A.9 IAC-10.A3.3B.9 States); James Middleton (MDA, Canada) Structure optimization of a lunar rover wheel using An inflatable Auto-Rotation System Concept for En- ExoMars Drill for Subsurface Sampling and Down- the discrete element method try, Descent and Landing on Mars hole Science IAC-10.A3.2C.1 Robin Briend, McGill University, Canada Tobias Lutz, EADS Astrium Space Transportation GmbH, Germany Piergiovanni Magnani, Selex Galileo, Italy UNMANNED LUNAR EXPLORATION: FROM SCIENTIFIC NEEDS TO A PRELIMINARY MISSION STUDY FOR THE ITALIAN LUNAR IAC-10.A3.2C.16 IAC-10.A3.3A.10 IAC-10.A3.3B.10 ROVER. Studies on the Re-entry Angle of Lunar Probes Preliminary Design and Analysis for China Mars Land- High Integrity Control System for generic autono- Claudia Facchinetti, Italian Space Agency (ASI), Italy Zhao Yuhui, Nanjing University, China ing Exploration Mission mous RvD Shuang Li, Nanjing University of Aeronautics and Astronautics, Luigi Strippoli, GMV, Spain IAC-10.A3.2C.2 IAC-10.A3.2C.17 China Thermal concepts for small surface stations, how The Payload Management and Control for Chang’E-3 IAC-10.A3.3B.11 to survive the Lunar night Lander IAC-10.A3.3A.11 A detailed design, operation and assessment tech- Stephan Ulamec, Deutsches Zentrum für Luft- und Raumfahrt e.V. Xiaomin Chen, CSSAR/CAS, China development of Mars exploration and analysis of nology development required for a Mars Sample (DLR), Germany critical technology Return (MSR) Sample Receiving Facility (SRF) IAC-10.A3.2C.18 Qi Ke Jun, CASC, China Mike Guest, Systems Engineering & Assessment Ltd, United King- IAC-10.A3.2C.3 Hazard recognition methods for planetary lander dom Capabilities of a Lunar Lander based on with single camera IAC-10.A3.3A.12 shared Launch Opportunity Yoshifusa Demizu, University of Tokyo, Japan lidar-based hazard detection and landing site selec- IAC-10.A3.3B.12 Maren Homeister, OHB-System AG, Germany tion for planetary landing Optimal Trajectory Correction Maneuver Schedules Bei Wang, Harbin Institute of Technology, China for Earth to Mars Flight IAC-10.A3.2C.5 Guoqiang Zhao, Tsinghua University, China REIPOS – Relative Interferometric Position Sensor Daniel Bindel, ZARM – University of Bremen, Germany A3.3A. Mars Exploration – Part 1 IAC-10.A3.2C.6 September 29 2010, 15:15 – Panorama A3.3B. Mars Exploration – Part 2 DYNAMIC MODELLING OF A WHEELED LUNAR MICROROVER Chair: Vincenzo Giorgio (ThalesAlenia Space, Italy); Walter Faul- A3.4. Space Based Astronomy Giancarlo Genta, Politecnico di Torino, Italy coner (Strategic Space Solutions, LLC, United States) September 30 2010, 10:15 – Panorama Rapporteur: Marc D. Rayman (Jet Propulsion Laboratory - California Chair: Vincenzo Giorgio (ThalesAlenia Space, Italy); Walter Faul- September 30 2010, 15:15 – Panorama IAC-10.A3.2C.7 Institute of Technology, United States); Sylvie Espinasse (ESA/ES- coner (Strategic Space Solutions, LLC, United States) Chair: Roger Malina (Laboratoire d’Astrophysique de Marseille, The Challenges of Designing a Lightweight Space- TEC, The Netherlands) Rapporteur: Marc D. Rayman (Jet Propulsion Laboratory - California France); David Kendall (Canadian Space Agency, Canada) craft Structure for Landing on the Lunar Surface Institute of Technology, United States); Sylvie Espinasse (ESA/ES- Rapporteur: Carol J. Russo (National Aeronautics and Space Ad- Timothy Cole, The John Hopkins University Applied Physics Labo- IAC-10.A3.3A.1 TEC, The Netherlands) ministration (NASA), United States) ratory, United States Overview of the discoveries of MRO and Phoenix and the impact on future Mars Exploration IAC-10.A3.3B.1 IAC-10.A3.4.1 IAC-10.A3.2C.8 Ramon P. De Paula, National Aeronautics and Space Administration The Mars Reconnaissance Orbiter: Status Of The Pri- Space Astronomy Technical Committee Founding Tractive performance evaluation of compliant lunar (NASA), United States mary Mission; Plans For The Extended Mission Sergio Volonte, European Space Agency (ESA), France wheels in lunar soils James K. Erickson, National Aeronautics and Space Administration IAC-10.A3.3A.2 IAC-10.A3.4.2 Michele Faragalli, McGill University, Canada (NASA), United States The discovery of liquid and its impli- The Herschel- programme – the two space- IAC-10.A3.2C.9 cations IAC-10.A3.3B.2 crafts in orbit, already a success Sensorimotor Controls and Displays for Safe and Nilton Renno, University of Michigan, United States Analysis of cryokarstic surface patterns on debris Pascal Rideau, ThalesAlenia Space, France Precise Lunar Landing aprons at the mid-latitudes of Mars IAC-10.A3.3A.3 IAC-10.A3.4.3 Laurence R. Young, Massachussets Institute of Technology (MIT), Csilla Orgel, Eötvös Loránd University, Hungary United States Relay Telecommunications for the Coming Decade of Observing Gravitational Waves: A Feasible Mission Mars Exploration IAC-10.A3.3B.3 Baseline Design IAC-10.A3.2C.10 Charles D. Edwards, Jet Propulsion Laboratory, United States EXOMARS Orbiter Module: looking for trace gas on Peter Gath, Astrium GmbH, Germany The German Space Agency’s Moon Exploration Activi- Mars and providing data relay support for future IAC-10.A3.3A.4 IAC-10.A3.4.4 ties Mars Surface assets Friedhelm Claasen, Deutsches Zentrum für Luft- und Raumfahrt The European Robotic Exploration of the Planet DARIS – A Low-Frequency Distributed Aperture Array Olivier Fratacci, Thales Alenia Space, France e.V. (DLR), Germany Mars for Radio Astronomy in Space Agustin Chicarro, European Space Agency (ESA), The Netherlands IAC-10.A3.3B.4 Albert-Jan Boonstra, ASTRON, The Netherlands IAC-10.A3.2C.11 NASA’s contribution to the joint ESA/NASA 2016 Ex- Validation of a Lidar-Based Hazard Detection and IAC-10.A3.3A.5 IAC-10.A3.4.5 oMars/ (ExoMars/TGO) Mission Avoidance System for Autonomous Planetary Land- EXOMARS 2016 MISSION DESIGN STATUS Long duration balloon flights from Space Ramon P. De Paula, National Aeronautics and Space Administration ing Carlo Cassi, Thales Alenia Space Italia, Italy Center carrying astronomical instruments (NASA), United States Ola Widell, Swedish Space Corporation, Sweden Jean-Francois Hamel, NGC Aerospace Ltd., Canada IAC-10.A3.3A.6 IAC-10.A3.3B.5 IAC-10.A3.2C.12 Exomars Mission 2016: EDL technology demonstrator IAC-10.A3.4.6 The Rover Environmental Meteorological Station Field Testing a Multipurpose 3D Sensor for Plan- module for landing on Mars surface a software tool to aid in celestial source viewing by (REMS) on board Mars Science Laboratory (MSL) etary Rover Missions Maurizio Capuano, Thales Alenia Space Italia, Italy astrosat spacecraft Tirso Velasco, CRISA, Spain Nagamani Thangavel, ISRO Satellite Centre (ISAC), India Taylor, Neptec USA, United States IAC-10.A3.3A.7 IAC-10.A3.3B.6 IAC-10.A3.2C.13 Localization Network for Planetary Exploration IAC-10.A3.4.7 Hybrid architecture agent for rover-like A Method of Crater Detection and Matching for Navi- with a Multirobot System INTERNATIONAL LUNAR OBSERVATORY ASSOCIATION (ILOA), mission autonomy gation of Landing on Moon Mikko Elomaa, Helsinki University of Technology (TKK), Finland HAWAII, UPDATE SEPTEMBER 2010: ILO PRECURSORS A / B, Pietro Francesconi, Politecnico di Milano, Italy Jiang He, Harbin Institute of Technology, China ILO PERMANENT, and ILO HUMAN SERVICE MISSIONS Steve Durst, Space Age Publishing Company, United States

86 87 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

A3.5. Small Bodies Missions and Tech- A3.6. Solar System Exploration A4. 39th SYMPOSIUM ON THE SEARCH A4.2. SETI II: SETI and Society nologies October 1 2010, 14:00 – Panorama FOR EXTRATERRESTRIAL INTELLI- September 29 2010, 15:15 – Meeting Room 4.1 Chair: Junichiro Kawaguchi (Japan Aerospace Exploration Agency Chair: Vladimír Kopal (West Bohemian University, Czech Republic); October 1 2010, 09:00 – Panorama (JAXA), Japan); Denis J.P. Moura (European Defence Agency, Bel- GENCE (SETI) – The Next Steps Douglas Vakoch (SETI Institute and California Institute of Integral Chair: Susan McKenna-Lawlor (Space Technology (Ireland) Ltd., gium) Coordinator: Seth Shostak (SETI Institute, United Studies, United States) Ireland); Stephan Ulamec (Deutsches Zentrum für Luft- und Raum- Rapporteur: James Middleton (MDA, Canada); William H. Siegfried States); Claudio Maccone (International Academy of Rapporteur: Carol Oliver (Macquarie University, Australia) fahrt e.V. (DLR), Germany) (The Boeing Company, United States) Rapporteur: Mariella Graziano (GMV, Spain); Marc D. Rayman (Jet Astronautics, Italy) IAC-10.A4.2.1 Propulsion Laboratory - California Institute of Technology, United IAC-10.A3.6.1 Footprints of alien technology States) Solar Probe Plus, A Historic Mission to the Sun Paul , Arizona State University, United States James Kinnison, The John Hopkins University Applied Physics IAC-10.A3.5.1 IAC-10.A4.2.2 Laboratory, United States Hayabusa’s Reentry and Recovery of Its Capsule A4.1. SETI I: SETI Science and Technology The History of Contact on Earth: Data, Myths, Mis- Junichiro Kawaguchi, Japan Aerospace Exploration Agency (JAXA), IAC-10.A3.6.2 September 29 2010, 10:15 – Meeting Room 4.1 conceptions Japan Luciphera: the technology challenge of a Venus Chair: Stelio Montebugnoli (National Institute for Astrophysics, Kathryn , York University, Canada sample return mission IAC-10.A3.5.2 Italy); Alexander Ollongren (Leiden University, The Netherlands) IAC-10.A4.2.3 Michèle Lavagna, Politecnico di Milano, Italy ROSETTA VISITS ASTEROID (21-)LUTETIA Rapporteur: H. Paul Shuch (SearchLites, United States) SETI and Astrobiology: The Rio Scale and the London Andrea Accomazzo, European Space Agency (ESA), Germany IAC-10.A3.6.3 IAC-10.A4.1.1 Scale The Europa Jupiter System Mission (EJSM): Exploring SETI PAST, PRESENT, AND FUTURE: 50 YEARS IN 15 MINUTES Ivan Almar, Hungarian Astronautical Society (MANT), Hungary IAC-10.A3.5.3 the Emergence of Habitable Worlds Around Gas Gi- H. Paul Shuch, SearchLites, United States Guidance and Control of Hoppers for Small Body IAC-10.A4.2.4 ants Surface Exploration IAC-10.A4.1.2 THE DISC QUOTIENT: A Post Detection Strategy Robert Pappalardo, National Aeronautics and Space Administration Andrew Klesh, JAXA/JSPEC, Japan A SETI Search in the Anti-Solar Direction using the Al- John Elliott, Leeds Metropolitan University, United Kingdom (NASA), United States len Telescope Array IAC-10.A3.5.4 IAC-10.A4.2.5 IAC-10.A3.6.4 Seth Shostak, SETI Institute, United States Hayabusa-2, next asteroid sample return mission of Social networking: Implications for post detection Cassini’s Solstice Mission Japan IAC-10.A4.1.4 communications David Seal, Jet Propulsion Laboratory, United States Makoto Yoshikawa, JAXA, Japan SETI back ends made inexpensive Carol Oliver, University of New South Wales, Australia IAC-10.A3.6.5 Stelio Montebugnoli, National Institute for Astrophysics, Italy IAC-10.A3.5.5 IAC-10.A4.2.6 Odyssey 2: A mission toward and Triton to Status of Curation and Initial Analysis for Sample IAC-10.A4.1.5 What Should We Say to Extraterrestrial Intelli- test General Relativity Returned by Hayabusa technologies driving seti gence?: An Analysis of Responses to “Earth Speaks” Benjamin Lenoir, Office National d’Etudes et de Recherches Junichiro Kawaguchi, Japan Aerospace Exploration Agency (JAXA), Curtis Mead, Harvard University, United States Douglas Vakoch, SETI Institute and California Institute of Integral Aérospatiales (ONERA), France Japan Studies, United States IAC-10.A4.1.6 IAC-10.A3.6.6 IAC-10.A3.5.6 A new BELT beyond ’s: a belt of focal spheres IAC-10.A4.2.7 GG mission and spacecraft design MISSION CONCEPT FOR ROBOTIC EXPLORATION OF DEIMOS between 550 and 17,000 AU for SETI and Science One kilo message and Mosaic Earth: Education and Alberto Anselmi, Thales Alenia Space Italia, Italy Elena , The John Hopkins University Applied Physics Labo- Claudio Maccone, International Academy of Astronautics, Italy Outreach potential of Interstellar Artefact Mes- ratory, United States IAC-10.A3.6.7 sage Composition projects IAC-10.A4.1.7 Russian program of Venus exploration by means of IAC-10.A3.5.7 A Multilevel Model of Interstellar Communication Tibor Pacher, Germany automated spacecraft: heritage and perspectives. low-cost mission to multiple asteroid flybys and «Venera-D» project Steve Trimberger, United States IAC-10.A4.2.8 sample return for the 2015–2025 Societal Statistics by virtue of the Statistical Drake Viktor A. Vorontsov, Babakin Space Center, Russia IAC-10.A4.1.8 Dong Qiao, Beijing Institute of technology, China Equation IAC-10.A3.6.8 LARGE-SIZE MESSAGE CONSTRUCTION FOR ETI – Interpre- IAC-10.A3.5.8 Claudio Maccone, International Academy of Astronautics, Italy Flight Status of IKAROS Deep Space Solar Sail Demon- tation of Processes in Lingua Cosmica Landing and Mobility Concept for the Small Asteroid strator Alexander Ollongren, Leiden University, The Netherlands IAC-10.A4.2.9 Lander MASCOT on Asteroid 1999 JU3 Projects for Deep Space and Deep Time Communica- Yuichi Tsuda, Japan Aerospace Exploration Agency (JAXA), Japan IAC-10.A4.1.9 Claudia Dietze, Institute of Space Systems, German Aerospace tion Giant/Red-Dwarf Binaries: New SETI Targets and Impli- Center (DLR), Germany IAC-10.A3.6.9 Lowry Burgess, Carnegie Mellon University, United States Exploration Balloons for Venus, Mars and : cations for Interstellar Migration IAC-10.A3.5.9 Design Concepts and Evaluation of Their Implementa- Gregory L. Matloff, New York City College of Technology, United IAC-10.A4.2.10 Simulation of Near-Earth Objects and related lander tion Possibilities. States The limits of Metalaw and the need for further elab- guidance systems Elkin Konstantin, TSNIIMASH, Russia oration Steve Parkes, University of Dundee, United Kingdom Adam Korbitz, J.D., State Bar of Wisconsin, United States IAC-10.A3.6.10 IAC-10.A3.5.10 The Return Capsule Landing and Impact Analysis for SD2: how to drill a comet the Sample Return Mission Pietro Francesconi, Politecnico di Milano, Italy Jia He, Beijing Institute of Space Mechanics & Electricity, China

88 89 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

A5. HUMAN EXPLORATION OF THE IAC-10.A5.1.12 A5.4. Going Beyond the Earth-Moon sys- A6. SPACE DEBRIS SYMPOSIUM ILEWG Roadmap for Lunar Robotic Villages and Hu- MOON AND MARS SYMPOSIUM man Bases tem: Human Missions to Mars, Libration Coordinator: Nicholas L. Johnson (National Aeronau- Coordinator: Christian Sallaberger (MDA Corporation, Jacques Blamont, Centre National d’Etudes Spatiales (CNES), points, and NEO’s tics and Space Administration (NASA), United States); Canada); Wendell Mendell (National Aeronautics and France Christophe Bonnal (Centre National d’Etudes Spa- October 1 2010, 14:00 – Terrace 1 tiales (CNES), France) Space Administration (NASA), United States) Chair: (University of Stuttgart, Germany); Ge- nevieve Gargir (Centre National d’Etudes Spatiales (CNES), France) Rapporteur: Gerhard Schwehm (European Space Agency (ESA), A5.2. Long Term Scenarios for Human Lu- Spain) A6.1. Measurements A5.1. Near Term Strategies for Lunar Sur- nar Presence IAC-10.A5.4.1 face Infrastructure September 30 2010, 10:15 – Meeting Hall IV An Integrated Architecture for Exploration September 27 2010, 15:15 – Terrace 2 Walter Faulconer, Strategic Space Solutions, LLC, United States Chair: Eugene Stansbery (National Aeronautics and Space Adminis- Chair: Uwe Apel (Hochschule Bremen, Germany); William H. Sieg- September 28 2010, 10:15 – Meeting Hall V tration (NASA), United States); Seishiro Kibe (JAXA, Japan) fried (The Boeing Company, United States) IAC-10.A5.4.3 Chair: Maria Antonietta Perino (Thales Alenia Space Italia, Italy); Rapporteur: Thomas Schildknecht (Astronomical Institute University Rapporteur: Nadeem Ghafoor (MDA, Canada) Demonstrating Critical Capabilities to Enable Human Wendell Mendell (National Aeronautics and Space Administration of Bern (AIUB), Switzerland) (NASA), United States) IAC-10.A5.2.1 Deep-Space Exploration IAC-10.A6.1.1 Rapporteur: Bernard Foing (European Space Agency (ESA), The , a Study of Supply and Demand Christopher Moore, National Aeronautics and Space Administration Observation Techniques made through the Kami- Netherlands) Dana Andrews, Andrews Space, United States (NASA), United States saibara IAC-10.A5.1.1 IAC-10.A5.2.4 IAC-10.A5.4.4 Chikako Hirose, Japan Aerospace Exploration Agency (JAXA), Ja- An Approach to Habitation for the Global Point of Solar Electric Propulsion for a of Hu- Going Beyond: Mission and System Analysis of Human pan Departure (GPoD) Lunar Architecture man Space Exploration Exploration Missions to Near-Earth Objects IAC-10.A6.1.2 Larry Toups, National Aeronautics and Space Administration Nathan Strange, Jet Propulsion Laboratory - California Institute of Aline Zimmer, University of Stuttgart, Germany REQUIREMENTS OF INDIAN SPACE RESEARCH ORGANISATION (NASA)/Ames Research Center, United States Technology, United States IAC-10.A5.4.5 FOR A MULTI OBJECT TRACKING RADAR IAC-10.A5.1.2 IAC-10.A5.2.5 A Value Proposition for Revolutionary Technologies M.Y.S. Prasad, SDSC SHAR, India A Structured Method for Calculating Habitable Vol- The Science Rationale for Flexible Path: A Robotical- Applied to Crewed Mars Missions IAC-10.A6.1.3 ume for In-Space and Surface Habitats ly-intensive, Crew-based Exploration Strategy for Andrew Maxwell, National Institute of Aerospace/Georgia Institute Method for Determining Spacecraft Attitude Stabil- Matthew Simon, National Institute of Aerospace/Georgia Institute of the 21st Century of Technology, United States ity based on RCS Technology, United States George , National Aeronautics and Space Administration IAC-10.A5.4.6 Wei Niu, State Key Laboratory of Astronautic Dynamics, China IAC-10.A5.1.3 (NASA)/, United States The analysis of one concept of manned mission to IAC-10.A6.1.4 Exploration and design of the logistics and hard- IAC-10.A5.2.6 Mars The first Italian-Russian observatory for space de- ware for accomplishment of geosciences on the ESA Lunar In-Situ Resource Utilization (ISRU) Concept Mikhail S. Konstantinov, Moscow Aviation Institute, Russia Moon bris monitoring Design and Breadboarding Activities IAC-10.A5.4.7 Ulrike , Chalmers University of Technology, Sweden Fabrizio Piergentili, University of Bologna, Italy Emanuele Monchieri, Carlo Gavazzi Space, Italy significance and feasibility analysis of human mis- IAC-10.A6.1.5 IAC-10.A5.1.4 IAC-10.A5.2.7 sion to mars Orbital Debris Detection and Tracking Strategies for Active dust control and mitigation technology for Mining the Moon: A First Step in Harnessing Extrater- Zhen Li, National University of Defense Technology, China lunar and Martian exploration the NASA/AFRL Meter Class Autonomous Telescope restrial Resources IAC-10.A5.4.8 Carlos Calle, National Aeronautics and Space Administration (MCAT) Alexandre Burelle, McGill University, Canada current situation and development of china mars (NASA)/, United States Mark Mulrooney, National Aeronautics and Space Administration IAC-10.A5.2.9 exploration (NASA), United States IAC-10.A5.1.6 An International Strategy for Human Exploration of Changya Chen, Shanghai Institute of Satellite Engineering, China IAC-10.A6.1.6 A Power Architecture for the ISECG Reference Archi- the Moon: The International Space Exploration Co- IAC-10.A5.4.9 Characterization of GEO and HEO objects using mul- tecture for Human Lunar Exploration ordination Group (ISECG) Reference Architecture for Establishing a Near-Term Human Toehold on Mars as ti-year statistics on brightness measurements Marc Haese, European Space Agency (ESA), The Netherlands Human Lunar Exploration a Prelude to Colonization: A Feasibility Study Vladimir Agapov, Keldysh Institute of Applied Mathematics, RAS, Kathleen Laurini, National Aeronautics and Space Administration IAC-10.A5.1.7 Arthur Guest, Massachussets Institute of Technology (MIT), United Russia LUNAR IN-SITU RESOURCE UTILIZATION IN THE ISECG HUMAN (NASA), United States States IAC-10.A6.1.7 LUNAR EXPLORATION REFERENCE ARCHITECTURE IAC-10.A5.2.10 Physical characterization of high AMR debris by op- Gerald Sanders, National Aeronautics and Space Administration Human Lunar Exploration: International Campaign tical reflectance spectrometry (NASA)/Johnson Space Center, United States Development Thomas Schildknecht, Astronomical Institute University of Bern Chris Culbert, National Aeronautics and Space Administration IAC-10.A5.1.8 (AIUB), Switzerland Dust Removal and Best Practices at the Mars Desert (NASA), United States IAC-10.A6.1.8 Research Station IAC-10.A5.2.11 Time-Resolved Infrared Spectrophotometric Obser- Stacy Irwin, Florida Institute of Technology, United States COMPARATIVE CAMPAIGN ASSESSMENTS IN THE ISECG REF- vations of High Area to Mass Ratio (HAMR) Objects in ERENCE ARCHITECTURE FOR HUMAN LUNAR EXPLORATION IAC-10.A5.1.9 GEO William Carey, European Space Agency (ESA), The Netherlands Decision-Theoretic System Architecture Model for Mark Skinner, Boeing, United States the Lunar Surface System IAC-10.A5.2.12 IAC-10.A6.1.9 Arthur Guest, Massachussets Institute of Technology (MIT), United ISRU demonstrator for propellant production on Analysis of observed and simulated Light Curves of States the moon Space Debris Peter Hofmann, Kayser-Threde GmbH, Germany IAC-10.A5.1.11 Carolin Früh, Astronomical Institute University of Bern (AIUB), Swit- From traverses to future EVAs using a mobile zerland laboratory Abigail Calzada Diaz, Universidad de Oviedo, Spain

90 91 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.A6.1.10 IAC-10.A6.2.12 IAC-10.A6.3.12 IAC-10.A6.4.9 Data Collected During the Post-Flight Survey of Mi- Updated First Order Value Analysis for Orbital De- Projectile motion under free surface after perfo- Active Debris Removal: EDDE, the ElectroDynamic De- crometeoroid and Orbital Debris Impact Features on bris Removal: The Business Case (poster) ration of containment filled with two-phase fluid bris Eliminator the Hubble Wide Field Planetary Camera 2 Leonard D Vance, Raytheon, United States (poster) Jerome Pearson, Star Technology and Research, Inc., United John Opiela, Jacobs Sverdrup, United States Nickolay N. Smirnov, Moscow Lomonosov State University, Russia States IAC-10.A6.2.13 IAC-10.A6.1.11 An analysis of recent major breakups in the low IAC-10.A6.3.13 IAC-10.A6.4.11 Status Report of Development of a Sensor for In- Earth orbit region (poster) Numerical Modeling and Parameter Identification for Ultrashort Optical Pulses Applied to Deorbiting Situ Space Dust Measurement (poster) J.-C. Liou, National Aeronautics and Space Administration (NASA)/ Kevlar laminate on the condition of Hypervelocity Small Debris Elements Yukihito Kitazawa, IHI Corporation, Japan Ames Research Center, United States Impact (poster) Richard L. Fork, University of Alabama in Huntsville, United States Bintao Liu, Beijing University of Aeronautics and Astronautics, IAC-10.A6.4.12 China The effectiveness of space debris mitigation meas- ures (poster) A6.2. Modelling and Risk Analysis A6.3. Hypervelocity Impacts and Protection Carsten Wiedemann, Technical University of Braunschweig, Ger- September 28 2010, 15:15 – Terrace 2 September 29 2010, 10:15 – Terrace 2 many Chair: Clare Martin (UK Space Agency, United Kingdom); Paula Chair: V. Adimurthy (Indian Space Research Organization (ISRO), A6.4. Mitigation, Standards, Removal and IAC-10.A6.4.13 H. Krisko (National Aeronautics and Space Administration (NASA), India); Hedley (PHS Space Ltd, United Kingdom) Legal Issues Orbital Debris Removal with Solar Concentrators United States) Rapporteur: Carsten Wiedemann (Technical University of Braunsch- (poster) Rapporteur: Luciano Anselmo (ISTI-CNR, Italy) weig, Germany) September 29 2010, 15:15 – Terrace 2 Massimiliano Vasile, University of Glasgow, United Kingdom Chair: John W. (Consultant, United States); Fernand Alby IAC-10.A6.2.1 IAC-10.A6.3.1 (Centre National d’Etudes Spatiales (CNES), France) IAC-10.A6.4.14 Validation of the ESA-MASTER-2009 space debris popu- Shuttle Post Flight MMOD Inspection Highlights Rapporteur: Heiner Klinkrad (European Space Agency (ESA), Ger- Laser Deflection of Space Debris (poster) lation James Hyde, Barrios Technology/ESC Group - NASA, United many) Franz-Josef Kahlen, University of Cape Town, South Africa Johannes Gelhaus, Technische Universität Braunschweig, Germany States IAC-10.A6.4.1 IAC-10.A6.4.15 IAC-10.A6.2.3 IAC-10.A6.3.3 Medium earth : Is there a need for a third pro- Novel Concepts for the Removal of Space Debris ORDEM2010 and MASTER-2009 modeled small debris The Study of Hypervelocity Impact Character for tected region? (poster) population comparison Honeycomb Sandwich with Multi-Layer Insulation Nicholas L. Johnson, National Aeronautics and Space Administra- Ulrich Knirsch, EADS Astrium, Germany Paula H. Krisko, National Aeronautics and Space Administration Jie Huang, China Aerodynamics Research and Development Cent- tion (NASA), United States (NASA), United States er, China IAC-10.A6.4.2 IAC-10.A6.2.4 IAC-10.A6.3.4 The Influence of Solar and Geomagnetic Activity multi-layer insulation model for master-2009 Oblique Hypervelocity Impact Experiment for Space- Modelling on the Cost of End-of-Life Disposal: Appli- A6.5. Space Surveillance and Space Situ- Sven Kevin Flegel, Technische Universität Braunschweig, Germany craft Debris Shield cations to European Earth Observation Missions Koji Tanaka, Japan Aerospace Exploration Agency (JAXA), Japan Blanca Altés-Arlandis, DEIMOS Space S.L., Spain ational Awareness IAC-10.A6.2.5 A parametric study on using active debris removal IAC-10.A6.3.5 IAC-10.A6.4.3 October 1 2010, 14:00 – Meeting Hall IV to stabilize the future LEO debris environment Fragmentation of hypervelocity aluminum projec- Orbital Collisions and Space Debris – Incidence, Im- Chair: Holger Krag (European Space Agency (ESA), Germany); J.-C. Liou, National Aeronautics and Space Administration (NASA)/ tiles on fabrics pact and International Policy Vladimir Agapov (Keldysh Institute of Applied Mathematics, RAS, Ames Research Center, United States Martin Rudolph, Fraunhofer EMI, Germany Roedolph Opperman, Massachussets Institute of Technology (MIT), Russia) United States Rapporteur: Mark J. Matney (National Aeronautics and Space Ad- IAC-10.A6.2.6 IAC-10.A6.3.6 ministration (NASA), United States) orbital evolution of high area-to-mass ratio debris Experimental Comparison of Al Sphere Hyperveloc- IAC-10.A6.4.4 IAC-10.A6.5.1 under the influence of the radiation pressure and ity Impact on Al-foam Sandwiched Shield and Al-foam Overview of the Legal and Policy Challenges of Or- Italian contribute to European Space Surveillance: gravitational effects Stuffed Shield bital Debris Removal feasibility study of establishing automatic observa- Haowen Cheng, Nanjing University, China Bin Jia, Harbin Institute of Technology, China Brian Weeden, Secure World Foundation, Canada tories at the Malindi ASI base in Kenya and in Argen- IAC-10.A6.2.7 IAC-10.A6.3.7 IAC-10.A6.4.5 tinean Andes Mountains explicit expression of collision probability for the hypervelocity impact test investigation and anal- High level requirements for an operational space Fabrizio Piergentili, University of Bologna, Italy space objects in arbitrary-shape orbit ysis on thermal control instrument in the satellites debris deorbiter IAC-10.A6.5.2 Xianzong Bai, National University of Defense Technology, China Yuhua Huo, China Academy of Space Technology (CAST), China Christophe Bonnal, Centre National d’Etudes Spatiales (CNES), Build-up and maintenance of a catalogue of GEO ob- France IAC-10.A6.2.8 IAC-10.A6.3.8 jects with ZimSMART Evaluation of the TLE Predictions for Conjunction Study of hypervelocity impact on Electrodynamic IAC-10.A6.4.6 Johannes Herzog, Astronomical Institute University of Bern (AIUB), Assessment tether for tether lifetime simulation Space Debris Mitigation using On-Orbit Servicing So- Switzerland Chikako Hirose, Japan Aerospace Exploration Agency (JAXA), Ja- Atsushi Yanagida, Waseda University, Japan lutions IAC-10.A6.5.3 pan Clemens Kaiser, Kayser-Threde GmbH, Germany IAC-10.A6.3.9 Analysis of High Area-to-mass Ratio (HAMR) GEO Space IAC-10.A6.2.9 A Ballistic Limit Analysis Program for Shielding IAC-10.A6.4.7 Object Orbit Determination and Prediction Perform- Optimal Collision Avoidance Maneuver to Maintain a Against Micrometeoroids and Orbital Debris Dynamical Simulations and Experiments about cap- ance LEO Station Keeping Shannon Ryan, The Lunar and Planetary Institute, United States turing a tumbling debris Thomas Kelecy, Boeing Integrated Defense Systems, United States Hae-Dong Kim, Korea Aerospace Research Institute, Korea, Re- Shin-ichiro Nishida, Japan Aerospace Exploration Agency (JAXA), IAC-10.A6.3.10 IAC-10.A6.5.4 public of Japan damage identification of single aluminum plate pro- Current improvements of the ISON network to sup- IAC-10.A6.2.10 duced by hypervelocity impact based acoustic emis- IAC-10.A6.4.8 port the collision prediction task Effects of Space Debris on the Cost of Space Opera- sion Large Space Debris Reorbiter using Ion Beam Irradia- Igor Molotov, Keldysh Institute of Applied Mathematics, RAS, Rus- tion Wugang Liu, China tion sia William Ailor, The Aerospace Corporation, United States Shoji Kitamura, Japan Aerospace Exploration Agency (JAXA), Ja- IAC-10.A6.5.5 IAC-10.A6.3.11 pan Observation of jets in conical shaped charges (poster) Preliminary telescope design analysis for the Opti- Shin-ichi Takeda, Japan Aerospace Exploration Agency (JAXA), cal Space Surveillance subsystem Japan Alessandro Vananti, Astronomical Institute University of Bern (AIUB), Switzerland

92 93 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.A6.5.6 B1. EARTH OBSERVATION SYMPOSIUM B1.2. Future Earth Observation Systems B1.3. Earth Observation Sensors & Tech- Processing space debris optical measurements from survey-only strategies: development of a catalogu- Coordinator: John W. Hussey (Consultant, United September 28 2010, 15:15 – Conference Hall nology ing operational tool and validation campaigns States); Pierre Ranzoli (Eumetsat, Germany) Chair: Benoit Boissin (Centre National d’Etudes Spatiales (CNES), France); Gilles Corlay (EADS Sodern, France) September 29 2010, 10:15 – Conference Hall Estrella Olmedo, DEIMOS Space S.L., Spain Chair: Andrew Court (TNO, The Netherlands); Yean Joo Chong Rapporteur: K. Quirk (U.S. Geological Survey, United States) IAC-10.A6.5.7 (National University of Singapore, Rep. Of Singapore) IAC-10.B1.2.2 Services, Design Drivers and Solution Concepts for a Rapporteur: Luigi Bussolino (Bussolino and Associates, Italy) Fine scale altimetry constellation for GMES ocea- European LEO Space Surveillance System B1.1. International Cooperation in Earth IAC-10.B1.3.1 nography using a generic satellite platform Holger Krag, European Space Agency (ESA), Germany In-orbit data of the Accelerometers of the ESA GOCE Observation Missions Stephan Strauß, OHB-System AG, Germany Mission IAC-10.A6.5.8 September 28 2010, 10:15 – Conference Hall IAC-10.B1.2.3 Jean-Pierre Marque, Office National d’Etudes et de Recherches A Trade-Off Study between Size Threshold of Cata- Chair: John W. Hussey (Consultant, United States); Pierre Ranzoli A Fractionated Satellite Approach to Coastal Salin- Aérospatiales (ONERA), France logued Objects and Track Accuracy for the Design (Eumetsat, Germany) ity Measurement of a Space Situational Awareness System Rapporteur: David Brent Smith (National Oceanic and Atmospheric IAC-10.B1.3.2 Benjamin Schwarz, University of Southampton, United Kingdom Sylvain Bertrand, Office National d’Etudes et de Recherches Administration (NOAA), United States) Use of the high sensitive electrostatic accelerom- Aérospatiales (ONERA), France IAC-10.B1.1.1 IAC-10.B1.2.4 eter for orbit perturbation effects investigation on Long Term Measurement of the Earth’s Radiation board of LEO spacecraft IAC-10.A6.5.9 CEOS: Building Earth Observation Community in Devel- Budget using a constellation of Broadband Radiom- Radek Peresty, Vyzkumny a Zkusebni letecky ustav, a.s. - VZLU, Evaluation System of Space Situation Based on Space oping Countries for Societal Benefit eters hosted on Iridium NEXT Czech Republic Observation Gilberto Camara, INPE, Brazil Om Prakash Gupta, United States Zhang Yaolei, China Academy of Launch Vehicle Technology, China IAC-10.B1.1.3 IAC-10.B1.3.3 The SGR-ReSI – A Small Satellite Instrument for Sens- IAC-10.A6.5.10 Status and Future Prospects for Earth observation IAC-10.B1.2.5 ing the Earth using GNSS Signals Debris Telescopes catch objects in LEO zone (poster) Adam Keith, Euroconsult North America, Canada Nanosatellite Mission Overview with a Slab Waveguide Spatial Heterodyne Spectrometer Payload Martin J. Unwin, Surrey Satellite Technology Ltd, United Kingdom Lorenzo Cibin, Carlo Gavazzi Space, Italy IAC-10.B1.1.4 Kenneth Sinclair, York University, Canada IAC-10.B1.3.4 IAC-10.A6.5.11 constellation an evolution in the Canadian The Sea & Land Surface Temperature Radiometer Globalized Planning of Surveillance of Orbital Ob- contributions to disaster management IAC-10.B1.2.6 (SLSTR) technologies jects (poster) Guy Seguin, Canadian Space Agency, Canada polar communications and weather (pcw) mission Guennadi Kroupnik, Canadian Space Agency, Canada Peter Coppo, Selex Galileo, Italy Tatyana V. Labutkina, Dnepropetrovsk National University named IAC-10.B1.1.5 after Oles’ Gonchar, Ukraine Early warning system for environmental monitoring IAC-10.B1.2.7 IAC-10.B1.3.5 Progress in the Advanced Hyperspectral Imaging IAC-10.A6.5.12 of ROPME Region Extension of Earth Observation Orbits Using Low- Programme EnMAP (Environmental Mapping and Anal- Optimal Maneuver for Satellite-Debris Collision Peter Petrov, Kuwait Thrust Propulsion ysis Programme) Avoidance (poster) Pamela , Advanced Space Concept Laboratory University IAC-10.B1.1.6 Timo Stuffler, Kayser-Threde GmbH, Germany M. Navabi, Shahid Beheshti University, Iran of Strathclyde, United Kingdom Quick Response for Disaster Monitoring from FOR- IAC-10.B1.3.6 MOSAT-2 Satellite IAC-10.B1.2.8 optical thin film technology applied in space An-Ming Wu, National Space Organization, Taiwan, China Proposed geostationary earth observation system vs existing and proposed LEO earth observation sat- Wang Duoshu, Lanzhou Institute of Physics, China IAC-10.B1.1.7 ellite constellations: A comparative overview IAC-10.B1.3.8 Employing Space-Based Data and Observations for Ron Olivier, Sun Space and Information Systems, South Africa stand-alone assembly of IR camera Understanding Climate Change and Sustainable De- velopment in Latin America and the Caribbean – Re- IAC-10.B1.2.9 Ho-Soon Yang, Korea, Republic of A Million Square Kilometer Optical Satellite for Ka- search and Results from the CATHALAC/UAHuntsville IAC-10.B1.3.9 zakhstan 2010 International Program Infrared Correlation Radiometer for Tropospheric Joost Elstak, Surrey Satellite Technology Ltd, United Kingdom Sundar Christopher, University of Alabama in Huntsville, United Carbon Monoxide Measurements from GEO States IAC-10.B1.2.10 Doreen Neil, National Aeronautics and Space Administration IAC-10.B1.1.8 MDA SUB-METRE OPTICAL IMAGING SYSTEM – HIGH PER- (NASA)/Ames Research Center, United States FORMANCE AT LOW COST From GEOSS to GERSS – A Personal Prospect IAC-10.B1.3.10 George Tyc, MacDonald Dettwiler & Associates Ltd., Canada Rock Jeng-Shingi Chern, China Institute of Technology, Taiwan, Geostationary Imaging Fabry-Perot Spectrometer China IAC-10.B1.2.11 (GIFS) for the Measurement of Trace Gases and IAC-10.B1.1.9 Not just Big Customers with Big Bucks: how to get Clouds Space monitoring and earthquakes forecasts, inter- sub-metre imagery from a small satellite Jeng-Hwa Yee, The John Hopkins University, United States Andrew Cawthorne, Surrey Satellite Technology Ltd, United King- national cooperation IAC-10.B1.3.11 dom Nickolay N. Smirnov, Moscow Lomonosov State University, Russia MONITORING OF GREENHOUSE GASES USING INFRARED IAC-10.B1.1.10 GRATING SPECTROMETER International Charter ‘Space and Major Disasters’ Himanshu Shekhar, SRM University, India Ten years of operational services André Husson, Centre National d’Etudes Spatiales (CNES), France

94 95 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

B1.4. Earth Observation Data Manage- B1.5. Earth Observation Applications and B1.6. GEOSS and Carbon Monitoring from B1.7. Interactive Session on Earth Obser- ment Systems Economic Benefits Space vation September 30 2010, 10:15 – Conference Hall September 30 2010, 15:15 – Conference Hall September 29 2010, 15:15 – Conference Hall October 1 2010, 14:00 – Conference Hall Chair: Bruce K. Quirk (U.S. Geological Survey, United States); Carlo Chair: Luigi Bussolino (Bussolino and Associates, Italy); Paul Chair: David Brent Smith (National Oceanic and Atmospheric Chair: Andrew Court (TNO, The Netherlands) Ulivieri (University of Rome “La Sapienza”, Italy) Kamoun (ThalesAlenia Space, France) Administration (NOAA), United States); Graham Gibbs (Canadian IAC-10.B1.7.1 Rapporteur: Pierre Ranzoli (Eumetsat, Germany) Rapporteur: Yean Joo Chong (National University of Singapore, Space Agency, United States) Future Concepts for Earth Observation Missions IAC-10.B1.4.1 Rep. Of Singapore) Rapporteur: Paul Kamoun (ThalesAlenia Space, France) Carsten Tobehn, OHB-System AG, Germany Global Hydrology Resource Center: A Foundation IAC-10.B1.5.1 IAC-10.B1.6.1 IAC-10.B1.7.2 for Research Using Earth Observation Data inter. cooperation proposal: rapid response small The results of GOSAT one and half years OBSERVATION geosynchronous interferometric synthetic aper- Manil Maskey, University of Alabama in Huntsville, United States satellites for disaster surveillance and current status of the satellite ture radar: application research and mission analy- Fu Danying, CASC, China Masakatsu Nakajima, JAXA Tsukuba Space Center, Japan IAC-10.B1.4.2 sis in-flight verification of ccsds based on-board real- IAC-10.B1.5.2 IAC-10.B1.6.2 Jia Xu, China Academy of Space Technology (CAST), China time video compression In Orbit Results of the Next Generation Disaster Measuring CO2 from Space: The NASA Orbiting Carbon IAC-10.B1.7.3 Florian Aschauer, Max-Planck Institute for Extraterrestrial Physics, Monitoring Constellation Satellite UK-DMC-2 Observatory-2 Research on Development of Remote Sensing Earth Germany James Penson, Surrey Satellite Technology Ltd, United Kingdom David Crisp, Jet Propulsion Laboratory - California Institute of Tech- Observation nology, United States IAC-10.B1.4.3 IAC-10.B1.5.3 Zhengguo Shang, China Aerospace Science and Industry Corpora- COMS INR; Prospect and Retrospect Development and Operation of Space-Based Disease IAC-10.B1.6.3 tion, China Handol Kim, Korea Aerospace Research Institute, Korea, Republic Early Warning Models Seven years of observations of Mid-Tropospheric IAC-10.B1.7.4 of CO2 from the Atmospheric Infrared Sounder Mariel John, United States A Generic Satellite Platform for High Performance Thomas Pagano, NASA/JPL, United States IAC-10.B1.4.4 IAC-10.B1.5.4 LEO Missions – LEOBUS-1000 Experience in Implementing an EO Data Centre, Based Radarsat Insar monitoring of geohazard areas in IAC-10.B1.6.4 Amin Shahsavar, OHB-System AG, Germany on a Commercial Multi-Mission Data and Information CarbonSat Constellation support of construction programs IAC-10.B1.7.5 Management System Integrating Existing Processing Wei Sun, OHB-System AG, Germany Vern Singhroy, Canada Centre for Remote Sensing, Canada A Method for Determining the Absolute Total Elec- Facilities IAC-10.B1.6.5 tron Content using Unmodulated Coherent Multifre- Soeren Schwartze, Werum Software & Systems AG, Germany IAC-10.B1.5.5 Satellite Data applications in Detecting and Predict- The GEOSS Quality Assurance Framework for Earth quency Signals IAC-10.B1.4.5 ing Climate Change and Desertification in Africa: Observation (QA4EO): achievements and future imple- Aleksey Novikov, FSUE RSDE, Russia Detection of Small Atmospheric Particulate Matter mentation. Case study of the Sahel Region. IAC-10.B1.7.6 by Satellite Measurements Giuseppe Ottavianelli, European Space Agency (ESA), Italy Abubakar Babagana, Kanuri Development Association, Nigeria Synchronization Strategy and Overlap Ratio of Beam Munzer Jahjah, Italy IAC-10.B1.5.6 IAC-10.B1.6.6 Footprint for Formation flying InSAR Satellite IAC-10.B1.4.6 Developing Real Time Model for Road Safety Meas- International Systems, Missions and Programs to Liu Xuekui, Harbin Institute of Technology, China support 21st century Carbon Cycle monitoring re- Geo-Information System for Disaster Management in ures in Nigeria Using Geographical Information Sys- IAC-10.B1.7.7 quirements Developing Countries: The Example of Antropogenic tems and Remote Sensing EarthCARE Cloud Profiling Radar High Power Ampli- Rene Laufer, Baylor University, United States Land Degradation AssesSment and its implication for Taslim Alade, National Space Research and Development Agency, fier Climate Change. Abuja, Nigeria, Nigeria IAC-10.B1.6.7 Marcello Gambarara, Selex Galileo, Italy Kayode Adepoju, Nigeria Remote sensing of soil and biomass contribution to IAC-10.B1.5.7 IAC-10.B1.7.8 global carbon cycle IAC-10.B1.4.7 Analysis of Climate Change and Satellite Policy in Development of Hyperspectral Imaging Electronics Processing of multi-spectral and multi-viewing re- the United States Vera Djepa, United Kingdom for STSAT-3 Satellite mote sensing data of land surface Mariel John, United States Kyungin Kang, Korea Advanced Institute of Science and Technol- ogy (KAIST), Korea, Republic of Vera Djepa, United Kingdom IAC-10.B1.5.8 IAC-10.B1.4.8 Application of Polarimetric SAR for Historical For- IAC-10.B1.7.9 advances space technology as adaptation factor est Fire Scars and Biomass an analysis of the accuracy of the measurement for for human benefits David G. Goodenough, Pacific Forestry Centre, Natural Resources space-borne scatterometer Salahova Saida, Azerbaijan National Aerospace Agency, Azerbaijan Canada, Canada Lixia Liu, China IAC-10.B1.4.9 IAC-10.B1.5.9 IAC-10.B1.7.10 Comparing Neural Networks, Invariant Moments and Integrated Space Applications in the Early Detection Estimating Country Level Market Potential for Spa- Mathematical Morphology Performances for the and Management of Bushfires ceborne Remote Sensing Data Services Automatic Object Recognition Lachlan Thompson, RMIT University, Australia, Australia Murthy L.N. Remilla, Indian Space Research Organization (ISRO), Giancarlo Santilli, Italy IAC-10.B1.5.10 India Application of the Along Track Scanning Radiometer IAC-10.B1.4.10 IAC-10.B1.7.11 for monitoring of soil moisture and optimisation of Design and Implementation of the Operation and Man- : The use of the DELTA operation mode of plant water supply agement System for Earth Observation Satellites the HERMES-A/MINOTAUR Internet-to-Orbit gateway to Ground Application System Vera Djepa, United Kingdom turn a laptop in to a virtual EO ground station Ying Li, China Academy of Space Technology (CAST), China Ronnie Nader, Ecuadorian Civilian Space Agency (EXA), Ecuador IAC-10.B1.4.11 Oil Spill Detection on RADAR Images by using Math- ematical Morphology Giancarlo Santilli, Italy

96 97 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

B2. SPACE COMMUNICATIONS AND IAC-10.B2.1.10 IAC-10.B2.2.9 IAC-10.B2.3.9 Results of Kirari optical communication demonstra- An Optically Controlled Beam Forming Network for A Carrier Phase Synchronization algorithm in satel- NAVIGATION SYMPOSIUM tion experiments with the NICT optical ground sta- Ka-band Antenna lite Communication System Coordinator: Joe M. Straus (The Aerospace Corpora- tion (KODEN) aiming for future classical and quantum Akira Akaishi, National Institute of Information and Communications Qiang Lv, China Academy of Space Technology (CAST), China communications in space Technology, Japan tion, United States); Otto Koudelka (Graz University of IAC-10.B2.3.10 Morio Toyoshima, National Institute of Information and Communi- IAC-10.B2.2.10 Applications of Nonlinear Signal Processing Tech- Technology, Austria) cations Technology, Japan A New Algorithm for the Self-calibration of the nologies in Satellite Communications IAC-10.B2.1.11 Amplitude and Phase Error of the Multiple Beam An- Qiu Weifeng, Xi’an Institute of Space Radio Technology, China On the use of ground antenna arrays for satellite tenna in the satellite communIcation IAC-10.B2.3.11 tracking: architecture, beamforming, calibration B2.1. Advanced Systems Jian Wang, China Antenna Pointing Measurement and Precision Analy- and measurements sis for GSO Mobile Communication Satellites September 27 2010, 15:15 – Club B Ramón Martínez Rodríguez-Osorio, Universidad Politécnica de IAC-10.B2.2.11 Dong Chen, China Academy of Space Technology (CAST), China Chair: Robert Prevaux (Space Systems/Loral, United States); Ryu- Madrid, Spain Launcher’s System By Dassault Avia- taro Suzuki (National Institute of Information and Communications tion IAC-10.B2.3.12 IAC-10.B2.1.12 Technology, Japan) Michel Dupas, Dassault Aviation, France accuracy requirement analysis of feed excitation Field Testing for Satellite Based Tracking System Rapporteur: Morio Toyoshima (National Institute of Information and coefficients of multiple-beam reflector antennas Pasi Kämppi, Laurea University of Applied Sciences, Finland IAC-10.B2.2.12 Communications Technology, Japan) design of a civil communication system on high alti- Yong Xue, China Academy of Space Technology (CAST), China IAC-10.B2.1.1 tude platforms IAC-10.B2.3.13 Advanced Broadband Communication-Broadcasting Jinchang Guo, China Academy of Space Technology (CAST), China scientific Research and Global Navigation Satellite Convergence Satellite Systems – Present and Future Trends Jae Woo Park, Electronics and Telecommunications Research B2.2. Fixed and Broadcast Communica- Clovis de Matos, ESA (European Space Agency), France Institute (ETRI), Korea, Republic of tions IAC-10.B2.1.2 September 29 2010, 10:15 – Club B B2.3. Mobile Satellite Communications Space industry information systems in the interests Chair: Otto Koudelka (Graz University of Technology, Austria); of Russia’s Arctic Region development and Navigation Technology Christopher Croom (Sirius Satellite Radio, United States) B2.4. Space Navigation Systems and Nikolay Sevastiyanov, Gazprom Space Systems, Russia September 30 2010, 10:15 – Terrace 2 Rapporteur: Moon-Beom Heo (Korea Aerospace Research Institute, Services IAC-10.B2.1.3 Korea, Republic of) Chair: Robert Briskman (Sirius XM Radio, United States); Jean-Paul Aguttes (Centre National d’Etudes Spatiales (CNES), France) Results of a Feasibility Study into the Space-Based IAC-10.B2.2.1 September 30 2010, 15:15 – Terrace 2 Rapporteur: Desaraju Venugopal (Devas Multimedia Pvt. Ltd., India) Detection of AIS Signals on an Operational Basis An HD-TV Direct-to-Home broadcasting satellite sys- Chair: Calin Rosetti (International Academy of Astronautics, France); Frank te Hennepe, OHB-System AG, Germany tem in Ka-band over Europe IAC-10.B2.3.1 Rita Lollock (The Aerospace Corporation, United States) gnss based navigation and control for autonomous Rapporteur: Cédric Balty (ThalesAlenia Space, France) IAC-10.B2.1.4 Jean-Didier Gayrard, ThalesAlenia Space, France formation vehicle IAC-10.B2.4.1 a highly efficient multiple access system for satel- IAC-10.B2.2.2 Jae-Ik Park, Korea Aerospace Research Institute, Korea, Republic The system of SPACECRAFT’S angle orientation lite inter networking applications Measured Satellite and System Performance versus of Dima Groshelev, Dniepropetrovsk National University, Ukraine Manfred Wittig, European Space Agency (ESA), The Netherlands Design Targets for a SDARS Hybrid Constellation IAC-10.B2.3.2 IAC-10.B2.1.5 Joseph Foust, Space Systems/Loral, United States IAC-10.B2.4.2 The use of global satellite communication system in an effective route control method on multi-layered FIRST RESULTS OF LAUNCH AND INITIAL ON-ORBIT OPERA- IAC-10.B2.2.3 problems of controlling and transmitting informa- satellite networks TIONS OF QUASI-ZENITH SATELLITE SYSTEM Optimizing SDARS System Performance in a Hybrid tion of university satellite Yuta Tada, Tohoku University, Japan Noriyasu Inaba, JAXA, Japan Constellation Dmytro Faizullin, Dnipropetrovsk National University named after IAC-10.B2.1.6 Christopher Croom, Sirius Satellite Radio, United States Oles’ Gonchar, Ukraine IAC-10.B2.4.3 Rapid Development of Navigation Payloads for Gali- High Capacity Feeder Links IAC-10.B2.2.4 IAC-10.B2.3.3 leo Full Operational Capability Manfred Wittig, European Space Agency (ESA), The Netherlands Survivability Application Demonstrations via Wide- ESA Iris Programme: technical options for a new sat- Philip Davies, Surrey Satellite Technology Ltd, United Kingdom IAC-10.B2.1.7 band Internetworking Engineering Test and Demon- ellite communications system for Air Traffic Man- Alphabus, a successful European Public Private stration Satellite “KIZUNA” (WINDS) agement IAC-10.B2.4.5 Partnership Ryutaro Suzuki, National Institute of Information and Communica- Nathalie Ricard, European Space Agency (ESA), The Netherlands A Novel Emergency System for Sat- Thibery Cussac, Centre National d’Etudes Spatiales (CNES), France tions Technology, Japan ellites using Galileo GNSS IAC-10.B2.3.4 Eberhard , Delft University of Technology (TU Delft), The Neth- IAC-10.B2.2.5 IAC-10.B2.1.8 The future of internet services erlands Q/V-Band Communications and Navigation Experiments India and China – New Voices in the SatCom Arena Ivan , Dnepropetrovsk National University named after Using ALPHASAT Norbert Frischauf, JRC-IE, Austria Oles’ Gonchar, Ukraine IAC-10.B2.4.6 EUROPEAN GEOSTATIONARY NAVIGATION OVERLAY SYSTEM Otto Koudelka, Graz University of Technology, Austria IAC-10.B2.2.6 IAC-10.B2.3.5 (EGNOS) CAPABILITY ON THE SES SIRIUS 5 SATELLITE Satellite Based IP Services in Mobile Environment IAC-10.B2.1.9 Design and validation of a software receiver for Michael Pavloff, Space Systems/Loral, United States results of the optical between the optical com- Venugopal Desaraju, Devas Multimedia Pvt. Ltd., India Galileo IAC-10.B2.4.7 munications telescope laboratory and the optical IAC-10.B2.2.7 Ramón Martínez Rodríguez-Osorio, Universidad Politécnica de GNSSmeter project: GNSS-based metering for vehicle inter-satellite communications engineering test sat- Indian Telemedicine Program from Concept to com- Madrid, Spain ellite applications and value added road services pletion – Towards National Adaption IAC-10.B2.3.7 Keith Wilson, Jet Propulsion Laboratory - California Institute of Marti Jofre, CTAE - Aerospace Research and Technology Centre, Murthy L.N. Remilla, Indian Space Research Organization (ISRO), R&D status of satellite/terrestrial integrated mo- Technology, United States Spain India bile communication system IAC-10.B2.4.8 IAC-10.B2.2.8 Yoshiyuki Fujino, National Institute of Information and Communica- An Extensive and Autonomous Deep Space Navigation Design and evaluation of a receiver system for a tions Technology, Japan System using Radio Pulsars conical beam tracking algorithm IAC-10.B2.3.8 Antti Kestilä, Aalto University School of Science and Technology, Philipp Rosenberger, Technische Universität München, Germany Frequency-Domain Equalization for Broadband Sat- Finland ellite Communication with Mobile Platforms Ningning Liu, Xi’an Institute of Space Radio Technology, China

98 99 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.B2.4.9 IAC-10.B2.5.9 IAC-10.B2.6.9 IAC-10.B3.1.6 A Novel Integrated Navigation System for Lunar Efficient Routing in Disruption-Tolerant Spacecraft New telemetry system design for future nanosatel- The Ecuadorian Civilian Space Program: Near-future Lander based on Computer Vision and INS Networks lite missions manned research missions in a low cost, entry level Du Yaling, Beijing Aerospace Automatic Control Institute, China Eleftherios Skoutaris, University of Luxembourg, Luxemburg Manuela Unterberger, Graz University of Technology, Austria space program. Ronnie Nader, Ecuadorian Civilian Space Agency (EXA), Ecuador IAC-10.B2.4.10 IAC-10.B2.5.10 IAC-10.B2.6.10 TIME SYNCHRONIZATION OF SPACECRAFTS IN FORMATION MULTI-OBJECTIVE COMMUNICATION OPTIMIZATION METHOD- Error-correcting codes for reliable communica- IAC-10.B3.1.7 FLYING BY PULSAR TIMING OLOGY WITH APPLICATION TO LUNAR ROBOTIC EXPLORATION tions in microgravity platforms CCDev: First Step Toward Commercial Crew Shengchang LAN, Harbin Institute of Technology, China Alessandra Babuscia, Massachussets Institute of Technology (MIT), Décio Luiz Gazzoni Filho, State University of Londrina, Brazil Alan Lindenmoyer, National Aeronautics and Space Administration United States (NASA)/Johnson Space Center, United States IAC-10.B2.4.11 IAC-10.B2.6.11 Research of the Multisystem user Integrity Algo- IAC-10.B2.5.11 Development of a visual navigation system for the IAC-10.B3.1.8 rithm based on Combined Galileo and EGNOS The Frontier Software-Defined Radio: Mission-Ena- satellite dynamic simulator LuVex Canada Exploration Core Program to Prepare Explo- Xuehui Zhang, China Aerospace Science & Industry Academy, bling, Multi-Band, Low-Power Performance Fathalrahman Adam, Center of Applied Space Technology and ration Beyond ISS China Christopher Haskins, The John Hopkins University Applied Physics Microgravity, Germany Jean-Claude Piedboeuf, Canadian Space Agency, Canada Laboratory, United States IAC-10.B2.6.12 IAC-10.B3.1.9 IAC-10.B2.5.12 Research of Channel Allocation Strategies on Multi- analysis and modification of historical united states Project AGORA: Simultaneously Downloading a Sat- media Communication Satellite System spaceflight capsule designs for implementation in B2.5. Near-Earth and Interplanetary Com- ellite Signal around the World Ren Junqiang, China Academy of Space Technology (CAST), China future commercial launches munications Ghulam Jaffer, Graz University of Technology, Austria Ashley Tromba, The University of Alabama, United States IAC-10.B2.5.13 IAC-10.B3.1.10 October 1 2010, 09:00 – Terrace 2 The research on Folded Linear Turbo Decoder for An International Strategy for Exploration: Develop- Chair: Manfred Wittig (European Space Agency (ESA), The Neth- Lunar Communication ment Status of the ISECG Global Exploration Road- erlands); Ramon P. De Paula (National Aeronautics and Space Ad- Ying Zhang, Beijing Aerospace Automatic Control Institute, China map ministration (NASA), United States) B3. HUMAN SPACE ENDEAVOURS SYM- Bernhard Hufenbach, European Space Agency (ESA), The Nether- Rapporteur: A. Bhaskaranarayana (Indian Space Research Organi- POSIUM lands zation (ISRO), India) Coordinator: Mag Iskander (MDA Corporation, Cana- IAC-10.B2.5.1 IAC-10.B3.1.11 A Technology Roadmap for Interplanetary Communi- B2.6. Advanced Technologies da); Carlo Mirra (EADS Astrium, The Netherlands) DEVELOPING A COMMON SET OF HUMAN LUNAR EXPLORA- cations TION GOALS AND OBJECTIVES October 1 2010, 14:00 – Terrace 2 Jennifer Rhatigan, National Aeronautics and Space Administration Andreas Rathke, Astrium GmbH, Germany Chair: Edward W. Ashford (Ashford Aerospace Consulting, United (NASA)/Johnson Space Center, United States IAC-10.B2.5.2 States); MG Chandrasekhar (Devas Multimedia Pvt. Ltd., United Ka-Band Deep Space Communication of JAXA States) B3.1. Overview Session (Present and Tomoaki Toda, Japan Aerospace Exploration Agency (JAXA), Japan Rapporteur: Elemer Bertenyi (E. Bertenyi & Associates Inc., Canada) Near-Term Human Space Flight Pro- IAC-10.B2.6.1 IAC-10.B2.5.3 Rapid Deployment of Space Capabilities: Tools for grams) B3.2. How Can We Best Apply Our Experi- Ka-band High-rate Telemetry System Upgrade for the accelerating innovation in existing and developing NASA Deep Space Network September 27 2010, 15:15 – Meeting Hall V ence to Future Human Missions? systems Chair: Graham Gibbs (Canadian Space Agency, United States); Remi LaBelle, Jet Propulsion Laboratory, United States Bruce Chesley, Boeing Space and Intelligence Systems, United Terrence G. Reese (National Aeronautics and Space Administration September 28 2010, 15:15 – Meeting Hall V IAC-10.B2.5.4 States (NASA), United States) Chair: Dieter Sabath (Deutsches Zentrum für Luft- und Raumfahrt On the potential of optical telemetry transmission Rapporteur: Rainer Willnecker (Deutsches Zentrum für Luft- und e.V. (DLR), Germany); Sergey K. Shaevich (Khrunichev State Re- IAC-10.B2.6.3 on interplanetary missions Raumfahrt e.V. (DLR), Germany) search & Production Space Center, Russia) Modeling and Analyzing the Quantum Based Earth- Thomas Dreischer, RUAG Aerospace Ltd., Switzerland Rapporteur: Gene Rice (RWI - Rice Wigbels Int’l, United States) Satellite and Satellite-Satellite Communications IAC-10.B3.1.1 IAC-10.B3.2.2 IAC-10.B2.5.5 Laszlo Bacsardi, Budapest University of Technology and Econom- Manned : Past Experience, Look into the JEM ECLSS Operation Lessons Learned and suggestion Link budget analysis for small optical transponder ics, Hungary Future for future design onboard small satellites Sergey Krikalev, Yu.A. Gagarin Research and Test Cosmonaut IAC-10.B2.6.4 Yuichiro Nogawa, Japan Manned Space Systems Corporation, Morio Toyoshima, National Institute of Information and Communi- Training Center, Russia Applications and Requirements of high data rate Japan cations Technology, Japan intersatellite links in future communication archi- IAC-10.B3.1.2 IAC-10.B3.2.3 IAC-10.B2.5.6 tectures The International Space Station As A True Test Bed is it necessary to have the closed bio-regenerative Satellite Constellations for Data Transfer from the Ralf Purschke, Technische Universität München, Germany William H. Gerstenmaier, National Aeronautics and Space Adminis- life support system for implementing the first Mars Moon tration (NASA)/Ames Research Center, United States IAC-10.B2.6.6 manned mission? Quirin Funke, TU Muenchen, Germany Never mind the quality, feel the bandwidth: quality IAC-10.B3.1.3 Kiforenko, S.P. Timoshenko Institute of Mechanics NASU, IAC-10.B2.5.7 of service drivers for future onboard communica- Canada and the International Space Station Pro- Ukraine Overhead Reducing Communication Strategies on the tion networks gram: Overview and Status Since IAC 2009 IAC-10.B3.2.4 Surface of a Distant Planet Steve Parkes, University of Dundee, United Kingdom Benoit Marcotte, Canadian Space Agency, Canada Ex-Post-Evaluation of extra-terrestrial Habitats Laszlo Bacsardi, Budapest University of Technology and Econom- IAC-10.B2.6.7 AC-10.B3.1.4 from the Perspective of Human activities ics, Hungary SCOM- a transceiver for small satellites based on The Era of International Space Station Utilization Sandra Haeuplik-Meusburger, UT Vienna, Austria IAC-10.B2.5.8 MIMO and modern coding technologies Begins: Research Strategy, International Collabora- IAC-10.B3.2.5 Analysis of the Contact Graph Routing Algorithm: Rozbeh Alavi, Technical University of Berlin, Germany tion, and Realized Potential Future Human Missions: Benefiting from Experience Bounding Interplanetary Paths Julie A. Robinson, National Aeronautics and Space Administration IAC-10.B2.6.8 Manuel Valls Toimil, EUROPEAN SPACE AGENCY (ESA), retired, Edward Birrane, The John Hopkins University Applied Physics (NASA)/Johnson Space Center, United States Spin Axis Estimation of the Radiation Belt Storm Spain Laboratory, United States Probes Spacecraft using RF Doppler Data IAC-10.B3.1.5 IAC-10.B3.2.6 Dipak Srinivasan, The John Hopkins University Applied Physics Analogue Activities in the Frame of ESA’s Human Launch Strategy for Manned Spacecraft: Improving Laboratory, United States Spaceflight Programme Oliver Angerer, ESA/ESTEC, The Netherlands Safety or Increasing of Launch Mass? Rafail Murtazin, Rocket Space Corporation Energia, Russia

100 101 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.B3.2.7 IAC-10.B3.3.9 B3.6.-A5.3. Joint session on Human and B3.7. Enablers for the Future Human Mis- Descent Systems for an Improved and Reusable Gemi- Temporary Stowage Racks – Design and Operational ni Capsule Scenario Robotic Partnerships to Realize Space sions Heather Pitts, University of Alabama in Huntsville, United States Alessandro Bellomo, ALTEC S.p.A., Italy Exploration Goals October 1 2010, 09:00 – Meeting Hall V IAC-10.B3.2.8 IAC-10.B3.3.10 Chair: Todd Fox (Odyssey Space Research, United States); Genev- September 30 2010, 15:15 – Meeting Hall V ieve Gargir (Centre National d’Etudes Spatiales (CNES), France) Landing Gear Design for a 1/3 Scale Gemini-Style Cap- Scientific potential of Russian Mini Research Mod- Chair: Anthony R. Gross (National Aeronautics and Space Adminis- Rapporteur: Gi-Hyuk Choi (Korean Aerospace Research Institute, sule ules of the ISS tration (NASA), United States); Christian Sallaberger (MDA Corpora- Korea, Republic of) Toshawnka Walker, United States Igor V. Sorokin, S.P. Korolev Rocket and Space Corporation Ener- tion, Canada) gia, Russia Rapporteur: Luigi D’Emiliano (ALTEC S.p.A., Italy); Massimiliano IAC-10.B3.7.1 IAC-10.B3.2.9 Rationale for Flexible Path: A Human Exploration IAC-10.B3.3.11 Bottacini (ESA/ESTEC, The Netherlands) Lessons Learned from JEM Manifesting and Bench Strategy Focused on Orbital and Low-Gravity Well Japanese Experiment Module Remote Manipulator IAC-10.B3.6.-A5.3.1 Review Activity Destinations System (JEMRMS) Operations for HTV-1 Mission Microrovers Assisting Humans on the Moon and Mars Yoshinobu Satoh, Japan Manned Space Systems Corporation, George Schmidt, National Aeronautics and Space Administration Kazuya Imaki, Japan Manned Space Systems Corporation, Japan Bruce Betts, The Planetary Society, United States Japan (NASA)/Glenn Research Center, United States IAC-10.B3.6.-A5.3.2 IAC-10.B3.2.10 IAC-10.B3.7.2 Job-Level Control of Autonomous Earthmoving Ma- Streamlining payload integration CONCEPT FOR INCORPORATING SUSTAINABILITY ATTRIBUTES chines for Base Construction on the Moon or Mars Susan Lufkin, United Space Alliance, United States EARLY IN THE ISECG HUMAN LUNAR EXPLORATION REFER- B3.5. Astronauts: Those Who Make it Eric Halbach, Helsinki University of Technology (TKK), Finland IAC-10.B3.2.11 ENCE ARCHITECTURE integrated control system of the iss multipurpose Happen IAC-10.B3.6.-A5.3.3 Gerald Sanders, National Aeronautics and Space Administration laboratory module: new approaches in conceptual September 30 2010, 10:15 – Meeting Hall V Autonomous service rover for human-robot coop- (NASA)/Johnson Space Center, United States eration design Chair: Igor V. Sorokin (S.P. Korolev Rocket and Space Corporation IAC-10.B3.7.3 Alberto Medina, GMV, Spain Evgeny Mikrin, S.P. Korolev Rocket and Space Corporation Ener- Energia, Russia); Alan T. DeLuna (United Space Alliance, United SPACE STATIONS USING THE SKYLON LAUNCH SYSTEM gia, Russia States) IAC-10.B3.6.-A5.3.4 Mark Hempsell, Reaction Engines Ltd., United Kingdom Rapporteur: Tai Nakamura (Japan Aerospace Exploration Agency Eifel 2009 field campaign: Analog Astronaut Extra- IAC-10.B3.7.4 (JAXA), Japan) vehicular surface/subsurface activities and human An Innovative Navigation Scheme for high precision aspects IAC-10.B3.5.1 landing on Mars Willibald Stumptner, , Austria B3.3. ISS Operations and Utilization Status and prospects of the cosmonaut selection Nie Qi, Beijing Aerospace Automatic Control Institute, China and training system utilization IAC-10.B3.6.-A5.3.5 September 29 2010, 10:15 – Meeting Hall V IAC-10.B3.7.5 Sergey Krikalev, Yu.A. Gagarin Research and Test Cosmonaut Functional Prototyping of Crew Collaborative Ro- Chair: Carlo Mirra (EADS Astrium, The Netherlands); Maria Stella Common Docking Navigation Systems Training Center, Russia botic Systems: Gaining Confidence and Knowledge in Lavitola (Thales Alenia Space Italia, Italy) Kevin Miller, Aerospace & Technologies Corp., United States Rapporteur: Hiroyuki Ogo (Japan Manned Space Systems Corpora- IAC-10.B3.5.3 View of Planetary Application tion, Japan) System approach to decision-making process aboard Simona Ferraris, Thales Alenia Space Italia, Italy IAC-10.B3.7.6 Hybrid Life Support as Integrated System Applying IAC-10.B3.3.1 a human spacecraft: priorities and optimization of IAC-10.B3.6.-A5.3.6 Fuel Cell and Algal Photobioreactor achievements, plans and outlook of the european iss decision-making string Human and Robotic Partnerships during ILEWG Field Britta Ganzer, University of Stuttgart, Germany utilisation programme Alexander Kalery, S.P. Korolev Rocket and Space Corporation Campaigns in Utah Desert (EuroGeoMars2009 and Eu- Martin Zell, European Space Agency (ESA), The Netherlands Energia, Russia roMoonMars2010) and Eifel Volcanic Park IAC-10.B3.7.8 Bernard Foing, European Space Agency (ESA), The Netherlands Sustainment technology enablers for future NASA IAC-10.B3.3.2 IAC-10.B3.5.4 missions utilizing Ares 1 Supportability Engineering Effectiveness of the “Long-Term Program of Scien- Integrated Onboard Crew and International Con- IAC-10.B3.6.-A5.3.7 and Sustainability lessons learned tific and Applied Experiments on the ISS Russian seg- trol Centers Operations in Case of Contingency and The Role of Natural Interaction in Astronaut-Robot John V. Smith, National Aeronautics and Space Administration ment” Emergency Situations Cooperation (NASA)/Marshall Space Flight Center, United States Boris Zagreev, TSNIIMASH, Russia Akira Tsuchida, JAXA Tsukuba Space Center, Japan Seppo Heikkilä, Helsinki University of Technology (TKK), Finland IAC-10.B3.7.9 IAC-10.B3.3.3 IAC-10.B3.5.5 IAC-10.B3.6.-A5.3.8 Using voice input/output technologies to support of the KIBO Utilization – Results from Utiliza- C1 Mission: Lessons learned about pairing space ac- REX-J (Robot EXpeiment on ISS/JEM) to be conducted hand-busy execution of onboard ISS crew proce- tion planning and integration tivities with Canadian astronaut increment. in the year 2012 to demonstrate the EVA support ro- dures Nobuyoshi Fujimoto, JAXA, Japan Nicole Buckley, Canadian Space Agency, Canada bots (Astrobots) John Melody, SyberNet Ltd., Ireland Mitsushige Oda, Japan Aerospace Exploration Agency (JAXA), IAC-10.B3.3.4 IAC-10.B3.5.6 Japan IAC-10.B3.7.10 CSA planning to use ISS to meet the future EVA Tools for the ISS and Interplanetary Missions AN INVESTIGATION OF FLYWHEELS ROTORS UNBALANCES Nicole Buckley, Canadian Space Agency, Canada Mikhail Tyurin, S.P. Korolev Rocket and Space Corporation Energia, IAC-10.B3.6.-A5.3.9 INFLUENCE ON MICROACCELERATIONS ON BOARD PERSPEC- Russia The Dynamic Characteristics Analysis of Moon Soil IAC-10.B3.3.6 TIVE SPACECRAFT Drilling Device SCIENTIFIC PAYLOAD IMPLEMENTATION ONBOARD THE INTER- IAC-10.B3.5.7 Anton Sumarokov, S.P. Korolev Rocket and Space Corporation Zhifeng Dong, China University of Mining and Technology, China NATIONAL SPACE STATION Modeling and Simulation of EVA Dynamics for Con- Energia, Russia Vic Cooley, National Aeronautics and Space Administration (NASA)/ struction of Space Station IAC-10.B3.6.-A5.3.10 Johnson Space Center, United States Li Hao, China Robotic Pre-Cursor Missions: Enhancing Human Ex- ploration IAC-10.B3.3.7 IAC-10.B3.5.8 Nantel Suzuki, National Aeronautics and Space Administration The Implementation of two Years of ESA Utilisation Studying Earth’s surface from ISS board according (NASA), United States of the ISS to URAGAN research program Carlo Mirra, EADS Astrium, The Netherlands Eric Sarmin, RSC Energia, Russia IAC-10.B3.3.8 Issues and Solution Knowledge from ISS/Kibo life sci- ence experiment operations Kazue Ueyama, Japan Manned Space Systems Corporation, Japan

102 103 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

B3.8.-E7.7. Joint IAF-IISL session on Le- B4. SMALL SATELLITE MISSIONS SYM- IAC-10.B4.1.11 B4.3. Small Satellite Operations EL LIBERTAD 1 THE FIRST COLOMBIAN SATELLITE (CUBESAT) gal Framework for Collaborative Human POSIUM OVERVIEW September 28 2010, 15:15 – Club H Space Missions Coordinator: Rhoda Shaller Hornstein (National Aero- Raúl Andrés Joya Olarte, Universidad Sergio Arboleda, Colombia Chair: Peter M. Allan (Rutherford Laboratory, United King- nautics and Space Administration (NASA), United dom); Karen McBride (University of California, Los Angeles, United October 1 2010, 14:00 – Meeting Hall V IAC-10.B4.1.12 States) States); Alex da Silva Curiel (Surrey Satellite Technol- Academic aerospace programme at the UNAM Chair: Cristian Bank (EADS Astrium Space Transportation GmbH, IAC-10.B4.3.1 Carlos Romo Fuentes, School of Engineering, UNAM, Mexico Germany); Lesley Jane Smith (Leuphana University of Lüneburg/ ogy Ltd, United Kingdom) PRISMA Operational Concept: Servicing a Variety of Weber-Steinhaus & Smith, Germany) IAC-10.B4.1.13 Experimental Teams for the Flight Demonstration of Rapporteur: Mark Hempsell (Reaction Engines Ltd., United King- ITA’s university satellite program Formation Flying Technologies dom) Geilson Loureiro, Instituto Nacional de Pesquisas Espaciais (INPE), Per Bodin, Sweden IAC-10.B3.8.-E7.7.1 B4.1. 11th UN/IAA Workshop on Small Brazil Legal Aspects of International Cooperation in Chi- IAC-10.B4.3.2 na’s Manned Space Program Satellite Programmes at the Service of Next Generation Disaster Monitoring Constellation Haifeng Zhao, Harbin Institute of Technology, China Developing Countries Satellite UK-DMC-2: In-orbit results Mike Cutter, Surrey Satellite Technology Ltd, United Kingdom IAC-10.B3.8.-E7.7.2 September 28 2010, 10:15 – Club H B4.2. Small Space Science Missions Europe’s approach to human space missions Chair: Sias Mostert (Space Commercial Services Holdings (Pty) Ltd, September 27 2010, 15:15 – Club H IAC-10.B4.3.3 Stefania Barbieri, European Space Agency (ESA), France South Africa); Sergei Chernikov (United Nations Office at Vienna, The Self-Tracking Small Satellite Chair: Stamatios Krimigis (The John Hopkins University, United Austria) Bruce Robertson, Mount Allison University, Canada IAC-10.B3.8.-E7.7.3 States); Denis J.P. Moura (European Defence Agency, Belgium) Rapporteur: Petr Lála (Czech Space Office, Czech Republic); Pierre IAC-10.B4.3.4 Future Directions for International Space Col- IAC-10.B4.2.1 METHODOLOGY OF OPERATION A REMOTE SENSING SYSTEM laboration: an analysis of the impact of President Molette (France) Focusing on Scientific Returns through Result- FOR EARTH IMAGES BASED ON THE MICROSATELLITE “CON- Obama’s FY2011 budget proposal IAC-10.B4.1.1 Based Management of Small Space Science Missions DOR UNAM-MAI” Zoe Szajnfarber, Massachussets Institute of Technology (MIT), Building Technological Capability within Satellite Richard Giroux, Canadian Space Agency, Canada United States Programs in Developing Countries Jose Alberto Ramirez Aguilar, School of Engineering, UNAM, Danielle Wood, Massachussets Institute of Technology (MIT), IAC-10.B4.2.2 Mexico IAC-10.B3.8.-E7.7.4 ADITYA – 1, INDIAN MINI SATELLITE SPACE CORONAGRAPH United States IAC-10.B4.3.5 NASA’s Traditional Approaches to International Co- V. Koteswara Rao, Astronautical Society of India, India operation: Assessment of Relevance and Applicabil- IAC-10.B4.1.2 Autonomous operations and initial operation re- ity for Space Exploration Recent Design and Utilization Trends of Small Satel- IAC-10.B4.2.3 sults of small satellite STSAT-2 Peggy Finarelli, George Mason University, United States lites in Developing Countries Small Satellite REIMEI for Auroral Observations Kyungin Kang, Korea Advanced Institute of Science and Technol- Mohamed Argoun, Cairo University, Egypt Hirobumi Saito, Japan Aerospace Exploration Agency (JAXA), Ja- ogy (KAIST), Korea, Republic of IAC-10.B3.8.-E7.7.5 pan Improving International Space Cooperation IAC-10.B4.1.4 IAC-10.B4.3.6 Walter Faulconer, Strategic Space Solutions, LLC, United States Cubesat Program Justification Model IAC-10.B4.2.4 Antarctic Broadband – A microstallite niche Stephanie Wan, George Washington University, United States Measurement of Total Electron Count of the Iono- Michael Brett, Aerospace Concepts Pty Ltd, Australia IAC-10.B3.8.-E7.7.6 sphere and the Social Goal of Pratham, Indian Insti- IAC-10.B4.3.7 The International Space Station as a “Trading Post in IAC-10.B4.1.5 tute of Technology Bombay’s first Student Satellite PSN – Peruvian Satellite Network Outer Space”: a view from Europe Developing country’s small satellites missions Saptarshi Bandyopadhyay, Indian Institute of Technology, Bombay Robert Veldhuyzen, European Space Agency (ESA), The Nether- Lucas Lopes Costa, Southern Regional Space Research Center (IITB), India Jaime Alberto Estela Gutiérrez, Germany lands - CRS/CCR/INPE - MCT in collaboration with the Space Science IAC-10.B4.3.8 Laboratory of - LACESM/CT - UFSM, Brazil IAC-10.B4.2.6 IAC-10.B3.8.-E7.7.7 near infrared camera for astronomy in the small GENSO: A Report on the Early Operational Phase Merchants on orbit – challenge for diplomats on IAC-10.B4.1.6 satellite stsat-3 Helen Page, European Space Agency (ESA), The Netherlands Earth. Or about impact of commercial aspect of ISS Study on the success of small satellite TTP pro- Dae-Hee Lee, Korea Astronomy and Space Science Institute, Ko- IAC-10.B4.3.9 operations on the balance of international partner- grams for developing countries and Best Practice rea, Republic of The Impact of Global Networks for Satellite Opera- ship based on TUBSAT Training Programme tions on Academic Space Missions Jakub Ryzenko, PIAP, Poland Tom Segert, TSB Innovation Agency Berlin GmbH / FAV, Germany IAC-10.B4.2.7 Development of a High Agility Small Satellite Mission Bastian Preindl, University of Applied Science Technikum Wien, IAC-10.B3.8.-E7.7.8 IAC-10.B4.1.7 Andrew Cawthorne, Surrey Satellite Technology Ltd, United King- Austria recent developments in spce law: agreement on in- Capacity Building in Basic Space Technology Develop- dom IAC-10.B4.3.10 ternational space station as case study ment through On-the-Job Training in Nano-satellite Data combination mechanism in highly distributed Design, Building and Testing IAC-10.B4.2.8 OlusojiI Nester John, Nigeria ground station networks Mengu Cho, Kyushu Institute of Technology, Japan The UK’s Technology Demonstration Satellite IAC-10.B3.8.-E7.7.9 James Penson, Surrey Satellite Technology Ltd, United Kingdom Marco Schmidt, University of Wuerzburg, Germany IAC-10.B4.1.8 Commercialization of Outer Space: Moving Towards IAC-10.B4.3.11 System Engineering and Integration of Pratham, In- IAC-10.B4.2.9 Legal Certainty Measuring and Modeling Link Quality in Ground Sta- dian Institute of Technology Bombay’s first Student Flight Results from PRISMA Formation Flying and Subhayu Chakraborty, National University of Juridical Sciences, tion Networks for Small Satellite Operations Satellite Rendezvous Demonstration Mission India Sebastian Krinninger, Vienna University of Technology, Austria Saptarshi Bandyopadhyay, Indian Institute of Technology, Bombay Staffan Persson, Swedish Space Corporation, Sweden (IITB), India IAC-10.B4.2.11 IAC-10.B4.3.12 The Potential of Ground Station Networks like GEN- IAC-10.B4.1.9 Evaluating AIS data quality for space based ship SO for Multi-Satellite Projects like QB50 ENHANCING UNDERGRADUATE studies in Uruguay with monitoring using the AAUSAT3 prototype Lars Mehnen, University of Applied Science Technikum Wien, Aus- aerospace activities Ulrik Wilken Rasmussen, Aalborg University, Denmark tria Maria Alonsoperez, Uruguay IAC-10.B4.2.12 Development of the microsatellite RISING-2 by To- IAC-10.B4.1.10 hoku University and Hokkaido University A new Age for the Peruvian Space Program Yuji Sakamoto, Tohoku University, Japan Juan Martín Canales Romero, Germany

104 105 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

B4.4. Small Satellites Potential for Future B4.5. Access to Space for Small Satellite B4.6A. Design and Technology for Small B4.6B. Design and Technology for Nano- Integrated Applications and Services Missions Satellites Sats and Cube-Sats September 29 2010, 10:15 – Club H September 29 2010, 15:15 – Club H September 30 2010, 10:15 – Club H September 30 2010, 15:15 – Club H Chair: Larry Paxton (The John Hopkins University Applied Physics Chair: Alex da Silva Curiel (Surrey Satellite Technology Ltd, United Chair: Richard Holdaway (Rutherford Appleton Laboratory, United Chair: Richard Holdaway (Rutherford Appleton Laboratory, United Laboratory, United States); Amnon Ginati (European Space Agency Kingdom); Jeffery Emdee (The Aerospace Corporation, United Kingdom); Philip Davies (Surrey Satellite Technology Ltd, United Kingdom); Philip Davies (Surrey Satellite Technology Ltd, United (ESA), The Netherlands) States) Kingdom) Kingdom) Rapporteur: Klaus Briess (Technische Universität Berlin, Germany) IAC-10.B4.5.1 IAC-10.B4.6A.1 IAC-10.B4.6B.2 IAC-10.B4.4.1 Launcher-1 Rapid Reaction Applications – An Overview Achievements and future of DFH civil remote sensing design and analysis of a full composite structure Cubesat Formation Flying: a Suitable Platform for Shaun Kenyon, Surrey Satellite Technology Ltd, United Kingdom small satellites for the 1st greek cube-sat by the university of pat- Space Situational Awareness Applications. Bai Zhaoguang, Dong Fang Hong Satellite Co. Ltd., China ras (upsat) IAC-10.B4.5.3 Mugurel Balan, Institute for Space Sciences, Romania Andreas Ampatzoglou, University of Patras, Greece development of gas-liquid equilibrium propulsion IAC-10.B4.6A.2 IAC-10.B4.4.2 system for IKAROS RCS Design and Development of Advanced Technology IAC-10.B4.6B.3 Enhanced Satellite AIS performances through an Yoshihiro Kishino, IHI Aerospace Co, Ltd., Japan Demonstration Small Satellite “TSUBMAME” Design Status of the Delfi-Next Nanosatellite optimized Space Segment design Nobuhiko Kisa, Tokyo Institute of Technology, Japan Project IAC-10.B4.5.4 Elena Razzano, Carlo Gavazzi Space, Italy Jasper Bouwmeester, Delft University of Technology (TU Delft), The Design and verification of an optimized separation IAC-10.B4.6A.4 Netherlands IAC-10.B4.4.3 system for microsatellites: the ALMASat-1 case In-Orbit AODCS Performance of SumbandilaSAT an Integrated Small Satellite Disaster Management So- study Earth Observation Satellite for South Africa IAC-10.B4.6B.4 lution for Developing Countries Davide Bruzzi, ALMASpace S.r.l., Italy Willem Steyn, ESL, Inc., South Africa Systems Engineering, Operations and Payload Inter- Sias Mostert, Space Commercial Services Holdings (Pty) Ltd, South facing in Cube-Sats IAC-10.B4.5.5 IAC-10.B4.6A.5 Africa Tom Stuttard, Astrium Ltd., United Kingdom collision risk analysis for nanosatellite cluster Maximising re-use through a modular range of small IAC-10.B4.4.4 launches satellite platforms IAC-10.B4.6B.5 MEMS gyroscopes based attitude determination ex- Fabio Santoni, University of Rome “La Sapienza”, Italy Philip Davies, Surrey Satellite Technology Ltd, United Kingdom HUMSAT: HUManitarian SATellite Constellation: a na- periment of ITASAT satellite – project description nosatellite constellation for climate change moni- IAC-10.B4.5.6 IAC-10.B4.6A.6 and initial results toring and humanitarian initiatives. Overview of Earth-to-Orbit Nano-Satellite Launch Skimsats – Ultra Low Altitude Spacecraft Design Marcelo C. Tosin, State University of Londrina, Brazil Fernando Aguado Agelet, Universidad de Vigo, Spain Markets and the Nano-Launcher Service Concepts and Applications IAC-10.B4.4.5 A.C. Charania, SpaceWorks Commercial, United States Simon Chalkley, Systems Engineering & Assessment Ltd, United IAC-10.B4.6B.6 nor flash memory reliability in low earth orbit Kingdom Japan Canada Joint Collaboration Satellites – Design IAC-10.B4.5.7 Abhishek Jain, SRM University, India of Intersatellite Separation Mechanism Small satellites current situation for access to IAC-10.B4.6A.7 Alfred Ng, Canadian Space Agency, Canada IAC-10.B4.4.6 space orbits Technologies for Microsatellite on Disturbance Small satellite constellation planning for disaster Eduardo Escobar Burger, Southern Regional Space Research Cent- Suppression, Propulsion, and Reliability Assessment IAC-10.B4.6B.7 management er - CRS/CCR/INPE - MCT in collaboration with the Space Science Hironori Sahara, Tokyo Metropolitan University, Japan PACE Nanosatellite preparing for launch D.V.A. Raghava Murthy, ISRO Satellite Centre (ISAC), India Laboratory of Santa Maria - LACESM/CT - UFSM, Brazil Artur Scholz, National Cheng Kung University, Taiwan, China IAC-10.B4.6A.8 IAC-10.B4.4.7 IAC-10.B4.5.8 The SGR-ReSI – A Small Satellite Instrument for Sens- IAC-10.B4.6B.8 Status of VNIR Hyperspectral Sensor HSC-III develop- research on rapid access to space of fractionated ing the Earth using GNSS Signals Mission Design for Pico-Satellite “Space Tethered ment: Optical and Data Acquisition Sub-system spacecraft modules Mike Cutter, Surrey Satellite Technology Ltd, United Kingdom Autonomous Robotic Satellite II” Shin Satori, Hokkaido Institute of Technology, Japan Masahiro Nohmi, Kagawa University, Japan Zhifu Bai, China IAC-10.B4.6A.9 IAC-10.B4.4.8 IAC-10.B4.5.9 The TET-1 Mission – current project status of the IAC-10.B4.6B.9 systematic identification of applications for a clus- Small Satellite Launch Market Study small satellite mission and outlook for a one year Low Cost Turnkey Missions Using The SENTRY Nano- ter of femto-satellites Akshay V. Patel, Harvard Business School, United States mission operation phase spacecraft Bus Prem Sundaramoorthy, Delft University of Technology (TU Delft), Clemens Kaiser, Kayser-Threde GmbH, Germany Jason Andrews, United States The Netherlands IAC-10.B4.5.10 On Orbit, On Demand Deployment of Nano Satellites IAC-10.B4.6A.10 IAC-10.B4.6B.10 IAC-10.B4.4.9 for Expanded Mission Capabilities Using Reconfigurable Hardware for Routing in Mesh a single microcontroller based on-board computer Chaos in the rotational motion of a magnetic space- Steve Cook, Dynetics, United States Networks of Small LEO Satellites design for a nano satellite craft in polar circular orbit with internal damping Aimal Siraj, Japan Saikat Gupta, SRM University, kattankulathur,chennai,INDIA, India due to magnetic hysteresis Miklos Vincze, Eötvös Loránd University, Hungary IAC-10.B4.6A.11 IAC-10.B4.6B.11 TUBSAT – A Reliable And Cost Effective Micro Satellite Cubesats development at Politecnico di Torino: the IAC-10.B4.4.10 Platform e-st@r program Commissioning the S3S Nanosatellite Star Tracker Matthias Buhl, Technische Universität Berlin, Germany Sabrina Corpino, Politecnico di Torino, Italy Thomas Dzamba, Ryerson University, Canada IAC-10.B4.6A.12 IAC-10.B4.6B.12 Smart antenna system for small satellites Analysis of field programmable gate array alterna- Danilo Roascio, Politecnico di Torino, Italy tives for use in nanosatellites William do Nascimento Guareschi, Southern Regional Space Re- search Center - CRS/CCR/INPE - MCT in collaboration with the Space Science Laboratory of Santa Maria - LACESM/CT - UFSM, Brazil

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B4.7. Space Systems and Architectures IAC-10.B4.8.5 IAC-10.B5.1.5 IAC-10.B5.2.7 A Discovery-Class Lunette Mission Concept for a Space & the Arctic: when looking from above can inSat3D: Real-time Spacecraft Monitoring in 3D Featuring Cross-Platform Compatibility Lunar Geophysical Network help down-to-Earth problems Luc Claustres, VEGA Technologies SAS, France John Elliott, Jet Propulsion Laboratory, United States Isabelle Duvaux-Bechon, European Space Agency (ESA), France October 1 2010, 14:00 – Club H IAC-10.B5.2.8 Chair: Jaime Esper (National Aeronautics and Space Administra- IAC-10.B4.8.6 IAC-10.B5.1.6 balloon-borne air traffic management (atm) experi- tion (NASA), United States); Marco D’Errico (Seconda Universita’ di LunaChem--An Instrument to Determine the Chemical SPACEGRID: towards the integration of space tech- ment as a precursor to space-based atm Napoli, Italy) Reactivity of Lunar Dust nologies in the power grid management system Yuval Brodsky, International Space University (ISU), France Rapporteur: Peter Mendham (SciSys Ltd, United Kingdom) David Loftus, National Aeronautics and Space Administration Maria Lucia Tampellini, Carlo Gavazzi Space, Italy IAC-10.B5.2.9 IAC-10.B4.7.1 (NASA)/Ames Research Center, United States IAC-10.B5.1.7 conceive of the teleoperator spacecraft A Performance Comparison of different Satellite IAC-10.B4.8.7 Integrated Applications: End-to-End Services Ad- Range Scheduling Algorithms for Global Ground Jian-yong Zhou, China TIROSS – An Academic Small Satellite Program for dressing Energy Sector Needs Station Networks Scientific Earth-Moon System Investigations Gonzalo Martin-de-Mercado, European Space Agency (ESA), The IAC-10.B5.2.10 Bastian Preindl, University of Applied Science Technikum Wien, Rene Laufer, Baylor University, United States Netherlands Global Assimilation and Information Access (): An Austria Integrated Approach to Earth Science Problems IAC-10.B4.8.8 IAC-10.B5.1.8 IAC-10.B4.7.2 Larry Paxton, The John Hopkins University Applied Physics Labora- Concept for a Lunar Transfer Vehicle for Small Sat- Humanitarian crisis 2015 – Making Space the most ef- An integrated development framework for rapid tory, United States ellite Delivery to the Moon from the International fective development of platform-independent and reusable Space Station Jakub Ryzenko, PIAP, Poland satellite on-board software John Elliott, Jet Propulsion Laboratory, United States Claas Ziemke, University of Stuttgart, Germany IAC-10.B5.1.9 IAC-10.B4.8.9 A European Crisis reSponse space architecture IAC-10.B4.7.3 Status of the IAA Study Group 4.5 Hitchhiking to the Luca del Monte, European Space Agency (ESA), France A general purpose powerful Processing Board for Moon B6. SPACE OPERATIONS SYMPOSIUM highly integrated equipments Leon Alkalai, Jet Propulsion Laboratory, United States Coordinator: H. Neal Hammond (United Space Al- Arnaud Colmon, EADS Sodern, France liance, United States); Manfred Warhaut (European IAC-10.B4.7.5 B5.2. Tools and Technology in Support of Space Agency (ESA), Germany) Flexible Building-Block Architecture For LEO Micros- atellite Platforms Integrated Applications Elena Razzano, Carlo Gavazzi Space, Italy B5. SYMPOSIUM ON INTEGRATED AP- September 29 2010, 15:15 – Club C IAC-10.B4.7.7 Chair: Larry Paxton (The John Hopkins University Applied Physics B6.1. Human Spaceflight Operations Con- Multi-purpose modular plug and play architecture PLICATIONS Laboratory, United States); Boris Penne (OHB-System AG, Ger- for space systems: design, integration and test Coordinator: Amnon Ginati (European Space Agency many) cepts Tommaso Pittera’, Second University of Naples, Italy (ESA), The Netherlands); Larry Paxton (The John Hop- Rapporteur: Larry Paxton (The John Hopkins University Applied September 28 2010, 10:15 – Terrace 1 Physics Laboratory, United States) IAC-10.B4.7.9 kins University Applied Physics Laboratory, United Chair: Bob Chesson (European Space Agency (ESA), The Nether- IAC-10.B5.2.1 lands); Mario Cardano (ThalesAlenia Space, Italy) ISRO’s responsive sounding rocket system deployed States) for investigation of Annular eclipse effects integrated applications promotion (iap) – the estab- Rapporteur: Michael McKay (European Space Agency (ESA), Ger- Helen Basil, Indian Space Research Organization (ISRO), India lishment of an ambassador platform for the cen- many) tral and eastern european region operated by the IAC-10.B6.1.1 european space policy institute (espi) Development and Verification of Ground-Based Tele- B5.1. Integrated Applications End-to-End Erich Klock, European Space Policy Institute (ESPI), Austria Robotics Operations Concept for B4.8. Hitchhiking to the Moon Solutions IAC-10.B5.2.2 Sarmad Aziz, Canadian Space Agency, United States space generation advisory council ad-hoc group on IAC-10.B6.1.2 October 1 2010, 09:00 – Club H September 29 2010, 10:15 – Club C disaster management, risk-reduction and capacity- Chair: Larry Paxton (The John Hopkins University Applied Physics Utilization of ISS to Develop and Test Operational Chair: Leon Alkalai (Jet Propulsion Laboratory, United States); Rene building (sgac spider) Laboratory, United States); Charlotte Mathieu (European Space Concepts and Hardware for Low-Gravity Terrestrial Laufer (Baylor University, United States) Mario Ciaramicoli, Space Generation Advisory Council (SGAC), Agency (ESA), France) EVA Rapporteur: Adam M. Baker (Virgin Galactic L.L.C, United Kingdom) Canada Rapporteur: Amnon Ginati (European Space Agency (ESA), The Matthew Gast, United Space Alliance, United States IAC-10.B4.8.1 Netherlands) IAC-10.B5.2.3 Accommodating lunar hitchhikers -- lessons IAC-10.B6.1.3 a system-of-systems approach for the concurrent learned and prospects IAC-10.B5.1.1 Cosmic Catch: Canadarm2’s First Capture of a Free- design of space missions James Burke, The Planetary Society, United States Operationalizing climate science for healthcare in Flying Vehicle – Operational Risks, Considerations Africa Guido Ridolfi, Politecnico di Torino, Italy and Results IAC-10.B4.8.2 Simon Adebola, Switzerland IAC-10.B5.2.4 Laura Lucier, Canadian Space Agency, United States LCROSS LUNAR IMPACTOR – LESSONS LEARNED FROM A orthogonal arrays based design methodology for SMALL SATELLITE MISSION IAC-10.B5.1.2 IAC-10.B6.1.4 complex coupled space systems Daniel Andrews, National Aeronautics and Space Administration safe: satellites for epidemiology – tuberculosis sur- JEM remote manipulator system on-orbit operations, Guido Ridolfi, Politecnico di Torino, Italy (NASA)/Ames Research Center, United States veillance in Georgia challenges, achievements and feedback for future Audrey Berthier, MEDES-IMPS, France IAC-10.B5.2.5 space robotics IAC-10.B4.8.3 The value of space applications with miniaturized Shinobu Doi, Japan Aerospace Exploration Agency (JAXA), Japan Optimal Design of Low-Energy Transfers to Highly IAC-10.B5.1.3 instruments Eccentric Frozen Orbits around the Moon European Space Agency Integrated Applications IAC-10.B6.1.5 Erik Laan, TNO Science and Industry, The Netherlands Alison Gibbings, University of Glasgow, Space Advanced Research Promotion Project Amazon – The Development of a Highlights in Columbus Operations and Preparation Team, United Kingdom Telemedicine-Enabled Vital Signs Monitor for Use in IAC-10.B5.2.6 for Assembly Complete Operations Phase Pre-Hospital Care Hybrid Space-Airborne Bistatic Synthetic Aperture Dieter Sabath, Deutsches Zentrum für Luft- und Raumfahrt e.V. IAC-10.B4.8.4 Chris Hannan, Remote Diagnostic Technology, United Kingdom Radar for Avoidance, Landing and Observation of (DLR), Germany Trajectory optimisation of a very-low-thrust lunar Unmanned Aerial Systems mission subject to highly non-linear thrust con- IAC-10.B5.1.4 Alfredo Renga, University of Naples “Federico II”, Italy straints An integrative approach of using satellite-based Rogan Shimmin, University of Adelaide, Australia information for precision farming: TalkingFields Heike Bach, VISTA GmbH, Germany

108 109 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

AC-10.B6.1.6 IAC-10.B6.2.5 B6.5. Flight Control Operations Virtual Forum B6.6.-B3.4. Sustainable Utilization of the space station multi-increment orbital mission design multifaceted nature of atv operations using dynamic programming Kris Capelle, ESA, France September 30 2010, 10:00 – Meeting Room 3.3 ISS Beyond 2015 – Joint Session of the Chair: Kathleen Coderre (Lockheed Martin Space and Science So- Lin Kunpeng, China IAC-10.B6.2.6 lutions, United States); Tom Uhlig (Deutsches Zentrum für Luft- und Human Space Endeavors and Space Op- IAC-10.B6.1.7 On-Orbit Servicing Missions: Challenges and solu- Raumfahrt e.V. (DLR), Germany) erations Symposia ISS exploitation and end-to-end logistics service as a tions for a Spacecraft Operations Center IAC-10.B6.5.1 way to optimization Florian Sellmaier, (DLR), Germany September 29 2010, 15:15 – Meeting Hall V SPOT 2 END OF LIFE - DISPOSAL MANOEUVRES Chair: Paul Eckert (The Boeing Company, United States); Helmut Dario Saia, Thales Alenia Space Italia, Italy IAC-10.B6.2.7 Aurelie MoussiSoffys, Centre National d'Etudes Spatiales (CNES), Luttmann (Astrium Space Transportation, Germany) IAC-10.B6.1.8 Satellite end of life constraints: technical and or- France Rapporteur: Rachid Amekrane (Astrium GmbH, Germany) The operations of the ESA ISS elements during the ganisational solutions IAC-10.B6.5.2 IAC-10.B6.6.-B3.4.1 year 2010 Bernard Cabrieres, Centre National d’Etudes Spatiales (CNES), HUMAN SPACEFLIGHT TRAJECTORY OPERATIONS: A CASE International Space Station as a platform for Explo- Alberto Novelli, European Space Agency (ESA), The Netherlands France STUDY FROM STS-132/ULF4 ration beyond Low Earth Orbit IAC-10.B6.1.9 IAC-10.B6.2.8 Rebecca Cutri-Kohart, United Space Alliance, United States Michael Raftery, Boeing Defense Space & Security, United States Design and Development of New JEM Ground Opera- Sumbandila operations – a cooperative approach IAC-10.B6.5.3 IAC-10.B6.6.-B3.4.2 tion Systems for the Next Generation Jan Koekemoer, SunSpace, South Africa HUMAN FACTOR IN UNMANNED SPACECRAFT OPERATIONS ISS Extension – New Opportunities for High Value Sci- Masaaki Komatsu, Kushiro National College of Technology, Japan Eric Sawyer, Centre National d'Etudes Spatiales (CNES), France entific and Industrial Utilisation IAC-10.B6.1.10 Freya Scheffler-Kayser, DLR, German Space Agency, Germany IAC-10.B6.5.4 Web Design for the International Space Station: An PLANNING AND EXECUTING FLIGHT DATA BASE TRANSITIONS IAC-10.B6.6.-B3.4.3 overview of the challenges and new technologies B6.3. Training Relevant for Operations, IN SYNCHRONIZATION WITH GROUND The Sustaining Engineering for JEM Long Term Opera- used in Web-Based Applications onboard the Space including Human Spaceflight Guillaume Girard, Deutsches Zentrum für Luft- und Raumfahrt e.V. tion Station, Astronaut Mission Planning and in Mission (DLR), Germany Yusuke Muraki, Japan Aerospace Exploration Agency (JAXA), Japan Control Center Operations October 1 2010, 09:00 – Terrace 1 Ahmed Khan, National Aeronautics and Space Administration Chair: Michael McKay (European Space Agency (ESA), Germany); IAC-10.B6.5.5 IAC-10.B6.6.-B3.4.4 (NASA)/Johnson Space Center, United States John Auburn (VEGA Group, United Kingdom) A YEAR IN THE LIFE OF CSA SPACE OPERATIONS: 2010 HIGH- success stories and new challenges of japanese Rapporteur: Glen Stromme (United Space Alliance, United States) LIGHTS & THE WAY FORWARD experiment module “Kibo” commercial utilization IAC-10.B6.1.11 IAC-10.B6.3.1 Viqar Abbasi, Canadian Space Agency, Canada Yashio Kashiyama, Japan Manned Space Systems Corporation, Node 3 and Cupola integrated in the ISS and fully op- Training For ISS “KIBO” Module Japan erational: their assembly and utilization, the unique IAC-10.B6.5.6 Satoru Nishizawa, Japan Manned Space Systems Corporation, experience and the lesson learned CNES OPERATIONAL ACTIVITIES IN COLLISION AVOIDANCE IAC-10.B6.6.-B3.4.5 Japan Annamaria Piras, Thales Alenia Space Italia, Italy FOR LEO SATELLITES Utilisation of the Columbus Laboratory by the Euro- IAC-10.B6.3.2 Xavier Pena, Centre National d'Etudes Spatiales (CNES), France pean Union IAC-10.B6.1.12 the new approach for robotics training Giuseppe Reibaldi, European Space Agency (ESA), The Nether- Considerations for Commercial Recovery of Human IAC-10.B6.5.7 Chizuru Yokosuka, Japan Manned Space Systems Corporation, lands Carrying Earth Landing Capsules HOW THE SPACECRAFT OPERATION WILL BE NEAR THE FU- Japan Gary Rohrkaste, United Space Alliance, United States TURE? IAC-10.B6.6.-B3.4.6 IAC-10.B6.3.3 Yuichiro Nogawa, Japan Manned Space Systems Corporation, ISS Utilisation by CSA: Now and in the Future Evolution of the ESA Astronaut Training for Colum- Japan Nicole Buckley, Canadian Space Agency, Canada bus Systems Operations IAC-10.B6.6.-B3.4.8 B6.2. New Operations Concepts Peter Eichler, EADS Astrium Space Transportation GmbH, Germany IAF Space Operations Committee Working Group Re- IAC-10.B6.3.4 port on ISS Operations Cost Reduction September 30 2010, 15:15 – Terrace 1 Commercial Spacewalking: Designing an EVA Qualifi- Michael McKay, European Space Agency (ESA), Germany Chair: Thomas Kuch (Deutsches Zentrum für Luft- und Raum- cation Program for fahrt e.V. (DLR), Germany); Geneviève Campan (Centre National IAC-10.B6.6.-B3.4.9 Matthew Gast, United Space Alliance, United States d’Etudes Spatiales (CNES), France) Opening up the ISS to the global community – A key to Rapporteur: Masaaki Komatsu (Kushiro National College of Tech- IAC-10.B6.3.5 promoting international cooperation nology, Japan) Virtual Reality: Avatars in Human Spaceflight Train- Alexander Karl, Germany IAC-10.B6.2.1 ing Development, Implementation and Verification of a Jeffrey Osterlund, United Space Alliance, United States Novel Ground Station Architecture for Real-Time IAC-10.B6.3.6 Applications Training Academy at ATV Control Centre Sebastian Herzig, Technische Universität München, Germany Dries Caluwaerts, Booz & Company, France IAC-10.B6.2.2 IAC-10.B6.3.8 Real-Time Evaluation of Attitude Constrains during a virtual astronaut model and the simulation of eva Space Robot Operations Ning Liu, CAST, China Markus Pietras, Technische Universität München, Germany IAC-10.B6.3.9 IAC-10.B6.2.3 Training Considerations for Commercial Space Flight Ground Segment and Operational Concept for Lunar Operations and Planetary Robotic Mission Gregory McClung, United Space Alliance, United States Chiara Maria Lombardi, ALTEC S.p.A., Italy IAC-10.B6.2.4 Automation of Operational Routine Tasks in ESOC Earth Observation Missions Michael Koller, European Space Agency (ESA), Germany

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C1. ASTRODYNAMICS SYMPOSIUM C1.2. Orbital Dynamics (2) C1.3. Attitude Dynamics C1.4. Attitude Dynamics (2) Coordinator: Erick Lansard (ThalesAlenia Space, September 28 2010, 10:15 – North Hall September 28 2010, 15:15 – North Hall September 29 2010, 10:15 – North Hall France) Chair: Gianmarco Radice (University of Glasgow, United Kingdom); Chair: Andre Mazzoleni (North Carolina State University, United Chair: Anna Guerman (University of Beira Interior, Portugal); Gerard Filippo Graziani (University of Rome "La Sapienza", Italy) States); Hyochoong Bang (Korea Advanced Institute of Science and Gomez (University of Barcelona, Spain) Rapporteur: Josep J. Masdemont (Universitat Politecnica de Cat- Technology (KAIST), Korea, Republic of) Rapporteur: Zhang Weihua (China) alunya (UPC), Spain) Rapporteur: Fabio Santoni (University of Rome "La Sapienza", Italy) IAC-10.C1.4.2 C1.1. Orbital Dynamics IAC-10.C1.2.1 IAC-10.C1.3.1 Design and validation of geometric optimisation Breakwell Lecture: “A Brief Survey of Methods Avail- Attitude Acquisition of Spacecraft with Multiple Liq- software for the attitude control of microsatel- September 27 2010, 15:15 – North Hall able for Numerical Optimization of Spacecraft Tra- uid Stores lites Chair: Rock Jeng-Shing Chern (China University of Science and jectories” Jay Kang, Korea Aerospace University, Korea, Republic of Nadjim Mehdi Horri, Surrey Space Centre, University of Surrey, Technology, Taiwan, China); Paolo Teofilatto (University of Rome Bruce Conway, University of Illinois at Urbana-Champaign, United United Kingdom "La Sapienza", Italy) IAC-10.C1.3.2 States Rapporteur: Othon Winter (Saõ Paulo State University (UNESP), Dynamics of Tethered Binary Asteroid Systems IAC-10.C1.4.3 Brazil) IAC-10.C1.2.2 Andre Mazzoleni, North Carolina State University, United States Attitude Control of IKAROS Solar Sail Spacecraft Solar Sail Transfer Trajectory from L1 Point to Sub and Its Flight Results IAC-10.C1.1.1 IAC-10.C1.3.3 L1 Point Ryu Funase, Japan Aerospace Exploration Agency (JAXA), Japan analytic expansions of luni-solar gravity perturba- Efficient Attitude Control of Tether-Controlled Gong Shengping, Tsinghua University, China tions along rotating axes for trajectory optimiza- Spinning Solar Sail using C.M.-C.P. Offset Torque and IAC-10.C1.4.5 tion: part2: the multipliers system and simulations IAC-10.C1.2.3 Virtual Structure Method Fault Detection and Fault Tolerant Control for Jean Kechichian, The Aerospace Corporation, United States Trajectory Control for a Solar Sail Spacecraft in Junichi Nishida, Tokyo Institute of Technology, Japan AAUSAT3 Cubesat an Offset Bjørn Eskildsen, Aalborg University, Denmark IAC-10.C1.1.2 IAC-10.C1.3.4 Geoff Wawrzyniak, Purdue University, United States New Numerical Methods for Determining Periodic Or- Onboard Attitude Perturbation Estimation for Gyro- IAC-10.C1.4.7 bits in the Circular Restricted Three-Body Problem IAC-10.C1.2.4 less Spacecraft a space mobile robot using tethered moving methods Mauro Pontani, University of Rome “La Sapienza”, Italy ON A HAZARD MITIGATION PROBLEM FOR APOPHIS-EARTH Steve Ulrich, Carleton University, Canada – study of tether’s location and robot’s locomotion POSSIBLE COLLISION IN 2036 capability IAC-10.C1.1.3 IAC-10.C1.3.5 Vyacheslav V. Ivashkin, Keldysh Institute of Applied Mathematics, Mitsuhiro Yamazumi, Tokyo Institute of Technology, Japan extension of low thrust propulsion to the coplanar Dynamic Control of Redundant Space Manipulators RAS, Russia circular restricted four body problem with applica- Suitable for Real-Time Applications IAC-10.C1.4.8 tions to future trojan asteroids missions IAC-10.C1.2.5 Silvio Cocuzza, CISAS G. Colombo Center of Studies and Activities Mission-oriented Micro-Sun-Sensor Laboratory Test- Marta Ceccaroni, University of Strathclyde, United Kingdom A New Navigation Force Model for Solar Radiation for Space, University of Padova, Italy ing in Real-Time Operation Mode Pressure Michele Grassi, University of Naples “Federico II”, Italy IAC-10.C1.1.4 IAC-10.C1.3.6 Jay McMahon, University of Colorado, United States On the low-energy transfers between icy of New Elements for the Efficient Propagation of Atti- IAC-10.C1.4.9 Jupiter IAC-10.C1.2.7 tude Dynamics An attitude model for the spacecraft of the ESA mis- Elena Fantino, Universitat Politecnica de Catalunya (UPC), Spain Orbit Control of High Area-to-Mass Ratio Spacecraft Martin Lara, Real Observatorio de la Armada, Spain sion Gaia Using Electrochromic Coating Ralf Keil, ZARM - University of Bremen, Germany IAC-10.C1.1.5 IAC-10.C1.3.7 Charlotte M. Lücking, University of Strathclyde, United Kingdom Electric ?V in Solar Electric Propulsion (SEP) and Review and Analysis of Single-Thruster Attitude Con- IAC-10.C1.4.10 Flyby for Near-Earth-Objects IAC-10.C1.2.8 trol Algorithms for Spinning Spacecraft Research on the pointing control computation and Denilson Paulo Souza dos Santos, INPE, Brazil Nonlinear Effects in the Correlation of Tracks and Robin Raus, Surrey Space Centre, University of Surrey, United realization method of TDRS tracking the LEO space- IAC-10.C1.1.6 Covariance Propagation Kingdom craft Kyle Alfriend, Texas A&M University, United States Wu Gang, Beijing Institute of Tracking and Telecommunication Short-Period Ballistic Out-of-Ecliptic Trajectories IAC-10.C1.3.8 Technology, China via Multiple Venus & Earth Swing-bys and VEGA-driven IAC-10.C1.2.10 Singularity-Free Dynamic Equations of Spacecraft- Multiple Earth Swing-bys TETHER LENGTH CONTROL FOR ORBITAL MANOEUVRES Manipulator Systems IAC-10.C1.4.11 Junichiro Kawaguchi, Japan Aerospace Exploration Agency (JAXA), Japan Maurizio Parisse, Aerospace Engineering School, University of Pål Johan From, Norwegian University of Science and Technology, Nonlinear Estimation for Vision-based Target Atti- IAC-10.C1.1.7 Rome “La Sapienza”, Italy Norway tude Measurement in Space Operation Haifeng Su, College of Astronautics, Northwestern Polytechnical Trajectory Evolution in Multi-Body Regimes with Ap- IAC-10.C1.3.10 University, China plications in the Saturnian System Attitude Dynamics of a Pendulum-Shaped Charged Diane Davis, Purdue University, United States Satellite IAC-10.C1.4.12 IAC-10.C1.1.8 Hiroshi Yamakawa, Kyoto University, Japan Three-axis Stabilization of a Low Earth Orbit Space- craft utilizing Three Magnetorquers and Reaction accuracy analysis of orbit determination and pre- IAC-10.C1.3.11 Wheels Combinations, according to Energy Consump- diction for low orbit lunar satellites Measurement and analysis of the solar array pan- tion Jiasong Wang, State Key Lab of Astrodynamics, China el’s dynamic displacement caused by thermal snap M. Navabi, Shahid Beheshti University, Iran IAC-10.C1.1.9 using an on-board monitor camera Coulomb testbed force model verification for Yusuke Hagiwara, Tokyo Institute of Technology, Japan charged relative motion experiments IAC-10.C1.3.12 Carl Seubert, University of Colorado, United States Lyapunov stability analysis of spacecraft attitude IAC-10.C1.1.11 control system with control allocation How to Establish and Keep Orthogonal Constella- Shengyong Tang, Harbin Institute of Technology, China tion by Two Orbiters Under Perturbation Naoko Ogawa, Japan Aerospace Exploration Agency (JAXA), Japan IAC-10.C1.1.12 Spacecraft Rendezvous Through Motion Camouflage Tao Yang, China

112 113 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

C1.5. Guidance, Navigation, and Control C1.6. Guidance, Navigation, and Control (2) C1.7. Guidance, Navigation, and Control (3) C1.8. Mission Design, Operations and September 29 2010, 15:15 – North Hall September 30 2010, 10:15 – North Hall September 30 2010, 15:15 – North Hall Optimization Chair: Brij Agrawal (Naval Postgraduate School, United States); Chair: Jean-Paul Berthias (Centre National d'Etudes Spatiales Chair: David C. Folta (National Aeronautics and Space Administra- Alfred Ng (Canadian Space Agency, Canada) (CNES), France); Saburo Matunaga (Tokyo Institute of Technology, tion (NASA)/Goddard Space Flight Center, United States); Kazuya October 1 2010, 09:00 – North Hall Chair: Nicolas Berend (Office National d’Etudes et de Recherches Rapporteur: Fuyuto Terui (Japan Aerospace Exploration Agency Japan) Yoshida (Tohoku University, Japan) Aérospatiales (ONERA), France); Yury Razumny (Bauman Moscow (JAXA), Japan) Rapporteur: Benedicte Escudier (SUPAERO - Ecole Nationale Rapporteur: David B. Spencer (The Pennsylvania State University, State Technical University, Russia) Supérieure de l'Aéronautique et de l'Espace, France) United States) IAC-10.C1.5.2 Rapporteur: Johannes Schoenmaekers (European Space Agency Attitude Manoeuvring Under Dynamic Path and Time IAC-10.C1.6.1 IAC-10.C1.7.2 (ESA), Germany) Constraints for Improved GPS Coverage of Forma- Trajectory Reconstruction of Hayabusa’s Atmos- Multi rate Sensor data fusion for spacecraft state IAC-10.C1.8.1 tion-Flying Nanosatellites pheric Reentry estimation Sun-Earth Libration Point Transfer Options with in- Bryan Johnston-Lemke, Space Flight Laboratory, University of Michael Shoemaker, Kyushu University, Japan G.V.P. Bharat Kumar, Indian Space Research Organization (ISRO), termediate HEO Toronto, Canada India IAC-10.C1.6.2 Florian Renk, University of Stuttgart, Germany IAC-10.C1.5.3 Precise Modeling of Solar Radiation and Thermal Ac- IAC-10.C1.7.4 IAC-10.C1.8.2 Image based navigation and guidance for approach celerations on Rosetta Effect Analysis of Thruster Configuration to Con- Orbit design for future SpaceChip missions and touchdown phase to an asteroid utilizing cap- Takahiro Kato, Kyushu University, Japan trol Error and Fuel Consume Camilla Colombo, University of Strathclyde, United Kingdom tured images at the rehearsal operation Xiaokui Yue, Northwestern Polytechnical University, China IAC-10.C1.6.3 Fuyuto Terui, Japan Aerospace Exploration Agency (JAXA), Japan IAC-10.C1.8.3 Requirements and Design Study of the HTV Recovery IAC-10.C1.7.5 Application of Global Solution of Hamilton-Jacobi IAC-10.C1.5.4 Trajectory Direct Transcription of Low-Thrust Trajectories Equations to Optimal Low-Thrust Multiple Rendez- Formation acquisition and control strategies for Keiichi Wada, Japan Aerospace Exploration Agency (JAXA), Japan with Finite Trajectory Elements vous Problem formations in highly elliptic orbits Massimiliano Vasile, University of Glasgow, United Kingdom IAC-10.C1.6.4 Mai Bando, Kyoto University, Japan Thomas Vincent Peters, GMV, Spain estimation of solar radiation pressure force for so- IAC-10.C1.7.6 IAC-10.C1.8.4 IAC-10.C1.5.5 lar sail navigation prediction of landing point of chang’e-1 lunar probe Mission Analysis of the Cross-Scale Multi-Satellite Guidance and Control Strategies for a Spacecraft Tomohiro Yamaguchi, The Graduate University of Advanced Stud- using short-arc USB and VLBI tracking data System to Rendezvous with a Non-cooperative Spacecraft ies, Japan Jianrong Chen, State Key Lab of Astrodynamics, China Stefania Cornara, DEIMOS Space S.L., Spain Ananth S. Komanduri, ZARM - University of Bremen, Germany IAC-10.C1.6.5 IAC-10.C1.7.7 IAC-10.C1.8.5 IAC-10.C1.5.6 Proximity Navigation for Asteroid Mission using CCD Visual Navigation System for Orbit and Attitude De- Optimization of operative planning for multifunc- Development of Sliding Mode Controller for Small Imager termination of Failed/Dead Satellites on Orbit tional satellite observation and communication sys- Satellite in Planetary Orbital Environment Forma- Kikuko Miyata, Kyushu University, Japan Gilberto Arantes Jr, ZARM - University of Bremen, Germany tems tion Flying Missions IAC-10.C1.6.6 IAC-10.C1.7.8 Valeriy V. Darnopykh, Moscow Aviation Institute (State University of Saptarshi Bandyopadhyay, Indian Institute of Technology, Bombay Evaluation and Findings of HTV-1 Trajectory and the High Frequency Vibration Isolation of Control Mo- Aerospace Technologies), Russia (IITB), India Planning Operation ment Gyroscope on Satellites IAC-10.C1.8.6 IAC-10.C1.5.7 Keiichi Wada, Japan Aerospace Exploration Agency (JAXA), Japan Zhang Yao, Beihang University, China Target Phasing Maneuver Planning for Manned Or- A new method of navigation and guidance using dou- IAC-10.C1.6.7 IAC-10.C1.7.9 bital Rendezvous ble line-of-sight measurements for autonomous DEIMOS PRECISION LANDER GUIDANCE, NAVIGATION AND PROBLEMS OF NAVIGATIONAL TRACKING OF TETHER SYSTEM Jin Zhang, National University of Defense Technology, China rendezvous CONTROL DESIGN DEPLOYMENT ON AN EXAMPLE OF YES2 EXPERIMENT ON Chen Tong, BUAA, China IAC-10.C1.8.7 James Kaidy, The John Hopkins University Applied Physics Labora- SPACE VEHICLE “FOTON-M3” Drag-Free Control Systems Modelling in Operational IAC-10.C1.5.8 tory, United States Igor Belokonov, Samara State Aerospace University, Russia Simulators Approach for Optimal Multi-Rendezvous Trajectory IAC-10.C1.6.9 IAC-10.C1.7.10 Dag Evensberget, VEGA Deutschland GmbH & Co, KG, Germany Design for Active Debris Removal Design of a robust control law for the VEGA launch- NEMO: an Advanced Cross-Application Vision-Based Junko Murakami, Kyushu University, Japan IAC-10.C1.8.9 er ballistic phase GNC SW Platform and Simulator Attitude Maneuver Design With Path Constraints for IAC-10.C1.5.9 Monica Valli, Politecnico di Milano, Italy Igor Vukman, Carlo Gavazzi Space, Italy Indian Astronomy Satellite – ASTROSAT formation flight line of sight guidance IAC-10.C1.6.10 IAC-10.C1.7.11 Pandiyan Ramalingam, ISRO Satellite Centre (ISAC), India Mauricio Moshe Guelman, Asher Space Research Institute, Adaptive Guidance Law for Trajectory Control of a A laboratory facility to test vision-aided docking Technion, I.I.T., Israel IAC-10.C1.8.10 Reusable Launch Vehicle during Air-Breathing Ascent strategies with no-cooperative targets safety-optimal impulsive rendezvous with trajec- IAC-10.C1.5.11 Phase Nicola Cortigiani, Politecnico di Milano, Italy tory uncertainties Flight Results from SSC’s GNC Experiments within the Venkitakrishnan Brinda, Indian Space Research Organization IAC-10.C1.7.12 Li-bo Liang, National University of Defense Technology, China PRISMA Formation Flying Mission (ISRO), India A study of the navigation for a spacecraft by using Per Bodin, Sweden IAC-10.C1.6.11 Modified Orbit estimator IAC-10.C1.5.12 Fault Detection and Isolation for Satellite using the Tsutomu Ichikawa, Japan Aerospace Exploration Agency (JAXA), FLIGHT RESULTS FROM THE AUTONOMOUS NAVIGATION IMM-UKF Algorithm Japan AND CONTROL OF FORMATION FLYING SPACECRAFT ON THE Jonghee Bae, Seoul National University, Korea, Republic of PRISMA MISSION IAC-10.C1.6.12 Sergio De Florio, University of Glasgow, Space Advanced Research Vision Based Navigation for Autonomous Pinpoint Team, Germany Lunar Landing Junhua Feng, Harbin Institute of Technology, China

114 115 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

C1.9. Mission Design, Operations and C2. MATERIALS AND STRUCTURES SYM- IAC-10.C2.1.10 IAC-10.C2.2.6 Low Shock Non-Pyro Separation System for Small Thermo-elastic distortion measurements by holo- Optimization (2) POSIUM Satellite from Launch Vehicle graphic interferometry and correlation with finite October 1 2010, 14:00 – North Hall Coordinator: Constantinos P. Stavrinidis (European Seiya Nagano, Kyushu University, Japan element models for SiC connections/junctions on spacecraft Chair: Eberhard Gill (Delft University of Technology (TU Delft), The Space Agency (ESA), The Netherlands); Pavel M. Tri- IAC-10.C2.1.11 Cedric Thizy, Centre Spatial de Liège, Belgium Netherlands); Michèle Lavagna (Politecnico di Milano, Italy) vailo (Royal Melbourne Institute of Technology (RMIT), Structural Analysis and Verification of a Recovery Rapporteur: Kathleen Howell (Purdue University, United States) Australia) Subsystem for the Atmospheric Reentry Satellite IAC-10.C2.2.7 IAC-10.C1.9.1 Artur C. Arantes-Filho, Instituto de Aeronáutica e Espaço (IAE), Development of Morphing Deployables for Space Ap- Invariant-Manifold, Low-Thrust Transfers to Low Brazil plications Mars Orbits Scott Walker, University of Southampton, United Kingdom IAC-10.C2.1.12 Giorgio Mingotti, Universität Paderborn, Germany C2.1. Space Structures I – Development technical study on the structural design of korean IAC-10.C2.2.8 IAC-10.C1.9.2 lunar explorer study on shape repeatability of a flexible space Proposed End-of-Mission for the Cassini Spacecraft: and Verification (Space Vehicles and Sun-Won Kim, Korea Aerospace Research Institute, Korea, Repub- structure with hysteresis Inner D Ring Ballistic Saturn Impact Components) lic of Kenta Saito, National Defense Academy, Japan Brent Buffington, Jet Propulsion Laboratory, United States September 27 2010, 15:15 – Meeting Room IAC-10.C2.1.13 IAC-10.C2.2.9 IAC-10.C1.9.3 Development of the accelerometer sensor heads Displacement measurements of a parabolic reflec- Strategy to achieve gravitational capture at Cal- 4.2 for the GOCE satellite: Assessment of the critical tor by holographic interferometry in the long- Chair: Alwin Eisenmann (MT Aerospace Satellite Products Ltd., listo items and qualification wavelength infrared United Kingdom); Andreas Rittweger (EADS SPACE Transportation, Elisa Maria Alessi, University of Barcelona, Spain Guillaume Bodoville, Office National d’Etudes et de Recherches Jean-François Vandenrijt, Centre Spatial de Liège, Belgium Germany) Aérospatiales (ONERA), France IAC-10.C1.9.4 Rapporteur: Jean-Alain Massoni (ThalesAlenia Space, France) IAC-10.C2.2.10 Orbital Transfer Design between Libration Points IAC-10.C2.1.1 IAC-10.C2.1.14 development of ikaros mission system to expand so- around Jovian Satellites key cryogenic technologies enhancement and verifi- Optimization and Thermal Control of a multi-layered lar power sail Keita Tanaka, University of Tokyo, Japan cations within hxg macro demonstrator structure for space electronic device Hirotaka Sawada, Japan Aerospace Exploration Agency (JAXA), Riccardo Monti, University of Rome “La Sapienza”, Italy Japan IAC-10.C1.9.5 Yves Prel, Centre National d’Etudes Spatiales (CNES), France Optimised design of a mission to multiple Trojan as- IAC-10.C2.1.2 IAC-10.C2.2.11 teroids fly-bies Development and Verification of Polymer-Lined Com- Techno Managerial Challenges in Development of Denis Carbonne, Centre National d’Etudes Spatiales (CNES), posite Liquid Hydrogen Tank for Reusable Vehicle GSLV Mk3 Launch Vehicle Hardwares France Shinsuke Takeuchi, Japan Aerospace Exploration Agency (JAXA), C2.2. Space Structures II – Development Pazhayannoor Venkitachalam Venkitakrishnan, Indian Space Re- search Organization (ISRO), India IAC-10.C1.9.7 Japan and Verification (Deployable and Dimen- finite-thrust optimization of interplanetary trans- IAC-10.C2.1.3 sionally Stable Structures) IAC-10.C2.2.12 fers of space vehicle with bimodal nuclear thermal development of propellant tank Structure for Ko- Static and Dynamic Analysis of Space Webs propulsion rea space launch vehicle September 28 2010, 10:15 – Meeting Room 4.2 Yang Yu, Tsinghua University, China Oleksii Kharytonov, Taras Shevchenko National University, Ukraine Chair: Paolo Gasbarri (Università di Roma “La Sapienza”, Italy); Yeong-Moo Yi, Korea Aerospace Research Institute, Korea, Repub- IAC-10.C2.2.13 Jean-Alain Massoni (ThalesAlenia Space, France) IAC-10.C1.9.8 lic of Successes and problems of the inflatable re-entry Rapporteur: Pierre Rochus (Centre Spatial de Liège, Belgium) Incremental Solution of LTMGA Transfers Tran- IAC-10.C2.1.4 descent technology development IAC-10.C2.2.1 scribed with an Advanced Shaping Approach Structural load test programme for LVM3: Test Con- Finchenko Valery, Lavochkin Association, Russia A New Design Methodology for Onboard Ultra Light- Massimiliano Vasile, University of Glasgow, United Kingdom figurations and Lessons learned. Weight Cable-Mesh Antenna Reflectors IAC-10.C2.2.14 Somanath Sreedhara Panicker, Indian Space Research Organiza- IAC-10.C1.9.9 Takayuki Kanonji, Tokyo City University, Japan A new design concept of light-weight deployable Applications of Multi-Body Dynamical Environments: tion (ISRO), India membrane structures for space applications IAC-10.C2.2.2 The Transfer Trajectory Design IAC-10.C2.1.5 Io Yaguchi, Tokyo City University, Japan A Self-Deploying and Self-Stabilizing Helical Antenna David C. Folta, National Aeronautics and Space Administration Design, Realisation and Testing of A Large Diameter for Small Satellites (NASA)/Goddard Space Flight Center, United States Solid Booster Motor Case Joachim Block, Deutsches Zentrum für Luft- und Raumfahrt e.V. Thomas Kurian, Indian Space Research Organization (ISRO), India IAC-10.C1.9.10 (DLR), Germany Particle Swarm Optimization Applied to Orbital IAC-10.C2.1.6 C2.3. Space Structures – Dynamics and IAC-10.C2.2.3 Transfers Advanced Structural Analysis of Flex Nozzle for deployment analyses of membrane structure sys- Microdynamics Mauro Pontani, University of Rome “La Sapienza”, Italy tems with inflatable tubes for future space applica- September 28 2010, 15:15 – Meeting Room 4.2 IAC-10.C1.9.11 Yezhil Arasu, Space Centre (VSSC), India tions Chair: Peter M. Bainum (Howard University, United States); Ijar a study of the transfer trajectories to halo orbits IAC-10.C2.1.7 Nobuisa Katsumata, Waseda University, Japan M. Da Fonseca (Instituto Nacional de Pesquisas Espaciais (INPE), using stable manifolds considering launch condi- Structural analysis and preliminary space charac- IAC-10.C2.2.4 Brazil) tions terization of a prototype hollow laser retroreflec- Advanced multibody simulation techniques for large Rapporteur: Harijono Djojodihardjo (Universitas Al Azhar Indonesia, Masaki Nakamiya, ISAS/JAXA, Japan tor deployable systems – The IXO Telescope case Indonesia) Claudio Cantone, Istituto Nazionale di Fisica Nucleare (INFN), Italy IAC-10.C1.9.12 Gianluigi Baldesi, European Space Agency (ESA), The Netherlands IAC-10.C2.3.1 Deterministic Method for Space Trajectory Design IAC-10.C2.1.8 Experimental verification of damage detection based IAC-10.C2.2.5 with Mission Margin Constraints A strategy for finite element model verification of on proper orthogonal decomposition on a plate development of extendible robot arm experiment Joris Olympio, European Space Agency/ESTEC - Advanced Con- complex spacecraft structure model for iss/jem-ef cepts Team, The Netherlands Jifeng Ding, China Academy of Space Technology (CAST), China Mirco Zaccariotto, CISAS G. Colombo Center of Studies and Activi- Takeshi Kuratomi, WEL Research Co., Ltd., Japan ties for Space, University of Padova, Italy IAC-10.C2.1.9 A notching method for random vibration accelera- tion spectra derived from the force limiting tech- nique Yuanjie Zou, China Academy of Space Technology (CAST), China

116 117 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.C2.3.2 IAC-10.C2.4.3 IAC-10.C2.5.5 C2.6. Space Environmental Effects and MICRO-VIBRATION MEASUREMENTS ON THERMALLY LOADED Ablative, mechanical and thermal properties of Car- Innovative structural health monitoring system of MULTI-LAYER INSULATION SAMPLES bon/silicon carbide (C/SiC) for use as thermal pro- composite aerospace structures based on dynamic Spacecraft Protection Anton Grillenbeck, Industrieanlagen-Betriebsgesellschaft mbH tection system output data and advanced signal processing September 30 2010, 10:15 – Meeting Room 4.2 (IABG), Germany Maria Luisa Gregori, CTA-IAE, Brazil Aikaterini Panopoulou, NPI European Space Agency (ESA/ESTEC)- Chair: Minoo Dastoor (National Aeronautics and Space Administration University of Patras, Greece IAC-10.C2.3.4 IAC-10.C2.4.4 (NASA), United States); Akira Meguro (Tokyo City University, Japan) FURTHER DEVELOPMENT IN THE APPLICATION OF FAST Assessment of Automated Carbon Fibres Deposition IAC-10.C2.5.6 Rapporteur: Giuliano Marino (CIRA Italian Aerospace Research MULTIPOLE BOUNDARY ELEMENT METHOD FOR UNIFIED BEM- Techniques to Produce CMC Structures Digital Self-powered Semi-active Unit for Advanced Centre, Italy) FEM ACOUSTIC-STRUCTURAL COUPLING Luigi Scatteia, CIRA Italian Aerospace Research Centre, Italy Energy-recycling Vibration Suppression IAC-10.C2.6.1 Harijono Djojodihardjo, Universitas Al Azhar Indonesia, Indonesia Kanjuro Makihara, Japan Aerospace Exploration Agency (JAXA), An Analytical-numerical model for optimizing Ther- IAC-10.C2.4.5 Japan mal Protection Systems subjected to aerodynamic IAC-10.C2.3.5 Ceramic Matrix Composite (CMC) Thermal Protection heating flexural wave scattering by multiple elliptic holes System of the IXV European Atmospheric Re-entry IAC-10.C2.5.7 Michele Ferraiuolo, CIRA S.C.P.A., Italy in an infinite thin plate Demonstrator – Development Progress Status and Shape Memory Polymer Composite and Its Applica- Hongliang Li, Harbin Engineering University, China On-going Activities tions in Deployable Space Truss Structures IAC-10.C2.6.2 Marc Lacoste, Snecma Propulsion Solide, France Guangqiang Fang, Shanghai Key Laboratory of Spacecraft Mecha- GENERIC STUDY AND FINITE ELEMENT ANALYSIS OF IMPACT IAC-10.C2.3.6 nism, Aerospace System Engineering Shanghai, China LOADING ON COMPOSITE HONECOMB PANEL STRUCTURE VIBRATION CONTROL OF A FLEXIBLE SPACE MANIPULATOR IAC-10.C2.4.6 Harijono Djojodihardjo, Universitas Al Azhar Indonesia, Indonesia DURING ON ORBIT OPERATIONS development of thermal protective seal for hot IAC-10.C2.5.8 Paolo Gasbarri, Università di Roma “La Sapienza”, Italy structure control surface actuator rod Surface Control of Actuated Hybrid Space Mirrors IAC-10.C2.6.3 Farid Infed, MT Aerospace AG, Germany Brij Agrawal, Naval Postgraduate School, United States results from plegpay experiment on the iss IAC-10.C2.3.7 Giovanni Noci, Thales Alenia Space Italia, Italy Placement Optimization of Piezoelectric Sensors in a IAC-10.C2.4.7 IAC-10.C2.5.9 Clamped-free Plate Like Solar Panel on a Large Space NEW ADVANCED CARBON-CARBON STRUCTURES FOR THER- a non-explosive actuator for small satellite using IAC-10.C2.6.4 Structure MAL PROTECTION SYSTEMS shape memory alloy actuators Role of Inert Gas Collision on a Material Degrada- Ijar M. Da Fonseca, Instituto Nacional de Pesquisas Espaciais Mario Marchetti, University of Rome “La Sapienza”, Italy Minsu Lee, Korea, Republic of tion in Low Earth Orbit (INPE), Brazil Masahito Tagawa, Kobe University, Japan IAC-10.C2.4.10 IAC-10.C2.5.10 IAC-10.C2.3.8 Evaluation of ultrastable Carbon/Carbon sandwich Image Processing Technique for Damage Detection of IAC-10.C2.6.5 geometrically exact 3d beam element for arbitrary structures joined with ceramic cement Space Membrane Structures Temperature, Atomic Oxigen and Outgassing effects large rigid-elastic deformation analysis of aero- Martine Lutz, Thales Alenia Space, France Hiroshi Furuya, Tokyo Institute of Technology, Japan on dielectric parameters and electrical properties of space structures Nanostructured Composite Carbon-based Materials IAC-10.C2.4.11 Genyong Wu, Northwestern Polytechnical University, China IAC-10.C2.5.11 Mario Marchetti, University of Rome “La Sapienza”, Italy Development of C/C composite camera cylinder wavelet analysis of crack detection experiment for IAC-10.C2.3.9 Ruizhen Li, China aluminum alloy board IAC-10.C2.6.6 Research on Methodology of Aeroservoelastic Sta- Peng Weibin, Beijing Institute of Astronautical Systems Engineer- The effect of UV irradiation onto optical surfaces bility Analysis for Reusable Launch Vehicle ing, China with gaseous contaminants and the comparison with Junpeng Hui, China Academy of Launch Vehicle Technology, China actual sensor outputs IAC-10.C2.5.12 Nobunari Itoh, Japan IAC-10.C2.3.10 C2.5. Smart Materials and Adaptive Struc- Prediction, Measurement and Stabilization of Struc- study on fluid-structure interaction in liquid rock- tures tural Deformation on Orbit IAC-10.C2.6.7 et feed system Kosei Ishimura, JAXA/ISAS, Japan Evaluation of the Resistance of Composite Materials Xin Wei, Beijing University of Aeronautics and Astronautics, China to Lunar Dust Abrasion September 29 2010, 15:15 – Meeting Room 4.2 IAC-10.C2.5.13 Chair: Michael J. Eiden (The Netherlands); Junjiro Onoda (Japan Mathieu Lalumiere Boucher, Canadian Space Agency, Canada IAC-10.C2.3.11 Probabilistic Motion Planning for a Variable Geom- Prediction for Shock Behavior of Satellite Struc- Society for Aeronautics and Space Sciences (JSASS), Japan) etry Truss under Dynamic Loading IAC-10.C2.6.8 ture Panel Based on Numerical Analysis Rapporteur: Paolo Gaudenzi (University of Rome “La Sapienza”, Atsuhiko Senba, Nagoya University, Japan Vibration suppression using targeted energy trans- Hanui Jeong, Chungnam National University, Korea, Republic of Italy) fer in a two-degree-of-freedom unequal mass non- IAC-10.C2.5.14 linear vibration absorber IAC-10.C2.5.1 Pyroshock Attenuation using 3-axis Hybrid Mesh Iso- YeChi Zhang, Harbin Institute of Technology, China Design and Analysis of a Novel Low-Shock Release lators with the Application of Pseudoelastic SMA Device using Two-way Shape Memory Mechanism of Wire IAC-10.C2.6.9 C2.4. New Materials and Structural Con- SMA for Spacecraft Application Se-Hyun Youn, Korea Aerospace Research Institute, Korea, Repub- Study of Spacecraft Surface Charging and Second- cepts Jae Hyuk Lim, Korea Aerospace Research Institute, Korea, Repub- lic of ary Electron Emission of Insulators lic of Yifeng Chen, China Aerospace Science and Technology Corpora- September 29 2010, 10:15 – Meeting Room 4.2 IAC-10.C2.5.2 tion (CASC), China Chair: Marc Lacoste (Snecma Propulsion Solide, France); Yuriy Heat-Electrical Charge Conversion via Pyroelectric Moshnenko (Yuzhnoye State Design Office, Ukraine) IAC-10.C2.6.10 Devices for Space Equipment: Characterization and Rapporteur: Luigi Scatteia (CIRA Italian Aerospace Research Cen- Development of a precise measurement system for Experimentation tre, Italy) the dimensional change of the high stable telescope Riccardo Monti, University of Rome “La Sapienza”, Italy structure in space environment IAC-10.C2.4.1 Jae-San Yoon, Korea Advanced Institute of Science and Technol- A5 ME (Midlife Evolution) Upper Stage Tank Common IAC-10.C2.5.3 ogy (KAIST), Korea, Republic of Bulkhead Options Trade-off Finite Element Models of Piezoelectric Actuators Bernd Szelinski, MT Aerospace AG, Germany for Active Flow Control IAC-10.C2.6.11 Luca Lampani, University of Rome “La Sapienza”, Italy Tests of LARES Cube Corner Reflectors in simulated IAC-10.C2.4.2 space environment a new sintering method for ultra-high-temperature IAC-10.C2.5.4 Antonio Paolozzi, University of Rome “La Sapienza”, Italy resistant si-al-c fibers high vacuum experiment of spinning deployment us- Dafang Zhao, Academy of Equipment Command and Technology, ing scaled-down model for solar sail IAC-10.C2.6.12 China Azusa Muta, Tokyo Institute of Technology, Japan the effects of space ionizing radiation on transmis- sion of lanthanum glasses Shengsheng Yang, Lanzhou Institute of Physics, China

118 119 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

C2.7. Space Vehicles – Mechanical/Ther- IAC-10.C2.7.14 IAC-10.C2.8.11 C3. SPACE POWER SYMPOSIUM results from the thermal balance testing of the An Experimental Investigation of Radiation over an mal/Fluidic Systems cbers 3-4 satellite tm Ablating Stardust Model at 9.8 km/s Coordinator: John C. Mankins (ARTEMIS Innovation Management Solutions, LLC, United States) September 30 2010, 15:15 – Meeting Room 4.2 Marcio Bueno dos Santos, Instituto Nacional de Pesquisas Espa- Mary D’Souza, Australia Chair: Oleg Alifanov (Moscow Aviation Institute, Russia); Mario ciais (INPE), Brazil IAC-10.C2.8.12 Marchetti (University of Rome “La Sapienza”, Italy) Manufacturing tests for fiber optic sensors for Rapporteur: Guoliang Mao (Beijing Institute of Aerodynamics, thermal protection systems using nanotechnology China) C3.1. Joint Session with IAA Commission Antonio Paolozzi, University of Rome “La Sapienza”, Italy IAC-10.C2.7.1 C2.8. Specialized Technologies, including 3 (Space Technology & System Develop- IAC-10.C2.8.13 CDR-Level Structural Modelling And Optimization Nanotechnology Of The Sodium Atmosphere Spectral Imager Weld Quality Improvement with Hybrid FSW Technol- ment) on “Solar Energy from Space” (MSASI) October 1 2010, 14:00 – Meeting Room 4.2 ogy assisted by Preheating for Copper T2/Aluminium September 28 2010, 15:15 – Club A Joao Ricardo, Active Space Technologies, Portugal Chair: Mario Marchetti (University of Rome “La Sapienza”, Italy); 5A06 Dissimilar Materials Chair: Nobuyuki Kaya (Kobe University, Japan); John C. Mankins Pierre Rochus (Centre Spatial de Liège, Belgium) Xin Zhao, Shanghai Academy of Spaceflight Technology, China (ARTEMIS Innovation Management Solutions, LLC, United States) IAC-10.C2.7.2 Rapporteur: Pavel M. Trivailo (Royal Melbourne Institute of Technol- Rapporteur: Joe T. Howell (National Aeronautics and Space Ad- computational fluid dynamics analysis and flow IAC-10.C2.8.14 ogy (RMIT), Australia) ministration (NASA)/Marshall Space Flight Center, United States); test of manned spacecraft the application status and future devElopment Leopold Summerer (European Space Agency (ESA), The Nether- Wei Lu, China Academy of Space Technology (CAST), China IAC-10.C2.8.1 trends of ndt/nde techniques in composite materials A MEMS-Based Xylophone Bar Magnetometer for pico Liu Jian, Beijing Aerospace Propulsion Institute, China lands) IAC-10.C2.7.3 satellites IAC-10.C3.1.1 COMPUTATIONAL MODELLING OF HEAT TRANSFER IN A Sylvain Ranvier, Belgian Institute for Space Aeronomy (BISA), Bel- Peter Glaser Lecture: Space-based com- SPACECRAFT HEAT PIPE gium mercial development and perspectives Michael Kio, National Space Research and Development Agency, Frank Steinsiek, EADS Astrium Space Transportation GmbH, Ger- IAC-10.C2.8.2 C2.9. Interactive Session on Materials and Abuja, Nigeria, Nigeria many DESIGN AND TECHNOLOGICAL METHODS IN ASSURANCE OF Structures IAC-10.C2.7.4 CLEANLINESS OF ROCKETRY-SPACE OBJECTS FOR RELIABIL- IAC-10.C3.1.2 Coupled aeroassisted orbital plane change manoeu- ITY AUGMENTATION OF THEIR PERFORMANCE October 1 2010, 14:00 – Meeting Room 4.1 Solar Energy from Space: The Results From An Inter- vre and thermal protection system optimization Larysa Potapovych, Yuzhnoye State Design Office, Ukraine Chair: Michael J. Eiden (The Netherlands) national Assessment of Opportunities, Issues and Antonio Mazzaracchio, Sapienza Università di Roma, Italy Potential Pathways Forward IAC-10.C2.8.3 IAC-10.C2.9.1 John C. Mankins, ARTEMIS Innovation Management Solutions, IAC-10.C2.7.5 Development of a swimming microrobot for biomedi- Investigation of vibration suppression capability of LLC, United States Destructive materials thermal properties determi- cal applications in space switching techniques by multiple piezoelectric ac- nation with application for spacecraft structures Ali Ghanbari, Amirkabir University of Technology, Iran tuators IAC-10.C3.1.3 testing Shigeru Shimose, Japan Aerospace Exploration Agency (JAXA), Proposal on Solar Power Satellite of Sandwich Type IAC-10.C2.8.4 Oleg Alifanov, Moscow Aviation Institute, Russia Japan in IAA Study Development of composite materials based on a car- Nobuyuki Kaya, Kobe University, Japan IAC-10.C2.7.6 bon nanotubes network for space applications IAC-10.C2.9.2 enabling technologies for hot structures of next Patrick Gailly, Centre Spatial de Liège, Belgium sensing capabilities of multifunctional composite IAC-10.C3.1.4 generation rlv’s – the asa program summary materials using carbon nanotubes Potential Contribution of Space Solar Power to Na- IAC-10.C2.8.5 F.A. Fossati, Aviospace, Italy Athanasios Baltopoulos, European Space Agency - University of tional Security – A Critical Analysis DNA-based sensors integrated in composite poly- Patras, Greece Jason Hay, The Tauri Group, United States IAC-10.C2.7.7 meric materials for monitoring radiation damage in Experimental and Numerical Studies of Spallation space environment IAC-10.C2.9.4 IAC-10.C3.1.5 Particles Ejected from a Light-weight Ablator M. Gabriella Santonicola, MESA+ Institute for Nanotechnology, THERMOACOUSTIC POWER GENERATOR FUELED BY A SOLAR Multiobjective Optimisation of Integrated Space- Sohey Nozawa, Kyushu University, Japan University of Twente, The Netherlands COLLECTOR SYSTEM THERMAL ANALYSIS based and Terrestrial Solar Energy Systems Maurizio Parisse, Aerospace Engineering School, University of Massimiliano Vasile, University of Glasgow, United Kingdom IAC-10.C2.7.8 IAC-10.C2.8.6 Rome “La Sapienza”, Italy effective parameters on calculation of effective Nanoparticles in Solar Sail Materials IAC-10.C3.1.6 thermal conductivity of multilayer printed circuit Karl Fleury-Frenette, Centre Spatial de Liège, Belgium IAC-10.C2.9.5 The Moon and Future Energy From Space boards in space application A New Adaptive Estimation Method of Spacecraft Alex Ignatiev, University of Houston, United States IAC-10.C2.8.7 Esmaeil Moeini, Iran Thermal Mathematical Model With an Ensemble Ka- nano-modification of cyanate ester composites ma- lman Filter IAC-10.C2.7.9 terials towards the development of novel materials Takeshi Akita, Japan Aerospace Exploration Agency (JAXA), Japan IBDM: The International Berthing Docking Mechanism with tailored mechanical, electrical, thermal and For Human Missions to Low Earth Orbit and Explora- RF properties for space antenna reflector applica- IAC-10.C2.9.6 tion tions Thermochromic Coating Based Smart Thermal Radia- Marco Caporicci, European Space Agency (ESA), The Netherlands Antonios Vavouliotis, University of Patras, Greece tor for Autonomous Spacecraft Thermal Control application IAC-10.C2.7.10 IAC-10.C2.8.8 Xin Xiang Jiang, Canadian Space Agency, Canada Optical sensor system applicability for spacecraft Nanoreinforced matrices for carbon fiber multi- tests scale reinforced composites Alfonso Giusti, University of Rome “La Sapienza”, Italy Alberto Jimenez-Suarez, Universidad Rey Juan Carlos, Spain IAC-10.C2.7.11 IAC-10.C2.8.9 Research on the thermal control hardware com- Nanostructured Composite Materials for Electro- bined with heat pipe and phase change material magnetic interference shielding applications Taig Young Kim, Korea Polytechnic University, Korea, Republic of Mario Marchetti, University of Rome “La Sapienza”, Italy IAC-10.C2.7.13 IAC-10.C2.8.10 Wing Leading Edge Ablation Tests in Arc Tunnel Titanium Cold Spray Coatings Ai Bangcheng, China Aerospace Science and Industry Corporation, Jihane Ajaja, McGill University, Canada China

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IAC-10.C3.1.7 IAC-10.C3.2.9 C4. SPACE PROPULSION SYMPOSIUM C4.2. Propulsion Systems II Niche Application Development for Space Based So- Overview of Studies on Large Structure for Space lar Power Solar Power Systems (SSPS) Coordinator: Giorgio Saccoccia (European Space September 28 2010, 10:15 – Club A Chair: Jean-François Guery (SNPE Materiaux Energetiques, Cornelius Zünd, France Tatsuhito Fujita, Japan Aerospace Exploration Agency (JAXA), Agency (ESA), The Netherlands); Carol J. Russo (Na- Japan tional Aeronautics and Space Administration (NASA), France); I-Shih Chang (The Aerospace Corporation, United States) IAC-10.C3.1.8 United States) Rapporteur: Jacques Gigou (European Space Agency (ESA), Economic Assessments of Space Solar Power (SSP): IAC-10.C3.2.10 France) Structure concepts and characteristics of ad- Past and Present IAC-10.C4.2.1 vanced lightweight array systems A.C. Charania, SpaceWorks Commercial, United States S200 SOLID BOOSTER DEVELOPMENT Ryoko Fujii, Waseda University, Japan IAC-10.C3.1.9 C4.1. Propulsion Systems I P J Abraham, Indian Space Research Organization (ISRO), India Real Option Analysis of a Privately-Funded Space IAC-10.C4.2.2 Based Solar Power Venture September 27 2010, 15:15 – Club A Performance Prediction for the first Static Test of a Chair: Max Calabro (The Inner Arch, France); Vladimir Prisniakov Roger X. Lenard, LPS, United States Large Solid Booster Motor C3.4. Space Power Experiments Applica- (Academy of Sciences, Ukraine) Jayaprakash Janardhanan Nair, Indian Space Research Organiza- IAC-10.C3.1.10 Rapporteur: Walter Zinner (Astrium GmbH, Germany) Thirty years in space power for Earth tions and Benefits tion (ISRO), India IAC-10.C4.1.1 Milan Pospíšil, Czech Republic October 1 2010, 09:00 – Club E Overview of current state of activities related to IAC-10.C4.2.3 Chair: Ivan Bekey (Bekey Designs, Inc., United States); Frank Stein- rocket propulsion R&D in Russia Zefiro 9A – VEGA Third Stage Solid Rocket Motor – De- siek (EADS Astrium Space Transportation GmbH, Germany) Dmitry Babkin, Federal Space Agency, Russia velopment Activities and Lessons Learnt Rapporteur: Nobuyuki Kaya (Kobe University, Japan); John C. Stefano Bianchi, European Space Agency (ESA), Italy Mankins (ARTEMIS Innovation Management Solutions, LLC, United IAC-10.C4.1.2 C3.2. Space Power Technologies and IAC-10.C4.2.4 States) Research Progress of Reusable Liquid in JAXA Thrust Anomalies at Ignition Transient of Solid Pro- Techniques IAC-10.C3.4.1 Makoto Yoshida, JAXA, Japan pellant Rockets September 30 2010, 10:15 – Club E SSPS Technologies Demonstration in Space Favini Bernardo, Sapienza Università di Roma, Italy Chair: W. Brandhorst (Auburn University, United States); Su- Susumu Sasaki, Japan Aerospace Exploration Agency (JAXA), IAC-10.C4.1.3 IAC-10.C4.2.5 sumu Sasaki (Japan Aerospace Exploration Agency (JAXA), Japan) Japan Hydrocarbon Fueled Rocket Engine Study in Japan SRB Acoustic and Plume Analysis of Ares I-X Flight Rapporteur: Ivan Bekey (Bekey Designs, Inc., United States); Frank Kimihito Obase, Mitsubishi Heavy Industries, Ltd., Japan IAC-10.C3.4.2 Test On The Pad B Fixed Steinsiek (EADS Astrium Space Transportation GmbH, Germany) The 10 kW satellite: a first operational step for IAC-10.C4.1.4 Roger X. Lenard, LPS, United States IAC-10.C3.2.1 Space Based Solar Power Development of a 35kN-Thrust-Class Closed-Cycle Closed-loop optical target tracking for laser pow- Claude Cougnet, EADS Astrium, France Hydrogen Peroxide / Kerosene Engine IAC-10.C4.2.6 er transmission Mengwei Zheng, Beijing Aerospace Propulsion Institute, China development of advanced for sol- IAC-10.C3.4.3 Christian Schaefer, NICT, Japan id-rocket-motor internal ballistics: acssib Development of Thin Film Solar Array for Small So- IAC-10.C4.1.5 Toru Shimada, Japan Aerospace Exploration Agency (JAXA), Japan IAC-10.C3.2.2 lar Power Demonstrator “IKAROS” progress of the vinci engine development study on high accuracy phase control method for Koji Tanaka, Japan Aerospace Exploration Agency (JAXA), Japan Philippe Caisso, Snecma, France IAC-10.C4.2.7 space solar power system Overview of Large Solid Rocket Motor Options for IAC-10.C3.4.4 IAC-10.C4.1.6 Takanori Narita, Mitsubishi Heavy Industries, Ltd., Japan Future European Launcher The Suaineadh Project: a Stepping Stone Towards the Aerojet High-Performance Bipropellant Apogee En- Didier Boury, Snecma Propulsion Solide, France IAC-10.C3.2.3 Deployment of Large Flexible Structures in Space gines A study of beam direction variation of Large Deploy- Massimiliano Vasile, University of Glasgow, United Kingdom Alfred Wilson, Aerojet-General Corporation, United States IAC-10.C4.2.8 able Reflector Antenna on orbit Paraffin-Based/LOX Hybrid Rocket Development and IAC-10.C3.4.5 IAC-10.C4.1.7 Teruaki Orikasa, National Institute of Information and Communica- Testing The Second Microwave Power Beaming Experiment in History and Status of Aerojet Mars Lander Propul- tions Technology, Japan David A. Micheletti, MSE Technology Applications, Inc., United Hawaii sion Activities States IAC-10.C3.2.4 Nobuyuki Kaya, Kobe University, Japan Alfred Wilson, Aerojet-General Corporation, United States Development and Test of Electric Driving Unit for IAC-10.C4.2.9 IAC-10.C3.4.6 IAC-10.C4.1.8 KSLV-I Fairing Separation Development of 2500 N Class CAMUI Type Hybrid Rock- Results from NASA’s Power Beaming Challenge. REGULATION SYSTEMS OF THE CYCLONE-4 LV UPPER STAGE Keunsu Ma, Korea Aerospace Research Institute, Korea, Republic et for Winged Flight Experiments Douglas Comstock, National Aeronautics and Space Administration MAIN LIQUID ROCKET ENGINE of Harunori Nagata, Hokkaido University, Japan (NASA)/Ames Research Center, United States Vladimir Shnyakin, Yuzhnoye State Design Office, Ukraine IAC-10.C3.2.5 IAC-10.C4.2.10 IAC-10.C3.4.7 IAC-10.C4.1.9 Edusat power system A New Challenge for Improvement of Recession Rate An Analysis on Flight Test Results of KSLV-I Lithium- Rocket propulsion using unitary paste-like propel- Fabrizio Piergentili, University of Bologna, Italy of Paraffin Fuel of Hybrid Rocket with Multi-Section ion Batteries lant – Experimental investigations of paste-like pro- Swirl Injection IAC-10.C3.2.6 Myunghwan Kim, Korea Aerospace Research Institute, Korea, Re- pellant and results of PRM fire tests Shigeru Aso, Kyushu University, Japan design, integration and testing of a new-concept li- public of Yulian Protsan, Laboratory of Advanced Jet Propulsion, Ukraine ion modular battery IAC-10.C4.2.12 IAC-10.C3.4.8 IAC-10.C4.1.10 Gaia Fusco, Carlo Gavazzi Space, Italy Design and Development of Paraffin/N2O Hybrid Pro- SOLAR POWER PROFILE PREDICTION FOR LOW EARTH ORBIT Hot-Fire Test of a Turbopump for a 30 Ton Class En- pulsion System with Catalytic Igniter IAC-10.C3.2.7 (LEO) SATELLITES gine Taegyu Kim, Chosun University, Korea, Republic of Research on several key problems of SSPC in ad- Harijono Djojodihardjo, Universitas Al Azhar Indonesia, Indonesia Soon-Sam Hong, Korea Aerospace Research Institute, Korea, Re- vanced space power distribution system public of IAC-10.C3.4.9 Yu Lei, China Academy of Space Technology (CAST), China The Role of the JRC-IE in Support of the upcoming Hy- IAC-10.C3.2.8 drogen Economy and its potential Applications for Influence of Non-thermalphysical Property to PHP Space Activities Yajun Li, China Norbert Frischauf, JRC-IE, Austria

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C4.3. Propulsion Technology IAC-10.C4.3.15 IAC-10.C4.4.13 C4.6. Special Session on “Missions Ena- development of a nitrous oxide monopropellant Numerical Simulation of Microwave-Excited Micro- September 29 2010, 10:15 – Club A micro-thruster at buaa: 2009 plasma Thruster with Helium Propellant by New Propulsion Technologies and Chair: John Harlow (Consultant, United Kingdom); Carol J. Russo Guobiao Cai, Beijing University of Aeronautics and Astronautics, China Takeshi Takahashi, Kyoto University, Japan (National Aeronautics and Space Administration (NASA), United Systems” States) IAC-10.C4.4.14 October 1 2010, 09:00 – Club A Rapporteur: Alain Mercier (Snecma Propulsion Solide, France) an upper atomosphere simulator using ecr dis- Chair: Giorgio Saccoccia (European Space Agency (ESA), The charge for air breathing ion engines IAC-10.C4.3.1 Netherlands); David A. Micheletti (MSE Technology Applications, C4.4. Electric Propulsion Yasuyoshi Hisamoto, The Graduate University of Advanced Studies, Experimental and numerical analyses of micro-scale Inc., United States) Japan jet nozzle flow September 29 2010, 15:15 – Club A Rapporteur: Richard Blott (Space Enterprise Partnerships Limited, Seong-Up Ha, Moscow Aviation Institute, Russia Chair: Garri A. Popov (RIAME, Russia); Richard Blott (Space Enter- United Kingdom) prise Partnerships Limited, United Kingdom) IAC-10.C4.6.1 IAC-10.C4.3.2 Rapporteur: Rafael Spears (L-3 Communications, United States) Conceptual Design of “SILVER EAGLE” – combined Elec- CFD Multiphase Simulations of Cryogenic Tank Phe- C4.5. Hypersonic and Combined Cycle tromagnetic and Hybrid Rocket System for Subor- nomena and their Verification by Tests IAC-10.C4.4.1 bital Investigations Juan Merino, MT Aerospace AG, Germany development of the ion engine system for slats Propulsion Hiroshi Nagano, Japan Aerospace Exploration Agency (JAXA), Ognjan Bozic, Deutsches Zentrum für Luft- und Raumfahrt e.V. IAC-10.C4.3.3 Japan September 30 2010, 10:15 – Club A (DLR), Germany SCENE Sub-Scale Nozzle Development and Testing Chair: William W. Smith (Aerojet-General Corporation, United IAC-10.C4.6.2 Klas Lindblad, Volvo Aero Corporation, Sweden IAC-10.C4.4.2 States); Christophe Bonhomme (Centre National d’Etudes Spatiales Propulsion Technologies for the Flexible Path Ex- A 20kW High Power Hall Effect Thruster for explora- (CNES), France) IAC-10.C4.3.4 ploration Strategy tion Rapporteur: Shigeru Aso (Kyushu University, Japan) Low Cost Hydrazine Decomposition Catalyst (KCMC-7) Nicolas Cornu, Snecma, France George Schmidt, National Aeronautics and Space Administration Developed with Templating Method for Generation of IAC-10.C4.5.1 (NASA)/Glenn Research Center, United States Macropore for Facile Mass and Heat Transfer IAC-10.C4.4.3 Modeling and simulation of RBCC Engine Cycle IAC-10.C4.6.3 Sung June Cho, Chungnam National University, Korea, Republic of Summary of the 25000 Hour Round-Trip Ion Drive of Dajun Xu, Beijing University of Aeronautics and Astronautics, China Hayabusa A Highly Efficient Cargo Transportation System for IAC-10.C4.5.2 IAC-10.C4.3.5 Kazutaka Nishiyama, Japan Aerospace Exploration Agency (JAXA), Flexible Path Human Exploration Missions Numerical Simulation of Inlet Starting Characteris- Demonstration of a full scale laser welded channel Japan Joe Cassady, Aerojet-General Corporation, United States wall nozzle in hot test on the Vulcain 2 Engine tics in Rocket-Ram Combined Cycle Engine IAC-10.C4.6.4 Roland Rydén, Volvo Aero Corporation, Sweden IAC-10.C4.4.4 Susumu Hasegawa, Japan Aerospace Exploration Agency (JAXA), Design and Testing of a Pulsed Plasma Thruster for Japan Propulsion Solutions for Future Telecoms: Findings IAC-10.C4.3.6 Cubesat Application from ESA’s Tomorrow’s Bird Study IAC-10.C4.5.3 catalytic decomposition of N2O using noble metals Francesco Guarducci, University of Southampton, United Kingdom Davina Di Cara, European Space Agency (ESA), The Netherlands to develop monopropellant thruster flow pattern and mixing characteristics of cross IAC-10.C4.6.5 Assylkhan Kosdauletov, Korea Advanced Institute of Science and IAC-10.C4.4.5 fuel injection in a supersonic flow HIGH POWER ELECTRIC PROPULSION (HiPER) STUDY NUCLE- Technology (KAIST), Korea, Republic of Development of a Cyrindrical Hall Thruster Jing Lei, China Shinatora Cho, The University of TOKYO, Graduate school, Japan AR ELECTRIC POWERED MISSIONS IAC-10.C4.3.7 IAC-10.C4.5.4 Richard Blott, Space Enterprise Partnerships Limited, United King- Development of a Fuel Oxidiser Compatible Diaphragm IAC-10.C4.4.6 mars exploration: silanes as fuels for martian ram- dom Derek Hancock, MT Aerospace Satellite Products Ltd., United King- Towards very high power electric propulsion jet and scramjet engines IAC-10.C4.6.6 dom Nicolas Cornu, Snecma, France Fabrizio Vergine, Sapienza University Rome, Italy, Italy Feasibility of a Single Port Hybrid Propulsion System IAC-10.C4.3.9 IAC-10.C4.4.7 IAC-10.C4.5.5 for a Mars Ascent Vehicle Modeling and Experimental Verification of Auto-Igni- Study on Comparative Performance of Advanced Ion Experimental Study on Flow and Heat Transfer Char- Ashley Chandler, Stanford University, United States tion Processes for a Green Bi-Propellant Thruster Propulsion Engine Systems acteristic of Aviation Kerosene under Supercritical IAC-10.C4.6.7 Markus Schiebl, Austrian Institute of Technology GmbH (AIT), Aus- Justin Chism, United States Pressures Active Control Devices for Advanced Solid Propul- tria Jiang Chenxi, China Aerospace Science and Industry Corporation, IAC-10.C4.4.8 sion China IAC-10.C4.3.10 Nanoparticle Accelerator with Lorentz Modulation- Pascal Caubet, Snecma Propulsion Solide, France The In-Space Propulsion (ISP-1) project NAPALM IAC-10.C4.5.6 IAC-10.C4.6.8 Michel Muszynski, Snecma, France Istvan Lorincz, Delft University of Technology (TU Delft), The Neth- Application of Continuous Rotating Detonation to Hybrid Solar Sail and SEP Propulsion for Novel erlands Jet Propulsion IAC-10.C4.3.11 Earth Observation Missions Piotr Wolanski, Warsaw University of Technology, Poland Study on Decomposition of Green Propellant with IAC-10.C4.4.9 Matteo Ceriotti, University of Strathclyde, United Kingdom Atmospheric Plasma for Plasma Chemical Thruster Influence of Input Energy Increase on Thrust Per- IAC-10.C4.5.7 IAC-10.C4.6.9 Yuta Matsuura, Tokyo Metropolitan University, Japan formance of Coaxial Pulsed Plasma Thruster Research on Hypersonic Airplanes using Pre-Cooled The hybrid propulsion to serve space exploration Yohei Kitazono, Tokyo Metropolitan University, Japan Turbojet Engine IAC-10.C4.3.12 and micro-gravity experiments Hideyuki Taguchi, Japan Aerospace Exploration Agency (JAXA), Vacuum testing of a micropropulsion system based IAC-10.C4.4.10 Jerome Anthoine, ONERA, France Japan on solid propellant cool gas generators Influence of structural factors on processes in IAC-10.C4.6.10 Alessandro Migliaccio, Delft University of Technology (TU Delft), the low power Hollow Thruster IAC-10.C4.5.8 PROJECT ICARUS: OPTIMIZATION OF NUCLEAR FUSION PRO- The Netherlands Olexandr Petrenko, Dniepropetrovsk National University, Ukraine Altitude Testing of the Hypersonic Turbojet Engine PULSION FOR INTERSTELLAR MISSIONS at Mach 2 Flight Condition IAC-10.C4.3.13 IAC-10.C4.4.11 Hiroaki Kobayashi, Japan Aerospace Exploration Agency (JAXA), Kelvin Long, United Kingdom Investigation of Hydrogen/Oxygen Small Thrust Qualification Test Series of the Indium Needle FEEP Japan Rocket Engine using Gas Dynamic Resonance Tech- Micro-propulsion System for LISA Pathfinder IAC-10.C4.6.11 nique Carsten Scharlemann, Austrian Research Centers GmbH (ARC), IAC-10.C4.5.9 A General RelativistiC Explanation of the Pioneer Nanjia Yu, Beijing University of Aeronautics and Astronautics, China Austria Combined Cycle Propulsion for High Supersonic Anomaly And the Utility of A Milli-c NEP Mission on Flight Vehicles Validating the Observations IAC-10.C4.3.14 IAC-10.C4.4.12 Lachlan Thompson, RMIT University, Australia, Australia Roger X. Lenard, LPS, United States Numerical Simulation of the Ignition Process in a A New Power Control Method for Hall Thruster Us- GOX/CH4 Vortex Thruster ing Oscillation-Mode-Map Dechuan Sun, China Hiroyuki Osuga, Mitsubishi Electric Corporation, Japan

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IAC-10.C4.6.12 IAC-10.C4.8.5 IAC-10.D1.1.8 IAC-10.D1.2.8 nanosatellite missions for in situ low orbital height Aerodynamic Characteristics of Magnetic Sail in Assessment of visionary geoengineering options and The Smart SSR DTN Router atmospheric measurements enabled by laser propul- Magnetized Solar Wind the impacts of frequent launches with a global at- Alan Mick, The John Hopkins University Applied Physics Labora- sion re-orbiting Hiroyuki Nishida, Tokyo University of Agriculture and Technology, mospheric model tory, United States Leonard Felicetti, University of Rome “La Sapienza”, Italy Japan Leopold Summerer, European Space Agency (ESA), The Nether- IAC-10.D1.2.9 lands IAC-10.C4.8.6 Evolving Complex Programs in Tierra-based On- thrust control system for magnetic sail spacecraft IAC-10.D1.1.9 Board Computer on UNITEC-1 C4.7.-C3.5. Nuclear Propulsion and Power under variable solar wind environment Heliodromus: Renewable Energy from Space Tomohiro Harada, University of Electro-Communications, Japan Tomokazu Koyama, Research Institute for Sustainable Humano- JM (Hans) Kuiper, Delft University of Technology (TU Delft), The September 30 2010, 15:15 – Club A IAC-10.D1.2.10 Chair: Claudio Bruno (University of Rome “La Sapienza”, Italy); sphere, Kyoto University, Japan Netherlands A high-performance image acquisition and process- Harvey J. Willenberg (American Aerospace Advisors, Inc., United IAC-10.C4.8.7 IAC-10.D1.1.10 ing system fabricated using FPGA and free software States) Progress in Revolutionary Propulsion Physics Voyage continues – Lightsail-1 mission by The Plan- technologies Rapporteur: Paul A. Czysz (Hypertech, United States) Marc G. Millis, Tau Zero Foundation, United States etary Society Shinichi Kimura, Tokyo University of Science, Japan IAC-10.C4.7.-C3.5.1 Tomas Svitek, Stellar Exploration Inc, United States Advanced Radioisotope Heat Source & Propulsion IAC-10.C4.8.8 Systems for Planetary Exploration Gravity Lens Mapping Mission IAC-10.D1.1.11 Robert O’Brien, Center for Space Nuclear Research, United States Roger X. Lenard, LPS, United States Root’s like natural behaviors applied to guidance algorithms for space exploration missions D1.3. System Engineering Tools, Proc- IAC-10.C4.7.-C3.5.2 Marco Sabatini, Università di Roma “La Sapienza”, Italy Recent Activities at the CSNR for Developing Nuclear esses & Training (I) Thermal Rockets September 28 2010, 15:15 – Club E Steven Howe, USRA, United States Chair: Ming Li (China Academy of Space Technology (CAST), IAC-10.C4.7.-C3.5.3 D1. SPACE SYSTEMS SYMPOSIUM D1.2. Enabling Technologies for Space China); Geilson Loureiro (Instituto Nacional de Pesquisas Espaciais Scaling laws for plasma jet magneto-inertial fusion Coordinator: Tibor S. Balint (Jet Propulsion Laborato- (INPE), Brazil) Milos Stanic, Propulsion Research Center, University of Alabama in ry, United States); Marco Guglielmi (European Space Systems Rapporteur: Xavier Roser (ThalesAlenia Space, France) Huntsville, United States Agency (ESA), The Netherlands) September 28 2010, 10:15 – Club E IAC-10.D1.3.1 The ESA Data Model for Concurrent Design of Space IAC-10.C4.7.-C3.5.5 Chair: Xavier Roser (ThalesAlenia Space, France); Jean-Paul Systems Fission Surface Power System Technology Develop- Aguttes (Centre National d’Etudes Spatiales (CNES), France) Sam Gerene, J-CDS, The Netherlands ment Activities at the NASA Marshall Space Flight Rapporteur: Anne Bondiou-Clergerie (GIFAS, France) Center D1.1. Innovative and Visionary Space Sys- IAC-10.D1.2.1 IAC-10.D1.3.2 Roger X. Lenard, LPS, United States Aerobraking at Venus: A Science and Technology Ena- AsteroidFinder: a practical use of Concurrent De- tems Concepts bler sign in Phase B IAC-10.C4.7.-C3.5.6 Kenneth Hibbard, The John Hopkins University Applied Physics Sam Gerene, J-CDS, The Netherlands hybrid nuclear propulsion system for a manned September 27 2010, 15:15 – Club E Laboratory, United States mars mission (m3) Chair: Mauricio Moshe Guelman (Asher Space Research Institute, IAC-10.D1.3.3 Technion, I.I.T., Israel); Robert L. Henderson (The John Hopkins Federica Ferraro, Italy IAC-10.D1.2.2 COSMICS – A Web-Based Approach to Multi-User Con- University Applied Physics Laboratory, United States) Dynamics and control of a paraglider for planetary current Engineering Rapporteur: Peter Dieleman (National Aerospace Laboratory (NLR), exploration Aline Zimmer, University of Stuttgart, Germany The Netherlands) Chiara Toglia, University of Rome “La Sapienza”, Italy IAC-10.D1.3.6 IAC-10.D1.1.2 IAC-10.D1.2.3 High-Fidelity Model Based Multi-Disciplinary Optimiza- C4.8. Space Propulsion Conceptual Design of an Active Debris Removal Non-Equilibrium Atmospheric-Pressure Dielectric tion for Suborbital Reusable Launch Vehicle Strategy for Sun-synchronous Low Earth Orbit October 1 2010, 14:00 – Club A Barrier Discharge Plasma: A Technology for Achiev- Chunlin Gong, Northwestern Polytechnical University, China Stijn Van Autrève, Interdisciplinary Centre for Space Studies (Cath- Chair: Philippe Caisso (Snecma, France); Jacques Gigou (European ing Requirements olic University of Leuven), Belgium IAC-10.D1.3.7 Space Agency (ESA), France) Moogega Cooper, JPL /Caltech, United States costs and risk analysis tool for conceptual launch Rapporteur: Carol J. Russo (National Aeronautics and Space Ad- IAC-10.D1.1.3 IAC-10.D1.2.4 vehicle mdo ministration (NASA), United States) Promising technologies and associated concepts Shock Response Control for Landing of Planetary IAC-10.C4.8.1 for future missions Paolo Martino, Italy Exploration Spacecraft by Means of Active Momen- The High Energy Density Materials: a new challenge Xavier Roser, ThalesAlenia Space, France tum Exchange Impact Damper IAC-10.D1.3.8 for the future IAC-10.D1.1.4 Susumu Hara, Nagoya University, Japan Integrated Model for a Cost Tradeoff Study Between Christian Perut, SNPE Materiaux Energetiques, France Design Concepts for a Manned Artificial Gravity Re- a Network of Landers and Planetary Hoppers IAC-10.D1.2.5 IAC-10.C4.8.2 search Facility Howard Yue, Massachussets Institute of Technology (MIT), United design of capture operations for non-cooperative microwave rocket with long-range beam transmis- Joseph Carroll, Tether Applications, Inc., United States States targets employing an autonomous robotic manipula- sion technology IAC-10.D1.1.5 tor IAC-10.D1.3.9 Toshikazu Yamaguchi, The University of TOKYO, Graduate school, robotic on orbit servicing missions for multiple sat- Benoit Larouche, York University, Canada Launch vehicles separation dynamics an end-to-end Japan ellite maintenance and recovery solution IAC-10.D1.2.6 IAC-10.C4.8.3 Fabio Santoni, University of Rome “La Sapienza”, Italy Jeyakumar D, Indian Space Research Organization (ISRO), India Promising applications of nano-technologies for study of laser propulsion efficiency from Solid IAC-10.D1.1.6 space satellites Benefits and Road-Map IAC-10.D1.3.10 state laser to shock wave energy in reduced ambi- In-Orbit Servicing and De-Orbiting Concepts and a system design of rocket plane using dynamic inver- ent pressure Olivier Vendier, Thales Alenia Space, France German Demonstration Mission sion theory Bin Wang, The University of TOKYO, Graduate school, Japan Joachim Thaeter, OHB-System AG, Germany Hirokazu Suzuki, Japan Aerospace Exploration Agency (JAXA), IAC-10.C4.8.4 Japan IAC-10.D1.1.7 Ground Thrust Measurement System for Supercon- An L1 positioned dust cloud as an effective method ducting Magnetic Sail Spacecraft of space-based geo-engineering Yuri Mukai, Research Institute for Sustainable Humanosphere, Bewick, University of Strathclyde, United Kingdom Kyoto University, Japan

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D1.4. Space Systems Architectures D1.5. Lessons Learned in Space Systems D1.6. System Engineering Tools, Proc- D2. SPACE TRANSPORTATION SOLU- September 29 2010, 10:15 – Club E September 29 2010, 15:15 – Club E esses and Training (2) TIONS AND INNOVATIONS Chair: Geilson Loureiro (Instituto Nacional de Pesquisas Espaciais Chair: Anne Bondiou-Clergerie (GIFAS, France); Klaus Schilling Coordinator: Richard Tyson (National Aeronautics and (INPE), Brazil); Peter Dieleman (National Aerospace Laboratory (University of Wuerzburg, Germany) September 30 2010, 15:15 – Club E Chair: Klaus Schilling (University of Wuerzburg, Germany); Takashi Space Administration (NASA)/Marshall Space Flight (NLR), The Netherlands) Rapporteur: Takashi Hamazaki (Japan Aerospace Exploration Agen- Hamazaki (Japan Aerospace Exploration Agency (JAXA), Japan) Rapporteur: Franck Durand-Carrier (Centre National d’Etudes Spa- cy (JAXA), Japan) Center, United States); Christophe Bonnal (Centre Rapporteur: Reinhold Bertrand (European Space Agency (ESA), tiales (CNES), France) National d’Etudes Spatiales (CNES), France) IAC-10.D1.5.1 Germany) IAC-10.D1.4.1 Flight and Development Experience with COTS Embed- Rapporteur: John M. Horack (University of Alabama in IAC-10.D1.6.1 Fractionated Satellites: a step towards flexibility ded Hardware and Visual Programming Techniques Microsatellite Optical Payload for in-situ space de- Huntsville, United States) and responsiveness Elias Breunig, Technische Universität München, Max-Planck-Institut bris monitoring Claude Cougnet, EADS Astrium, France für extraterrestrische Physik (MPE), Germany Fabrizio Paolillo, Scuola di Ingegneria Aerospaziale, Italy IAC-10.D1.4.2 IAC-10.D1.5.2 IAC-10.D1.6.2 Networked Pico-Satellite Formations Lessons learned in 12 years of space systems con- Concept selection for a planetary reflection-seis- D2.1. Launch Vehicles in Service or in De- Klaus Schilling, University of Wuerzburg, Germany current engineering mology system with multiple end-user requirements Geilson Loureiro, Instituto Nacional de Pesquisas Espaciais (INPE), velopment IAC-10.D1.4.4 and mission constraints Brazil SATSIM – a real-time multi-satellite simulator for Peter Batenburg, Delft University of Technology (TU Delft), The September 27 2010, 15:15 – Chamber Hall Chair: Paulo Moraes Jr. (Instituto de Aeronáutica e Espaço (IAE), test and validation in formation flying projects IAC-10.D1.5.3 Netherlands Brazil); Ray F. Johnson (The Aerospace Corporation, United States) Matti Nylund, Swedish Space Corporation, Sweden Merit Functions and SysML in Systems Engineering at IAC-10.D1.6.3 Rapporteur: Christian Dujarric (European Space Agency (ESA), NASA’s Jet Propulsion Laboratory IAC-10.D1.4.5 Branch and Bound technIque to efficiently solve France) David Seal, Jet Propulsion Laboratory, United States Multi-agent Testbed for Distributed Space Systems control and system design problems with mixed-inte- IAC-10.D2.1.1 Andani Osuman, Delft University of Technology (TU Delft), The IAC-10.D1.5.4 ger variables domains Launcher Activities of the European Space Agency Netherlands How do we fix Systems Engineering? Michèle Lavagna, Politecnico di Milano, Italy Toni Tolker-Nielsen, ESA (European Space Agency), France Michael Griffin, University of Alabama in Huntsville, United States IAC-10.D1.4.6 IAC-10.D1.6.4 IAC-10.D2.1.2 Design and Testing of an Autonomous Multi-Agent IAC-10.D1.5.5 system engineering for srmsat ARIANE 5 ECA Performance Improvement Plan Per- Based Spacecraft Controller Five Years Development and Five Years Operations of Himanshu Shekhar, SRM University, India formance Improvement Plan Stuart Grey, University of Glasgow, United Kingdom FORMOSAT-2 Satellite IAC-10.D1.6.5 Sylvain Guédron, Centre National d’Etudes Spatiales (CNES), An-Ming Wu, National Space Organization, Taiwan, China IAC-10.D1.4.7 3D virtual platform to validate planetary vehicles France Flying the Cloud: The Case for Routing in Space IAC-10.D1.5.6 design and operations IAC-10.D2.1.3 Edward Birrane, The John Hopkins University Applied Physics Lessons Learned in Architecting Human Spaceflight Riccardo Lombardi, Politecnico di Milano, Italy A5 ME: STATUS OF THE “PREPARATORY ACTIVITIES” Laboratory, United States Programs IAC-10.D1.6.6 Catherine Poincheval, Astrium Space Transportation, France Brian Muirhead, Jet Propulsion Laboratory - California Institute of IAC-10.D1.4.8 Uncertainty Multidisciplinary Design Optimization of Technology, United States IAC-10.D2.1.4 Opportunities and Challenges of Wireless Sensor Space Systems in the Presence of New Attributes Operational Status of the SpaceX and Fal- Networks in Space IAC-10.D1.5.7 Jian Guo, Delft University of Technology (TU Delft), The Netherlands con 9 Launch Vehicles Rui Sun, Delft University of Technology (TU Delft), The Netherlands U.S. Medium Launch Vehicle Failures IAC-10.D1.6.8 Aaron Dinardi, Space Exploration Technologies, United States E. Joe Tomei, The Aerospace Corporation, United States IAC-10.D1.4.9 Development of a CFD Methodology for Testing IAC-10.D2.1.5 Modular Spacecraft Architecture, a new paradigm in IAC-10.D1.5.8 Combustion Instabilities of a Shear-Coaxial Gas-Gas – ESTABLISHING HEAVY LIFT CA- spacecraft design Non-U.S. Medium Launch Vehicle Failures Rocket Injector using an Atmospheric Burner PABILITY ON THE WEST COAST Shashank Tamaskar, Purdue University, United States I-Shih Chang, The Aerospace Corporation, United States Douglass Casey, Propulsion Research Center, University of Ala- Michael Berglund, United Launch Alliance, United States bama in Huntsville, United States IAC-10.D2.1.6 IAC-10.D1.6.9 GSLV Mk-III (LVM3) Development Challenges and Concurrent systems engineering of a microsatellite Present Status launch vehicle Somanath Sreedhara Panicker, Indian Space Research Organiza- Jonas Fulindi, Instituto Nacional de Pesquisas Espaciais tion (ISRO), India (INPE), Brazil IAC-10.D2.1.7 IAC-10.D1.6.10 Development of Japan’s Next Generation Solid Rocket reliability modification in multidisciplinary design Launcher- the Epsilon Rocket optimization of a solid propellant launch vehicle Yasuhiro Morita, Japan Aerospace Exploration Agency (JAXA), Masoud Ebrahimi, K. N. Toosi University of Technology, Iran Japan IAC-10.D2.1.8 reliability of h-iia and h-iib launch vehicle Takashi Noma, Mitsubishi Heavy Industries Ltd. - Nagoya Aero- space Systems, Japan IAC-10.D2.1.9 stepping stone to the first korean space launch vehicle Hyeon Cheol Gong, Korean Aerospace Research Institute, Korea, Republic of IAC-10.D2.1.10 Status of the development of Evolved Upper-Medium Class Launch Vehicle (ELV) Sergey Saveliev, Federal Space Agency, Russia

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IAC-10.D2.1.11 IAC-10.D2.2.12 IAC-10.D2.3.12 D2.5. Future Space Transportation Sys- Regression Analysis of Launch Vehicle Payload Capa- Meeting the Future Launch Demand of International Peculiarities of computer simulation of unguided bility for Interplanetary Missions (poster) Earth Observation (poster) reentry of space transportation system parts tems Technologies Jarret Lafleur, Georgia Institute of Technology, United States Peter Freeborn, Eurockot Launch Services GmbH, Germany Alexander S. Filatyev, Central Aero-HydroDynamic Institute, Russia September 29 2010, 15:15 – Chamber Hall IAC-10.D2.2.13 Chair: Yushifumi Inatani (Japan Aerospace Exploration Agency Advanced biological treatment for solid propellant (JAXA), Japan); Sylvain Guédron (Centre National d’Etudes Spa- wastes (poster) tiales (CNES), France) D2.2. Launch services, Missions, Opera- Laurent Vallet, SNPE Materiaux Energetiques, France D2.4. Future Space Transportation Sys- Rapporteur: William R. Claybaugh II (Orbital Sciences Corporation, tions and Facilities tems United States) IAC-10.D2.5.1 September 28 2010, 10:15 – Chamber Hall September 29 2010, 10:15 – Chamber Hall FLPP Technologies for a Future European Earth-to- Chair: Yves Gérard (Astrium Space Transportation, France); Ulf D2.3. Upper Stages, Space Transfer, Entry Chair: S. Ramakrishnan (Vikram Sarabhai Space Centre (VSSC), Orbit Expendable Launcher Palmnäs (Volvo Aero Corporation, Sweden) India); Walter Faulconer (Strategic Space Solutions, LLC, United Guy Ramusat, European Space Agency (ESA), France Rapporteur: Patrick M. McKenzie (Ball Aerospace & Technologies and Landing Systems States) IAC-10.D2.5.2 Corp., United States) Rapporteur: Lawrence Huebner (National Aeronautics and Space September 28 2010, 15:15 – Chamber Hall Overview on technologies development applica- Administration (NASA)/Marshall Space Flight Center, United States) IAC-10.D2.2.1 Chair: Luigi Bussolino (Bussolino and Associates, Italy); David E. ble to cryogenic upper stages within ESA, Future Soyuz at CSG: end of development status and first Glass (National Aeronautics and Space Administration (NASA), IAC-10.D2.4.1 Launchers Preparation Program (FLPP) lessons learned United States) Orbital Sciences’ COTS/CRS Mission Overview Adriana Sirbi Paragina, European Space Agency/Headquarters, Jean-Marc Astorg, Centre National d’Etudes Spatiales (CNES), Rapporteur: Harry A. Cikanek (National Aeronautics and Space William Kosmann, Orbital Sciences Corporation, United States France France Administration (NASA), United States) IAC-10.D2.4.2 IAC-10.D2.5.3 IAC-10.D2.2.2 IAC-10.D2.3.1 esa’s next generation launcher Status of the flpp Technological demonstrators Test Results NASA’s COTS Initiative: Developing Commercial Cargo Advanced Technology Upper Stages for Future launch system concept investigations Sylvain Guédron, Centre National d’Etudes Spatiales (CNES), Services for LEO Launchers Jens Kauffmann, European Space Agency (ESA), France France Dennis Stone, National Aeronautics and Space Administration Martin Sippel, Deutsches Zentrum für Luft- und Raumfahrt e.V. IAC-10.D2.4.3 (NASA)/Johnson Space Center, United States (DLR), Germany IAC-10.D2.5.4 Evolving plan of Japanese primary launch system high thrust engine demonstrations IAC-10.D2.2.3 IAC-10.D2.3.2 Takanobu Kamiya, Mitsubishi Heavy Industries, Ltd., Japan Philippe Caisso, Snecma, France ULA Plans to Support Commercial Crew Launch VENUS – Conceptual Studies for VEGA New Upper IAC-10.D2.4.5 George Sowers, United Launch Alliance, United States Stage IAC-10.D2.5.5 Novel concepts for affordable space transport and Markus Jäger, Astrium Space Transportation, Germany Catalytic bi-propellant ignition technology devel- IAC-10.D2.2.4 travel: Microlaunchers and PD Aerospace. opment Ariane 5 Program Status IAC-10.D2.3.3 Yuki Takahashi, University of California, United States François Bouquet, TNO Defence, Security & Safety, The Nether- Denis Schmitt, Arianespace, France Crew Exploration Vehicle Design Evolution IAC-10.D2.4.6 lands Harry A. Cikanek, National Aeronautics and Space Administration IAC-10.D2.2.5 SpaceLiner Rocket-Powered High-Speed Passenger (NASA), United States IAC-10.D2.5.7 The classification and analysis of the error and Transportation Concept Evolving in FAST20XX ARES Project Technology Assessment – Approach faults during KSLS complex development IAC-10.D2.3.4 Martin Sippel, Deutsches Zentrum für Luft- und Raumfahrt e.V. and Tools SeokHee Lim, Korea Aerospace Research Institute, Korea, Republic of Orion Crew Exploration Vehicle Development (DLR), Germany Uwe Hueter, Science Applications International Corporation (SAIC), Harry A. Cikanek, National Aeronautics and Space Administration IAC-10.D2.2.6 IAC-10.D2.4.7 United States (NASA), United States Operational Process for the System Integration of THE SKYLON D1 CONFIGURATION IAC-10.D2.5.8 KSLV-I Upper Stage IAC-10.D2.3.5 Mark Hempsell, Reaction Engines Ltd., United Kingdom Technology Challenges for a Reusable First Stage You-Jin Won, Korea Aerospace Research Institute, Korea, Republic of HUMAN PLANETARY SPACECRAFT DESIGN LESSONS IAC-10.D2.4.8 Jeffrey Zweber, Air Force Research Laboratory (AFRL), United John Connolly, National Aeronautics and Space Administration IAC-10.D2.2.7 Concepts and Problems of Realization of States (NASA)/Johnson Space Center, United States ARIANE 5 ME LAUNCH FACILITIES DEVELOPMENT AND QUALI- of Launch Vehicles: Ukrainian Aspect IAC-10.D2.5.9 FICATION IAC-10.D2.3.6 Stanislav Konyukhov, Yuzhnoye State Design Office, Ukraine Neural Network Based Flush Air Data System (FADS) Pier Michele Roviera, European Space Agency (ESA), France Space Exploration Sooner and Cheaper using Reus- IAC-10.D2.4.9 for Reusable Launch Vehicles able Solar Electric Tugs (ReSETs) IAC-10.D2.2.8 recent progress toward reusable sounding rocket M. Jayakumar, Indian Space Research Organization (ISRO), India Dana Andrews, Andrews Space, United States space centre – a space port for multi Yoshifumi Inatani, Japanese Rocket Society, Japan IAC-10.D2.5.10 mission launch capabilities IAC-10.D2.3.7 IAC-10.D2.4.10 Continuous Twin Screw Technology for the Manu- Vellanki Seshagiri Rao, Indian Space Research Organization (ISRO), The Fluyt Stage: A Design for a Space-Based Orbit Astrium Suborbital Spaceplane Project: a safe multi- facture of Large Solid Propellant Grains of Next India Transfer Vehicle mission innovative vehicle Generation Launcher Simon Feast, Reaction Engines Ltd., United Kingdom IAC-10.D2.2.9 Christophe Chavagnac, EADS Astrium, France Christine Marraud, SNPE Materiaux Energetiques, France “Vostochny” launch site: genesis, concept and IAC-10.D2.3.8 IAC-10.D2.5.11 project development study on htv evolved payload recovery system Remarkable Aerodynamic Performance of Triangle Sergey Saveliev, Federal Space Agency, Russia Satoshi Fujiwara, Mitsubishi Heavy Industries, Ltd., Japan Cross Section Configuration for Fully RLV (poster) IAC-10.D2.2.10 IAC-10.D2.3.9 Shigeru Aso, Kyushu University, Japan China Hainan Space Center Future investigation of crew re-entry vehicle (CRV) IAC-10.D2.5.12 Su Jian, China for space station A Numerical Study on Reduction of Propellants for Ma Chao, China Acadamy of Launch Vehicle Technology, China Reaction Control Systems with Improvement of Jet IAC-10.D2.2.11 Interaction (poster) New Evolvement on Measurement and Assessment IAC-10.D2.3.10 Yu Etoh, Kyushu University, Japan Technologies for Space Launch Environmental Ef- The Advanced Re-entry Vehicle – A Step Toward the fects (poster) European Autonomous Human Access to Space Yang Liu, Beijing Special Engineering Design and Research Insti- Massimiliano Bottacini, ESA/ESTEC, The Netherlands tute, China

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D2.6. Future Space Transportation Sys- D2.7. Small Launchers: Concepts and Op- D2.8. New Missions Enabled by Extra- D2.9. Commercial Human Spaceflight tems Verification and In-Flight Experi- erations large Launchers Safety mentation September 30 2010, 15:15 – Chamber Hall October 1 2010, 09:00 – Chamber Hall October 1 2010, 14:00 – Chamber Hall Chair: Nicolas Berend (Office National d’Etudes et de Recherches Chair: Martin Sippel (Deutsches Zentrum für Luft- und Raumfahrt Chair: Douglas O. Stanley (Georgia Institute of Technology, United September 30 2010, 10:15 – Chamber Hall Aérospatiales (ONERA), France); Shayne Swint (National Aero- e.V. (DLR), Germany); Steve Creech (National Aeronautics and States); John Sloan (Federal Aviation Administration Office of Com- Chair: Giorgio Tumino (European Space Agency (ESA), France); nautics and Space Administration (NASA)/Marshall Space Flight Space Administration (NASA), United States) mercial Space Transportation (FAA/AST), United States) Charles Cockrell (National Aeronautics and Space Administration Center, United States) Rapporteur: Oleg Ventskovsky (Yuzhnoye SDO European Represen- (NASA), United States) IAC-10.D2.9.1 Rapporteur: Markus Jäger (Astrium Space Transportation, Ger- tation, Belgium) Rapporteur: Michael L. Burris (National Aeronautics and Space DESIGNING FOR SAFETY AT ROCKETPLANE GLOBAL many) Administration (NASA), United States) IAC-10.D2.8.1 Charles Lauer, Rocketplane Global, Inc., United States IAC-10.D2.7.1 Current Status of NASA’s Heavy Lift Plan: Heavy Lift IAC-10.D2.6.1 IAC-10.D2.9.2 A Microsatellite Launch System using the XP Space- Concept Development and Potential Utilization Sounding rocket flight test of Propellant Manage- SPACESHIPTWO: DESIGNING FOR SAFETY plane as a Reusable First Stage for a New Generation Steve Creech, National Aeronautics and Space Administration ment technologies George Whitesides, Virgin Galactic L.L.C, United States Hybrid Rocket Upper Stage (NASA), United States Lionel Marraffa, European Space Agency (ESA), The Netherlands Charles Lauer, Rocketplane Global, Inc., United States IAC-10.D2.9.3 IAC-10.D2.8.2 IAC-10.D2.6.2 Orbital’s Vision for Safety in Human Spaceflight IAC-10.D2.7.2 New Mission Capability using Heavy Lift Launch Vehi- Advanced Rendezvous, Proximity Operations and William R. Claybaugh II, Orbital Sciences Corporation, United Japan pico nano advance launch system cles with In Space Propellant Depots Docking (RPOD) STORRM Flight Test States Kazuhiro Yagi, IHI Aerospace Co, Ltd., Japan Martin McLaughlin, Northrop Grumman Corporation, United States Kevin Miller, Ball Aerospace & Technologies Corp., United States IAC-10.D2.9.4 IAC-10.D2.7.3 IAC-10.D2.8.3 IAC-10.D2.6.3 Astrium Suborbital Spaceplane Project: safety first Light-gas gun launcher concept for high-g proof A Student-Designed Mars Sample Return Mission with End to end optimisation of IXV trajectory via Multi- Christophe Chavagnac, EADS Astrium, France miniature suborbital payloads an Ares V Launch Vehicle ple-Subarc Sequential Gradient Restoration Algo- Frank Schäfer, Fraunhofer EMI, Germany Matthew Turner, University of Alabama in Huntsville, United States IAC-10.D2.9.5 rithm Towards Regulating Sub-orbital Flights – an Updated Rodrigo Haya Ramos, DEIMOS Space S.L., Spain IAC-10.D2.7.4 IAC-10.D2.8.4 EASA Approach Responsive, low-Cost Launch of Nanosatellites and Maximizing Launch Vehicle and Payload Design Via IAC-10.D2.6.4 Jean-Bruno Marciacq, European Aviation Safety Agency-EASA, Technology Demonstrations Early Communications The Intermediate eXperimental Vehicle Development Germany Steve Cook, Dynetics, United States Kenneth Bruce Morris, National Aeronautics and Space Administra- Status tion (NASA)/Marshall Space Flight Center, United States IAC-10.D2.9.6 Giorgio Tumino, European Space Agency (ESA), France IAC-10.D2.7.5 the challenges of commercial human spaceflight Thrust Optimization and Operational Strategy for IAC-10.D2.8.5 IAC-10.D2.6.5 safety: a regulator’s perspective Low Earth Orbit Launch Vehicle Application of Transportation Industry FOM’s and Ares I-X: First Step in a New Era of Exploration Richard Crowther, UK Space Agency, United Kingdom Jung-Woo Park, Korea Advanced Institute of Science and Technol- Evaluation of Integrated Cost / Performance of Stephan Davis, National Aeronautics and Space Administration ogy (KAIST), Korea, Republic of Heavy Lift Launch Vehicles IAC-10.D2.9.7 (NASA)/Marshall Space Flight Center, United States Commercial Human Space Flight Safety Regulations: IAC-10.D2.7.6 Peters, Schafer Corp., United States IAC-10.D2.6.6 Federal Aviation Administration Perspective Staging Mechanism Status of the Orbital Launcher Ares I-X Flight Evaluation Tasks in Support of Ares I IAC-10.D2.8.6 John Sloan, Federal Aviation Administration Office of Commercial NERVA Development About possibility of Apophis asteroid trajectory Space Transportation (FAA/AST), United States Radu Rugescu, Politechnic University of Bucharest, Romania Lawrence Huebner, National Aeronautics and Space Administration deviation by kinetic (unnuclear) impact IAC-10.D2.9.8 (NASA)/Marshall Space Flight Center, United States IAC-10.D2.7.7 Stanislav Konyukhov, Yuzhnoye State Design Office, Ukraine Operating commercial space tourism vehicles from Robust Control for Air-Launched Systems IAC-10.D2.6.7 IAC-10.D2.8.7 Sweden – regulatory challenges Luigi Ridolfi, Scuola di Ingegneria Aerospaziale, Italy The Italian Unmanned Space Vehicle FTB-1 Back to Fly: The First Stage Rocket Units of Zenit LV is Reliable Ba- Mattias Abrahamsson, Sweden, Sweden Experimental Objectives and Results of the DTFT-2 IAC-10.D2.7.8 sis to Create Heavy and Superheavy Launch Vehicles IAC-10.D2.9.9 Mission Modular Payload Deck Elements for Small Launch Alexander Degtyarev, Yuzhnoye State Design Office, Ukraine An application of fielded hardware reliability data Piero de Matteis, CIRA Italian Aerospace Research Centre, Italy Vehicles to reliability theory for the Space Transportation Abe Bonnema, ISIS - Innovative Solutions In Space B.V., The Neth- IAC-10.D2.6.9 System (poster) erlands EXPERT: The ESA Experimental Re-entry Test-bed Manfred Kolmar, United Space Alliance, United States Marco Caporicci, European Space Agency (ESA), The Netherlands IAC-10.D2.7.9 Combustible Case, Mobile Engine and no Feed Device: IAC-10.D2.6.10 the Concept of a Pico Launch Vehicle The needs of in-flight experiments for cryogenic Vitaly Yemets, Dniepropetrovsk National University, Ukraine propellant behavior: interest and status (poster) Jerome Lacapere, Air Liquide, France IAC-10.D2.7.10 Dnepr program: reliability and innovations in service of small satellites Vladislav Solovey, ISC Kosmotras, Russia

132 133 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

D3. SYMPOSIUM ON STEPPING STONES D3.2. Novel Concepts and Technolo- D3.3. Infrastructures and Systems to En- D3.4. Joint Session on Space Technology TO THE FUTURE: STRATEGIES, ARCHI- gies for the Exploration and Utilization of able International Future Exploration and and Systems Management Practices and TECTURES, CONCEPTS AND TECHNOL- Space Utilization of Space Tools” – Part I OGIES September 30 2010, 10:15 – Club C September 30 2010, 15:15 – Club C October 1 2010, 09:00 – Club C Coordinator: John C. Mankins (ARTEMIS Innovation Chair: Joe T. Howell (National Aeronautics and Space Administra- Chair: William H. Siegfried (The Boeing Company, United States); Chair: Paivi Jukola (Helsinki University of Technology (TKK), Fin- Management Solutions, LLC, United States); Alain tion (NASA)/Marshall Space Flight Center, United States); Hiroshi Scott Hovland (European Space Agency (ESA), The Netherlands) land); Peter A. Swan (Teaching Science and Technology, Inc., Yamakawa (Waseda University, Japan) Rapporteur: Scott Hovland (European Space Agency (ESA), The United States) Pradier (European Space Agency (ESA), The Nether- Rapporteur: Maria Antonietta Perino (Thales Alenia Space Italia, Netherlands); Gordon Woodcock (Part-time employe by Gray Re- Rapporteur: Christopher Moore (National Aeronautics and Space lands) Italy); Nantel Suzuki (National Aeronautics and Space Administration search, United States) Administration (NASA), United States) (NASA), United States) IAC-10.D3.3.1 IAC-10.D3.4.1 IAC-10.D3.2.1 Design and Construction of an Inflatable Lunar Base Measuring innovation: a new approach to the man- The Next Generation : Preparing Canada for with Pressurized Rovers and Suitports agement of innovation in the communication satel- D3.1. Strategies and Architectures to Es- future Space Exploration and Servicing Missions Pablo de Leon, Argentine Association for Space Technology, Ar- lite business tablish a “Stepping Stone” Approach to Michael R. Greene, MDA Space Missions, Canada gentina Jean-Didier Gayrard, ThalesAlenia Space, France IAC-10.D3.2.2 IAC-10.D3.3.2 IAC-10.D3.4.2 our Future in Space MOA2 – An R&D Paradigm Buster enabling Space Pro- Lunar Habitat Construction – a composite enclosure A Process Study of NASA’s Space Science Innovation September 27 2010, 15:15 – Club C pulsion by commercial Applications system System Chair: John C. Mankins (ARTEMIS Innovation Management Solu- Norbert Frischauf, JRC-IE, Austria Jakub Dzamba, University of Toronto, Canada Zoe Szajnfarber, Massachussets Institute of Technology (MIT), tions, LLC, United States); Vladimir Prisniakov (Academy of Sci- United States IAC-10.D3.2.4 IAC-10.D3.3.3 ences, Ukraine) Study of Variable Topology-Transformable Space- On-orbit Verification of Inflatable Space Terrarium IAC-10.D3.4.3 Rapporteur: William H. Siegfried (The Boeing Company, United craft on the Exposed Facility of the International Space Investment in Open Innovation Service Providers: States) Xin Ning, Northwestern Polytechnical University, China Station NASA’s Innovative Strategy for Solving Space Explo- IAC-10.D3.1.1 Naoko Kishimoto, Kyoto University, Japan ration Challenges IAC-10.D3.2.5 Stepping stones for global space exploration Cynthia Rando, National Aeronautics and Space Administration Three-dimensional Modelling the Potential of Green- IAC-10.D3.3.4 Megan Ansdell, Space Policy Institute, George Washington Univer- (NASA)/Johnson Space Center, United States sity, United States house Gases to Increase Tempera- construction of robust supply chain network for tures sustainable mars habitation IAC-10.D3.4.5 IAC-10.D3.1.2 Leopold Summerer, European Space Agency (ESA), The Nether- Yasuhiro Akiyama, University of Tokyo, Japan Concepts, innovations and products -managing in- To the future of astronautics by remembering the lands novations I IAC-10.D3.3.5 past – a personal travelogue on the road to space Paivi Jukola, Helsinki University of Technology (TKK), Finland development IAC-10.D3.2.6 3D Printing Technology for a Moon Outpost Exploit- Marco C Bernasconi, MCB Consultants, Switzerland Aryavarta – A novel approach towards innovative ing Lunar Soil IAC-10.D3.4.6 and efficient space transportation systems Fabio Ceccanti, Alta S.p.A., Italy Managing Research for Game-Changing Advances IAC-10.D3.1.3 Rushi Ghadawala, Aryavarta Space Organization, India Marc G. Millis, Tau Zero Foundation, United States US-based NASA initiatives from the Office of the Chief IAC-10.D3.3.6 Technologist: potential models for encouraging in- IAC-10.D3.2.7 Design and Location of an Space Sta- IAC-10.D3.4.7 novation in commercial space Assessment on the Feasibility of Future Shepherding tion CNES normative referential: a management and engi- Gregor Hanuschak, National Aeronautics and Space Administration of Asteroid Resources Gaurav Misra, Birla Institute of Technology and Science(BITS)- neering tool to be more efficient in space systems (NASA), United States Joan Pau Sanchez Cuartielles, Advanced Space Concept Labora- Pilani, India development tory University of Strathclyde, United Kingdom Franck Durand-Carrier, Centre National d’Etudes Spatiales (CNES), IAC-10.D3.3.8 IAC-10.D3.1.4 France Stepping stones to the Moon and beyond: ILEWG road- IAC-10.D3.2.8 Aryavarta – Stochastic modelling of risk for space map Key Design Parameters in the Base Reaction Control missions IAC-10.D3.4.8 Jacques Blamont, Centre National d’Etudes Spatiales (CNES), of Redundant Space Manipulators Rushi Ghadawala, Aryavarta Space Organization, India New mechanisms for technological breakthroughs Isacco Pretto, CISAS G. Colombo Center of Studies and Activities and scientific innovation in the space sector by re- France IAC-10.D3.3.9 for Space, University of Padova, Italy flection from other sectors Zero Reaction Workspace of a Space Manipulator IAC-10.D3.1.5 Christina Giannopapa, European Space Policy Institute (ESPI), IAC-10.D3.2.9 Silvio Cocuzza, CISAS G. Colombo Center of Studies and Activities From Orbital Applications over the Exploration of Austria our Solar System to spin-offs into daily live and in- A Distributed Radiation Instrument in Preparation to for Space, University of Padova, Italy Manned Mission to Mars and Moon IAC-10.D3.4.9 dustry IAC-10.D3.3.10 Mariella Graziano, GMV, Spain Method of Collaborative Product Development at Bernd Sommer, Deutsches Zentrum für Luft- und Raumfahrt e.V. The Development of a Technology Prize to Promote Various Stages of PLM (DLR), Germany IAC-10.D3.2.10 On-Orbit Servicing Infrastructure Shanti Swaroop Kandala, Korea Advanced Institute of Science and STUDY OF THE LATERAL DYNAMICS OF A LARGE PRESSU- Peter Knudtson, International Space University (ISU), United States IAC-10.D3.1.6 Technology (KAIST), India The next steps defining Europe’s Role in the upcom- RIZED LUNAR ROVER: COMPARISON BETWEEN CONVENTION- ing Space Exploration Architecture AL AND SLIP-STEERING IAC-10.D3.4.10 Maria Antonietta Perino, Thales Alenia Space Italia, Italy Giancarlo Genta, Politecnico di Torino, Italy Design of Evaluation Method for Resources Sched- uling in TT\&C Network Management System IAC-10.D3.1.7 Jian Bai, Xi’an Satellite Control Center, China Analog Roadmap to Mars: A Path Towards Sustain- able Human Space Exploration Geert Smet, International Space University (ISU), Belgium IAC-10.D3.1.8 The Youth Space Vision for the Next Decade: The Next Generation Network Looks Back to Look Forward Ariane Cornell, Space Generation Advisory Council (SGAC), Austria

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D4. SYMPOSIUM ON VISIONS AND D4.3. Access to Space in the Far Future IAC-10.D4.4.5 IAC-10.D5.1.5 The Effect of Disturbances on Space Elevator Dy- Synthesis of Critical Distributed Random Distur- STRATEGIES FOR FAR FUTURES September 29 2010, 15:15 – Small Theatre namics with Flexibility bances for Space Vehicles Safety Analysis Coordinator: Giuseppe Reibaldi (European Space Chair: Horst Rauck (Germany); Alain Pradier (European Space Ryotaro Ohkawa, Nihon University, Japan Olga Yanova, Central Aero-HydroDynamic Institute, Russia Agency (ESA), The Netherlands) Agency (ESA), The Netherlands); Hans E.W. Hoffmann IAC-10.D4.4.6 IAC-10.D5.1.6 Rapporteur: Paivi Jukola (Helsinki University of Technology (TKK), (ORBComm Inc, Germany) Numerical dynamics and stability study for twin The objective analysis of risk factors at falling of Finland) tethered objects the separated parts of space transportation sys- IAC-10.D4.3.1 Radu Rugescu, Politechnic University of Bucharest, Romania tems a new hinged-rod model for deployment and retriev- Alexander Golikov, Central Aero-HydroDynamic Institute, Russia IAC-10.D4.4.7 al of tethered satellite system D4.2. Interstellar Precursor Missions Geostationary Station Keeping Control of a Space IAC-10.D5.1.7 Zhong Rui, Beijing University of Aeronautics and Astronautics, Elevator during Initial Cable Deployment commercial space launches safety: a new challenge September 27 2010, 15:15 – Meeting Hall IV China Chair: Roger X. Lenard (LPS, United States); Claudio Bruno (Univer- Noboru Takeichi, Nagoya University, Japan in brazil IAC-10.D4.3.3 Carlos Lino, INPE, Brazil sity of Rome “La Sapienza”, Italy) IAC-10.D4.4.8 Tether Technology for Space Solar Power Satellite Rapporteur: Dana Andrews (Andrews Space, United States) Space Elevator Road Map 2010 IAC-10.D5.1.8 and Space Elevator IAC-10.D4.2.1 Akira Tsuchida, Earth-Track Corporation, Japan The independent German National Surveillance Or- Hironori Fujii, Kanagawa Institute of Technology, Japan ganisation in ESA’s Launcher Product Assurance Interstellar Probe: Impact of the Voyager and IBEX IAC-10.D4.4.9 IAC-10.D4.3.4 Framework Results on Science and Strategy Comfortableness in Space Elevator – Physiological Diverse Configurations of the Space Cable Jens Suedkamp, Industrieanlagen-Betriebsgesellschaft mbH Ralph L. McNutt, The John Hopkins University Applied Physics Challenge (IABG), Germany Laboratory, United States John Knapman, United Kingdom Satoshi Iwase, Aichi Medical University, Japan IAC-10.D5.1.9 IAC-10.D4.2.2 IAC-10.D4.3.5 IAC-10.D4.4.10 Application of a Medical Safety Management System FOCAL space mission to 550 AU and beyond: 2010 status in service power requirement for a motorised mo- First Space Elevator: on the Moon, Mars or the Approach for Commercial Human Spaceflight Opera- review mentum exchange tether Earth? tions Claudio Maccone, International Academy of Astronautics, Italy Norilmi Ismail, University of Glasgow, United Kingdom Peter A. Swan, Teaching Science and Technology, Inc., United Melchor Antunano, U.S. Federal Aviation Administration (FAA), IAC-10.D4.2.3 States IAC-10.D4.3.6 United States Project Icarus: Son of Daedalus – Flying Closer to Deflection Of Large Space Debris By Means Of Spin- Another Star – A Technical Update and Programme ning And Swinging Tethers IAC-10.D5.1.10 Review. Nahum Melamed, The Aerospace Corporation, United States System safety activity for IKAROS spacecraft Robert Swinney, Project Icarus, United Kingdom Takayuki Yamamoto, Japan Aerospace Exploration Agency (JAXA), IAC-10.D4.3.7 Japan IAC-10.D4.2.4 Release and Deployment Experiments of Electrody- D5. SYMPOSIUM ON SAFETY, QUALITY Project Icarus: Mechanisms for enhancing the sta- namic Tether System bility of gravitationally lensed interstellar commu- Ayaka Takahashi, Teikyo University, Japan AND KNOWLEDGE MANAGEMENT IN nications SPACE ACTIVITIES Pat Galea, Project Icarus, United Kingdom IAC-10.D4.3.8 D5.2. Knowledge Management and Col- Active Space Debris Removal – A System Engineering Coordinator: Jeanne Holm (Jet Propulsion Laboratory, IAC-10.D4.2.5 Approach United States) laboration in Space Activities Project Icarus: Stakeholder Analysis and Prediction Marco M. Castronuovo, Italian Space Agency (ASI), Italy September 30 2010, 15:15 – Meeting Room 4.1 of Technological Maturity of Key Technologies for Chair: Jeanne Holm (Jet Propulsion Laboratory, United States); the Development of the Icarus Interstellar Probe Roberta Mugellesi-Dow (European Space Agency (ESA), Germany) Andreas Hein, Technische Universität München, Germany D5.1. Safety of Vehicules and Ground IAC-10.D5.2.1 IAC-10.D4.2.6 D4.4. Space Elevators and Tethers Segment for Aerospace Missions Sharing Knowledge Across Space Agencies--the IAA Project Icarus: Architecture Development for At- October 1 2010, 14:00 – Club E Knowledge Management Study Group mospheric Helium 3 Mining of the Outer Solar System September 30 2010, 10:15 – Meeting Room 4.1 Jeanne Holm, Jet Propulsion Laboratory, United States Chair: Peter A. Swan (Teaching Science and Technology, Inc., Gas Planets for Space Exploration and Power Gen- Chair: Manola Romero (Office National d’Etudes et de Recherches United States); Robert E Penny (Cholla Space Systems, United IAC-10.D5.2.2 eration Aérospatiales (ONERA), France); Alexander S. Filatyev (Central States) The ULISSE environment for collaboration on ISS Andreas Hein, Technische Universität München, Germany Aero-HydroDynamic Institute, Russia) experiment data and knowledge representation Rapporteur: David Raitt (The Netherlands) Rapporteur: Garett Smith ( SAS, France) IAC-10.D4.2.7 Ed Kuijpers, National Aerospace Laboratory (NLR), The Netherlands Energy, Incessant Obsolescence, and the First Inter- IAC-10.D4.4.1 IAC-10.D5.1.1 stellar Missions Preliminary Systems Requirements for the Space The risks analyses and safety barriers elaboration IAC-10.D5.2.3 Marc G. Millis, Tau Zero Foundation, United States Toilet on the Space Train for stage of launch preparation the factors of sta- Knowledge Capitalization in a Concurrent Engineer- Akira Tsuchida, Earth-Track Corporation, Japan ble Rocket Space complex operation ing Environment Daniel Schubert, Deutsches Zentrum für Luft- und Raumfahrt e.V. IAC-10.D4.4.2 Vadim Kadzhaev, Researgh Institute eor Launch Complexes, Russia (DLR), Germany tether assisted near earth object (neo) diversion IAC-10.D5.1.2 Mohammad J. Mashayekhi, McGill University, Canada A New Chronological Method for Reliability Improve- IAC-10.D5.2.4 Enabling Engineering Excellence in NASA’s Office of IAC-10.D4.4.3 ment / Risk Assessment the Chief Engineer light and strong cnt fiber spun with cnt web Haruki Takegahara, Tokyo Metropolitan University, Japan Jeanne Holm, Jet Propulsion Laboratory, United States Morihiro Okada, University, Japan IAC-10.D5.1.3 IAC-10.D5.2.5 IAC-10.D4.4.4 reliability analysis methods study of space launch CCSDS – Advancing Spaceflight Technology for In- Wireless Power Transfer to a Moving Vehicle: Ex- mission ternational Collaboration plorations with the Kansas City team for the NASA/ Xu Chunming, China Xichang Satellite Launch Center, China Mike Kearney, National Aeronautics and Space Administration Spaceward power beaming challenge IAC-10.D5.1.4 (NASA)/Marshall Space Flight Center, United States Martin Lades, Germany Risk Hazard Analysis for HIFiRE research program using Range Safety Template Toolkit Michael Brett, Aerospace Concepts Pty Ltd, Australia

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IAC-10.D5.2.6 IAC-10.D5.3.4 E1. SPACE EDUCATION AND OUTREACH E1.2. On Track – Undergraduate and Post- Knowledge preservation: A Semantic Approach to Space weather effects in space missions measured Visualizing and Reusing Microgravity Material Sci- from satellites and ground-based instruments near SYMPOSIUM graduate Space Education ence Data the south atlantic magnetic anomaly center Coordinator: Chris Welch (Kingston University, United September 28 2010, 10:15 – Club D Alois Grimbach, DLR, German Space Agency, Germany Tardelli Ronan Coelho Stekel, Southern Regional Space Research Kingdom); Lyn Wigbels (American Astronautical Soci- Chair: Naomi Mathers (Victorian Space Science Education Centre, Center - CRS/CCR/INPE - MCT in collaboration with the Space IAC-10.D5.2.7 Australia); Marilyn Steinberg (Canadian Space Agency, Canada) Science Laboratory of Santa Maria - LACESM/CT - UFSM, Brazil ety (AAS), United States) KM Diagnostic in Subdirectorates and Associated Rapporteur: Jeong-Won Lee (Korea Aerospace Research Institute, Actions IAC-10.D5.3.5 Korea, Republic of) Poble, Centre National d’Etudes Spatiales (CNES), France Multi-Scale Modeling to investigate the Single Event IAC-10.E1.2.2 Effects for Space Missions E1.1. Lift Off – Primary and Secondary A Prototype-Based Space Systems Design Course IAC-10.D5.2.8 Guillaume Hubert, Office National d’Etudes et de Recherches Andre Mazzoleni, North Carolina State University, United States Improving Knowledge Sharing with the help of a com- Aérospatiales (ONERA), France Space Education mon framework for software tools IAC-10.E1.2.3 Patrick Hambloch, Deutsches Zentrum für Luft- und Raumfahrt e.V. IAC-10.D5.3.6 September 27 2010, 15:15 – Club D Spacecraft Operations Training Centre (STC) – educa- Chair: Chris Welch (Kingston University, United Kingdom); Anne (DLR), Germany numerical analysis of charged particle effects on tional highway from University to spacecraft opera- solar sails for interplanetary flight Elisabeth Brumfitt (Space Qualified Ltd, Australia) tions IAC-10.D5.2.9 Takanobu Muranaka, Japan Aerospace Exploration Agency (JAXA), Rapporteur: Claudia Kessler (HE Space Operations, Germany) Christian D. Bodemann, VEGA Deutschland GmbH & Co, KG, Ger- Comparison of Heterogeneous Space Projects Japan IAC-10.E1.1.2 many through Complexity Indexes, for Technical and Man- A Satellite in the Classroom: 2nd Grade Students IAC-10.D5.3.8 IAC-10.E1.2.4 agerial Evaluations Work with Real-Time Satellite Images Evaluation of performance and resistance to space Testing an innovative boom for microsatellite at- Mauro Pasquinelli, Thales Alenia Space Italia, Italy Margot Solberg, Ecuadorian Civilian Space Agency (EXA), Ecuador environment of Electron-emitting Film (ELF) for titude stabilization: an educational experiment on IAC-10.D5.2.10 spacecraft charging mitigation IAC-10.E1.1.3 sounding rocket REXUS-7 A new information system architecture for a new Takahiro Sumida, Kyushu Institute of Technology, Japan The first European CanSat competition for high Maria Libera Battagliere, Scuola di Ingegneria Aerospaziale, Italy space exploration paradigm: using stakeholder school students IAC-10.D5.3.9 IAC-10.E1.2.5 analysis to reengineer the value chain. Jøran Antonsen, Andoya Rocket Range, Norway Antoni Perez-Poch, Universitat Politecnica de Catalunya (UPC), Understanding the effect of atomic oxygen expo- ESA Parabolic Flight, Drop Tower and Centrifuge Spain sure on surface and volume resistivity change in LEO IAC-10.E1.1.4 hands-on activities Noor Danish Ahrar Mundari, Kyushu Institute of Technology, Japan The new Eduspace, ESA’s on-line educational tool for Natacha Callens, European Space Agency (ESA), Spain IAC-10.D5.2.11 Earth observation IAC-10.D5.3.10 IAC-10.E1.2.6 Human Factor in team interaction, information flow Elke Delvoye, ESA (European Space Agency), The Netherlands and decision making within ISS Operations Impact of Space Weather on Satellite Material Deg- Promoting STEM Education via the Design, Analysis, Andrea Guidi, HE Space Operations, Germany radation IAC-10.E1.1.5 Fabrication and Testing of a Simulated Lunar Roving Funmilayo Erinfolami, African Regional Center for Space Science Earth Observation Education – Programme and tools Vehicle IAC-10.D5.2.12 and Technology Education in English (ARCSSTE-E), Nigeria for Schools in the Czech Republic Henrique Casagrande, University of Alabama in Huntsville, United knowledge sharing methods: assessment and imple- Josef Šobra, Czech Space Office, Czech Republic States mentation IAC-10.D5.3.11 Roberta Mugellesi-Dow, European Space Agency (ESA), Germany radiation environment and its effect on spacecraft IAC-10.E1.1.6 IAC-10.E1.2.7 signal and components Designing Transformations: Schools of Excellence Holding a technical review in an educational Michael Kio, National Space Research and Development Agency, Sue Fairburn, United Kingdom project: implementation and lessons learned for Abuja, Nigeria, Nigeria the OUFTI-1 CubeSat IAC-10.E1.1.7 Amandine Denis, University of Liege, Belgium D5.3. Space Weather Prediction and Ef- The United Space School – A Proven Approach to Sec- fects on Space Missions ondary School Education IAC-10.E1.2.8 Tahir Merali, European Astronaut Centre, Canada Design, Construction and Testing of Sounding Rock- October 1 2010, 09:00 – Meeting Room 4.1 et Payloads at The University of Queensland IAC-10.E1.1.8 Chair: Jean-Francois Roussel (Office National d’Etudes et de Re- Mary D’Souza, Australia The New South Wales School of Space Science: en- cherches Aérospatiales (ONERA), France); Mengu Cho (Kyushu couraging high school science studies IAC-10.E1.2.9 Institute of Technology, Japan) Kerrie Dougherty, Powerhouse Museum, Australia Pre-mission activities for the space higher education IAC-10.D5.3.1 Mahsa Taheran, Polytechnic University of Madrid, Iran The global muon detector network – gmdn and IAC-10.E1.1.9 space weather prediction Polar research in the classroom, after the IPY IAC-10.E1.2.11 Nelson Jorge Schuch, Southern Regional Space Research Center Birgit Strømsholm, Andoya Rocket Range, Norway Status and future plans for the Norwegian Student Satellite Program, ANSAT - CRS/CCR/INPE - MCT in collaboration with the Space Science IAC-10.E1.1.10 Jøran Antonsen, Andoya Rocket Range, Norway Laboratory of Santa Maria - LACESM/CT - UFSM, Brazil 10 years of space education in Nigeria IAC-10.D5.3.2 Etim Offiong, African Regional Center for Space Science and Tech- IAC-10.E1.2.12 SPACE ENVIRONMENT MEASUREMENTS BY JAXA SATELLITES nology Education in English (ARCSSTE-E), Nigeria The Summer School Alpbach – FFG’s approach for a specialized training in space science AND ISS IAC-10.E1.1.11 Michaela Gitsch, FFG, Austria Takahiro Obara, Japan Aerospace Exploration Agency (JAXA), Design and Fabrication of Hardware to Promote STEM Japan Education and Careers Among Secondary Education IAC-10.E1.2.13 IAC-10.D5.3.3 Students C’SPace, the french Space Camp Collaboration and Policy for Space Weather Mod- Lisa Tunstill, University of Alabama in Huntsville, United States Nicolas Pillet, France eling and Risk Mitigation IAC-10.E1.1.12 Jeanne Holm, Jet Propulsion Laboratory, United States Mars Mission Program for Primary Students Naomi Mathers, Victorian Space Science Education Centre, Australia IAC-10.E1.1.13 Alere Flammam Chantal Cappelletti, Scuola di Ingegneria Aerospaziale, Italy

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E1.3. Calling Planet Earth – Space Out- IAC-10.E1.3.13 IAC-10.E1.4.9 IAC-10.E1.5.7 The Potential of Innovative Outreach from Cube-Sat Peruvian Satellite Network – Support of the ISS Ra- kibo hi-vision earthview educational system develop- reach to the General Public Programmes dioamateur program ment September 29 2010, 15:15 – Club D Jason Stones, Astrium Ltd., United Kingdom Jaime Alberto Estela Gutiérrez, Germany Susumu Yoshitomi, Japan Space Forum, Japan Chair: Yolanda Berenguer (UNESCO, France); Olga Zhdanovich IAC-10.E1.3.14 IAC-10.E1.4.10 IAC-10.E1.5.9 (European Space Agency (ESA), The Netherlands) Is being a planetary scientist the best job in the Building the Bridge from Mission Analysis to Space- Educational Training on Spacecraft Operations in a Rapporteur: Gulnara T. Omarova (Astrophysical Institute, Kaza- world? craft Operations in Education Soyuz mock-up Simulator khstan) Alexandre Sole, Spain Osman Kalden, VEGA Deutschland GmbH & Co, KG, Germany Jochen Noll, University of Stuttgart, Germany IAC-10.E1.3.1 World Space Week: After 10 Years, the Largest Space IAC-10.E1.3.15 IAC-10.E1.4.11 Outreach Program on Earth Programa Espacial.com: A dream comeS true Using a Virtual Ground Station as a Tool for Sup- Dennis Stone, World Space Week Association, United States Antoni Perez-Poch, Universitat Politecnica de Catalunya (UPC), porting Higher Education Spain Ghulam Jaffer, Graz University of Technology, Austria E1.6.-E5.4. Water from Space: Societal, IAC-10.E1.3.2 Educational and Cultural Aspects Ten years after Unispace III IAC-10.E1.4.12 “Space knowledge” to the public Michel Laffaiteur, France September 29 2010, 11:45 – Club D Marion Mueller, GEONAT, Germany Chair: Annick Bureaud (Leonardo/Olats, France); Bee Thakore IAC-10.E1.3.3 E1.4. New Worlds – Innovative Space Edu- IAC-10.E1.4.13 (Space Generation Advisory Council (SGAC), United Kingdom); Lyn THE PUBLIC FACE OF SPACE: A SUMMARY OF KEY POINTS cation and Outreach CanSat France: an innovative competition to encour- Wigbels (American Astronautical Society (AAS), United States) FROM ISU’S 14TH ANNUAL SYMPOSIUM age wide adoption and public awareness Rapporteur: Adrian Meyer (Space School Africa, South Africa) John Farrow, International Space University (ISU), France September 30 2010, 15:15 – Meeting Hall IV Emmanuel Jolly, Planete Sciences, France IAC-10.E1.6.-E5.4.1 Chair: Jean-Daniel Dessimoz (Western Switzerland University of Ap- IAC-10.E1.3.4 Water in space exploration: Influence and benefits plied Sciences (HESSO.HEIG-VD) and Swiss Association for Astro- IAC-10.E1.4.14 Increasing Media Visibility of Public Outreach Ef- for social projects on earth nautics, Switzerland); Vera Mayorova (Novosti Kosmonavtiki (News virtual spacecraft design: an effective training forts Jan Walter Schroeder, Astrinova, Germany of Cosmonautics), Russia) method Oana Monalisa Sandu, Space Generation Advisory Council (SGAC), Rapporteur: Mabel J. Matthews (National Aeronautics and Space Wen Yuejie, China Academy of Space Technology (CAST), China IAC-10.E1.6.-E5.4.2 Romania Administration (NASA), United States) Looking for Mars in the Northern Atlantic IAC-10.E1.4.15 IAC-10.E1.3.5 IAC-10.E1.4.1 Space education program within the frame of col- Lucy Hg, United States ENHANCEMENT OF PUBLIC ENGAGEMENT: A STRATEGIC AP- Aouda.X – lessons learned from a high profile sci- laboration between the Russian Federation and PROACH FROM THE INTERNATIONAL SPACE EXPLORATION IAC-10.E1.6.-E5.4.3 ence-education partnership project Mexico COORDINATION GROUP ISECG Water from space: art as a powerful bridge between Olivia Haider, Austrian Space Forum, Austria Saul De la Rosa Nieves, School of Engineering, UNAM, Mexico Andrea Boese, Deutsches Zentrum für Luft- und Raumfahrt e.V. fantasy and fact (DLR), Germany IAC-10.E1.4.2 Elinor Nina Czegledy Nagy, Leonardo Electronic Almanach, Canada The Use of Telepresence Technologies in NASA’s Edu- IAC-10.E1.6.-E5.4.4 IAC-10.E1.3.6 cation Programs LAUNCH: Water – Accelerating Innovation for a Sus- ESA Kids, ESA’s website for young space enthusiasts Patricia A. Currier, National Aeronautics and Space Administration E1.5. To Boldly Go – Space Station Educa- tainable Future. Elke Delvoye, ESA (European Space Agency), The Netherlands (NASA), United States tion and Outreach Beth Beck, National Aeronautics and Space Administration (NASA), IAC-10.E1.3.7 IAC-10.E1.4.3 United States Rise Above the White Noise System Educations Through Small Aerospace Sys- October 1 2010, 09:00 – Meeting Room 4.2 IAC-10.E1.6.-E5.4.5 Beth Beck, National Aeronautics and Space Administration (NASA), tems Chair: Lyn Wigbels (American Astronautical Society (AAS), United water deal United States Kenji Ogimoto, SOUKI Systems Co. Ltd., Japan States); Marilyn Steinberg (Canadian Space Agency, Canada) Rapporteur: Rachid Amekrane (Astrium GmbH, Germany) Helene von Oldenburg, Germany IAC-10.E1.3.8 IAC-10.E1.4.4 IAC-10.E1.5.1 Developing space in developing nations HANA-DENSETSU, RECOGNITION OF THE BEAUTY OF LIFE ON A Spaceship, Astronauts and Children: How the Eu- Carla Sharpe, South Africa THIS PLANET ropean Space Agency brings them together in the Yoichi Hasegawa, Japan Manned Space Systems Corporation, IAC-10.E1.3.9 classroom Japan E1.7. Space Workforce Development – Eight Years in a ‘Space Mission’ – Lessons From Run- Shamim Hartevelt, European Space Agency (ESA), The Netherlands ning a Popular Space Portal in Hungary IAC-10.E1.4.5 Challenges and Opportunities IAC-10.E1.5.2 Sandor Frey, Urvilág (i.e. Space World), Hungary The Brain New Strategy for Innovative Space Scienc- SpaceSmart: Shifting Public Perceptions of Space October 1 2010, 14:00 – Club D es Education on the Anthropogenesis of Multidimen- IAC-10.E1.3.10 Beth Beck, National Aeronautics and Space Administration (NASA), Chair: Olga Zhdanovich (European Space Agency (ESA), The Neth- sional Space-Time Paradigms Kyiv Planetarium audience response on interactive United States erlands); Mabel J. Matthews (National Aeronautics and Space Ad- Zdravko Andonov, Space Research Institute - Bulgarian Academy (QuEstions and Answers) lecture “Astro-Quiz” – quali- ministration (NASA), United States); Annalisa Weigel (Massachus- of Sciences, Bulgaria IAC-10.E1.5.3 tative evaluation sets Institute of Technology (MIT), United States) NASA Education Activities on the International Space Nataliya Kovalenko, Kyiv planetarium, Ukraine IAC-10.E1.4.6 Rapporteur: Frank Friedlaender (Lockheed Palo Alto Research Lab., Station: A National Laboratory for Inspiring, Engag- Next generation space engineers education United States); Amalio Monzon (LEEM, Germany) IAC-10.E1.3.11 ing, Educating and Employing the Next Generation Jens Frederik Dalsgaard Nielsen, Aalborg University, Denmark IAC-10.E1.7.1 finding solution for space development through Julie A. Robinson, National Aeronautics and Space Administration The U.S. Human Spaceflight Workforce human risk appraisal during interplanetary missions IAC-10.E1.4.7 (NASA)/Johnson Space Center, United States William H. Gerstenmaier, National Aeronautics and Space Adminis- for highly skilled specialists education Automatic Detection of Space Debris with a Meade IAC-10.E1.5.5 tration (NASA)/Ames Research Center, United States Lubov Strogonova, Moscow Aviation Institute (State Technical Telescope The ISS as useful platform for the Radio Amateur University), Russia Achim Gottscheber, SRH University of Applied Sciences Heidel- IAC-10.E1.7.2 Community around the world berg, Germany BUILDING A WORKFORCE TO SUPPORT A NATIONAL SPACE IAC-10.E1.3.12 Jaime Alberto Estela Gutiérrez, Germany PROGRAMME The organizations for space education and outreach IAC-10.E1.4.8 Mazlan Othman, United Nations Office for Outer Space Affairs, programs in the Republic of Korea From simple fascination to professional projects – IAC-10.E1.5.6 Austria Jeong-Won Lee, Korea Aerospace Research Institute, Korea, Re- the Polish webcommunity perspective An ordinary camera in an extraordinary location: public of Michal Moroz, kosmonauta.net, Poland Outreach with the Mars Webcam Thomas Ormston, VEGA, Germany

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IAC-10.E1.7.3 E2. 40th STUDENT CONFERENCE E2.2. Student Conference II E2.3. Student Conference III Implementation of a NASA Education Workforce De- velopment Initiative: Transitioning a High-Performing Coordinator: Marco Schmidt (University of Wuerz- September 28 2010, 10:15 – Meeting Room 4.1 September 28 2010, 15:15 – Meeting Room 4.1 and Diverse Student Pool into the Space Exploration burg, Germany); Stephen Brock (American Institute of Chair: Rachid Amekrane (Astrium GmbH, Germany); Benedicte Chair: Stephen Brock (American Institute of Aeronautics and Astro- Workforce Aeronautics and Astronautics (AIAA), United States) Escudier (SUPAERO- Ecole Nationale Supérieure de l’Aéronautique nautics (AIAA), United States); Mabel J. Matthews (National Aero- Mabel J. Matthews, National Aeronautics and Space Administration et de l’Espace, France) nautics and Space Administration (NASA), United States) (NASA), United States Rapporteur: Thomas Snitch (Little Falls Associates, Inc., United Rapporteur: Benedicte Escudier (SUPAERO- Ecole Nationale States) Supérieure de l’Aéronautique et de l’Espace, France) IAC-10.E1.7.4 IAC-10.E2.2.1 IAC-10.E2.3.1 Maintaining The Future Space Workforce – The Glo- E2.1. Student Conference I Development and Verification of Microsatellite At- Feasibility study of materials for TRIS system’s bal Youth’s Perspective September 27 2010, 15:15 – Meeting Room 4.1 titude Control System by Processor-In-The-Loop catching shield Rishi Sharda, United Kingdom Chair: Marco Schmidt (University of Wuerzburg, Germany); Carsten Method Chiara Massimiani, Scuola di Ingegneria Aerospaziale, Italy Holze (machtwissen.de AG, Germany) IAC-10.E1.7.5 Chia-Yen Chong, National Cheng Kung University, Taiwan, China Rapporteur: Naomi Mathers (Victorian Space Science Education IAC-10.E2.3.2 “LunchSat”, a training programme for young profes- Centre, Australia) IAC-10.E2.2.2 Orbit Determination and Control for the European sionals in EADS Astrium to build a nano-satellite effect of size and orientation of panels on satellite Student Moon Orbiter IAC-10.E2.1.1 Nicholas Fishwick, Astrium Ltd., United Kingdom formation Federico Zuiani, University of Glasgow, Space Advanced Research Aircraft based launch system “Synergy” Priyam Chakraborty, Indian Institute of Technology, India Team, United Kingdom IAC-10.E1.7.6 Mykola Gryshyn, Dniepropetrovsk National University, Ukraine Attracting and Training the Next Generation of Eu- IAC-10.E2.2.3 IAC-10.E2.3.3 IAC-10.E2.1.2 ropean Space Engineers Through Hands-on Space The e-st@r CubeSat: antennas system Development of a solid propellant to accomplish Displaced geostationary orbits using hybrid low- Project Activities Fanchini, Politecnico di Torino, Italy the goal of reaching space by a student-built rock- thrust propulsion Roger Walker, European Space Agency (ESA), The Netherlands et Jeannette Heiligers, University of Strathclyde, United Kingdom IAC-10.E2.2.4 Hein Olthof, Delft University of Technology (TU Delft), The Nether- IAC-10.E1.7.7 Software Development of Star Trackers for Small IAC-10.E2.1.3 lands LEEM: Attracting students to the aerospace sector Satellites transportation architecture for round-trip ex- and contributing to their development Koki Ho, The University of TOKYO, Graduate school, Japan IAC-10.E2.3.4 ploration to mars utilizing deep space port at sun- Amalio Monzon, LEEM, Germany Attitude Determination & Control System (ADCS) of earth liberation point IAC-10.E2.2.5 Pico-Satellite IAC-10.E1.7.8 Marie Kitajima, Tokai University, Japan Concepts for modularity and standardization of Harish Rao Ramavaram, Kavikulguru institute of technology and Integrating of Educational and Scientific-Techno- electronic boards on small satellites IAC-10.E2.1.5 sciences, India logical Areas During the Process of Education of Stéphanie Perez, Université de Montpellier II, France Miniaturized Pulsed Plasma Thrusters for CubeSats: Aerospace Engineers IAC-10.E2.3.5 Modelling and Direct Thrust Measurement IAC-10.E2.2.6 Vera Mayorova, Novosti Kosmonavtiki (News of Cosmonautics), NAVIS: Performance Evaluation of the AAUSAT3 Cube- David Krejci, Austrian Institute of Technology GmbH (AIT), Austria Broadband light source for fiber-optic measure- Russia Sat using Stratospheric Balloon Flight ment system in space applications IAC-10.E1.7.9 IAC-10.E2.1.6 Hans Peter Mortensen, Aalborg University, Denmark New trajectories to test MOND/TEVES with LISA path- Max Rössner, Germany The Space English Access Course (SEAC): Challenges IAC-10.E2.3.6 finder and Opportunities for Continuing Professional Edu- IAC-10.E2.2.7 FOCUS – First Orbital Curing Experiment of University Benjamin Toullec, SUPAERO, France cation and Training Experimental investigation of performance param- Students Carol Carnett, International Space University (ISU), United States IAC-10.E2.1.7 eters for traction system of lunar roving vehicle Philipp Reiss, Technische Universität München, Germany Correlation of Fatigue Data for Barely Visible Impact prototype wheels IAC-10.E1.7.10 IAC-10.E2.3.7 Damaged Carbon Fibre Reinforced Epoxy Laminates Nasim Kaveh-Moghaddam, McGill University, Canada S. W. O. T (STRENGTH, WEAKNESS, OPPORTUNITY AND Changes in natural resistance of immune system at Alastair Komus, University of Manitoba, Canada THREAT) ANALYSIS FOR STUDENTS TO EXPLORE SPACE AT IAC-10.E2.2.8 volUnteers-verifiers in long-term isolation ISRO AND IAC IAC-10.E2.1.8 Orbit analysis of a low-flying spacecraft for at- Sergey Ponomaryov, Institute for Biomedical Problems of the Rus- Shanti Swaroop Kandala, Korea Advanced Institute of Science and Prospective Thermoelectric Tellurides mospheric research sian Academy of Sciences, Russia Technology (KAIST), India Patrik Čermák, University of Pardubice, Czech Republic Johan Kütt, United Kingdom IAC-10.E2.3.8 IAC-10.E1.7.11 IAC-10.E2.1.10 IAC-10.E2.2.9 GREENER SPACE International Program/Project Management Commit- In-Flight Verification of a Novel Method for the Lunar Regolith in Situ Resource Utilization: Applica- Olga Zhdanovich, European Space Agency (ESA), The Netherlands tee Presentation Tracking of Rockets tions in Dust Mitigation and Vacuum Pyrolysis IAC-10.E2.3.9 Edward J. Hoffman, National Aeronautics and Space Administration Konrad Makowka, Technische Universität München, Germany Brandon Hall, University of Maryland, United States (NASA), United States Hyper 1: Development of a hybrid propulsion system IAC-10.E2.2.10 for experimental rockets IAC-10.E1.7.12 Computational Study of NASA’s NEXT Ion Engine Michael Deiml, Technische Universität München, Germany Enabling the Future through Program/Project Acad- Michael Jonell, State University, United States emies IAC-10.E2.3.10 Edward J. Hoffman, National Aeronautics and Space Administration CORALCO: COSMIC RAYS – LIGHT, COMPACT & LOW-COST (NASA), United States DEVICE FOR THE REAL-TIME RADIATION ENVIRONMENT MEAS- UREMENT IN THE ATMOSPHERE AND STRATOSPHERE Jaroslav Urbář, Charles University, Faculty of Mathematics and Physics, Czech Republic

142 143 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

E3. 23rd SYMPOSIUM ON SPACE POLI- IAC-10.E3.1A.9 IAC-10.E3.1B.4 E3.3. The Space Economy in Figures The Mexican Space Agency as a catalyst to solve na- Responding to the Threat of Potentially-Hazardous CY, REGULATIONS AND ECONOMICS tional problems Near Earth Objects September 29 2010, 10:15 – Terrace 1 Coordinator: Kai-Uwe Schrogl (European Space Israel Ojeda Coronado, Space Generation Advisory Council (SGAC), Ray A. Williamson, Secure World Foundation, United States Chair: Pierre-Alain Schieb (Organisation for Economic Co-operation Policy Institute (ESPI), Austria); Sergio Camacho United States and Development (OECD), France); Pierre Lionnet (Eurospace, IAC-10.E3.1B.5 France) (CRECTEALC – Regional Centre for Space Science IAC-10.E3.1A.10 Winning entry of the Space Generation Advisory IAC-10.E3.3.1 Space Policy of President Lee Myung-Bac Government Council’s Asteroid Global Warning System technical and Technology Education for Latin American and The Space Economy at a Glance 2010: The OECD / IFP of Korea paper competition 2010 Approach The Caribbean, Mexico) Nammi Choe, Korea Aerospace Research Institute, Korea, Republic Andrew Bacon, Space Generation Advisory Council (SGAC), United Claire Jolly, Organisation for Economic Co-operation and Develop- of Kingdom ment (OECD), France IAC-10.E3.1A.11 IAC-10.E3.1B.6 IAC-10.E3.3.2 Space Policy and Governance as Barriers to Interna- Space Applications for International Development E3.1A. New Developments in National Analysis of Global Space Budgets and Revenue tional Collaboration Mariel John, United States and International Space Policies and Pro- Joseph Fuller, Futron Corporation, United States Mariel John, United States grammes I IAC-10.E3.1A.12 IAC-10.E3.3.3 Contemporary Space Exploration in the United Space Economic Metrics as a Tool for Understanding September 27 2010, 15:15 – Terrace 1 and Enhancing National Space Competitiveness Chair: Kazuto Suzuki (Hokkaido University, Japan); Jan Kolář (Czech States and Europe: A Public Policy Comparison Ve- E3.2. Policy and Economic Aspects of ronica Chkadua The University of Alabama in Hunts- David Vaccaro, Futron Corporation, United States Space Office, Czech Republic) Space Weather Rapporteur: Catherine Doldirina (McGill University, Canada) ville IAC-10.E3.3.4 IAC-10.E3.1A.1 Veronica Chkadua, United States September 28 2010, 15:15 – Terrace 1 Methodological issues and hurdles with space eco- Chair: Werner R. Balogh (United Nations Office for Outer Space Af- nomic data Understanding the New U.S. Approach to Human IAC-10.E3.1A.13 fairs, Austria); David Kendall (Canadian Space Agency, Canada) Pierre Lionnet, Eurospace, France Space Flight Prospects of Micro and Nano-satellites in Global Rapporteur: Jana Robinson (European Space Policy Institute (ESPI), John M. Logsdon, Space Policy Institute, George Washington Uni- trends of the space market – Directions and oppor- IAC-10.E3.3.5 Austria) versity, United States tunities for the Israeli space sector CURRENT STATUS AND STATISTICS OF JAPANESE SPACE IN- IAC-10.E3.2.1 IAC-10.E3.1A.2 Yonatan Winetraub, INSA, Israel DUSTRY IAA Study Group on International Cooperation on Five Key Turning Points in the American Space Indus- Norihiro Sakamoto, Society of Japanese Aerospace Companies IAC-10.E3.1A.14 Space Weather try in the Past 20 Years: Analyzing Moments that (SJAC), Japan The analysis of existing international space coop- Werner R. Balogh, United Nations Office for Outer Space Affairs, Molded Supply, Demand, and Regulation to Plan eration initiatives for UNESCO’s World Heritage Sites Austria IAC-10.E3.3.6 Ahead Sandra Cabrera Alvarado, France Valuing The Canadian Space Sector Contribution to Ariane Cornell, Space Generation Advisory Council (SGAC), Austria IAC-10.E3.2.2 the Space Economy IAC-10.E3.1A.15 Economic and Policy Considerations for the devel- IAC-10.E3.1A.3 Joan Harvey, Canadian Space Agency, Canada Transparency and Confidence-Building Measures opment of a Coordinated European Space Weather Space policy priorities in Ukraine (TCBM) for Space Security Infrastructure IAC-10.E3.3.7 Valerii Korepanov, Lviv Centre of Institute of Space Research, Jana Robinson, European Space Policy Institute (ESPI), Austria Alexi Glover, ESA, Spain The Indian space programme, its salient features and Ukraine policies IAC-10.E3.1A.16 IAC-10.E3.2.3 IAC-10.E3.1A.4 Radhika Ramachandran, Indian Space Research Organization THE ROLE OF SPACE TECHNOLOGY AND ICTs IN GLOBAL AC- SWIFTER-ACTION – a space weather Virtual Organiza- The making of a nation’s space policy: Australia’s (ISRO), France TIVITIES ON FOOD SECURITY tion approach. Larry Paxton, The John Hopkins University Applied Physics Labora- IAC-10.E3.3.8 Noel Siemon, The PC Users Group (ACT) Inc, Australia Olufunke Ero-Phillips, Switzerland tory, United States Overview of the Economic Impact Report from the IAC-10.E3.1A.5 FAA Office of Commercial Space Transportation IAC-10.E3.2.4 The National Space Policy: Movement towards a more Ken Davidian, FAA Office of Commercial Space Transportation, Did Geomagnetic Activity pose a Challenge to Elec- co-ordinated approach of space activities in South United States tric Power Reliability during Solar Cycle 23?: Evi- Africa. E3.1B. New Developments in National dence from the United Kingdom, the Netherlands, IAC-10.E3.3.9 Lulekwa Makapela, South Africa and International Space Policies and Pro- New York, and PJM Space industry statistics, methodology and practi- cal approach: the Eurospace example IAC-10.E3.1A.6 grammes II Kevin Forbes, United States Pierre Lionnet, Eurospace, France a mediterranean satellite to realize the union for September 28 2010, 15:15 – Terrace 1 IAC-10.E3.2.5 the mediterranean IAC-10.E3.3.10 Chair: Kazuto Suzuki (Hokkaido University, Japan); Jan Kolář (Czech Space weather AWESOME VLF monitoring in Azerbaijani Masmoudi Mustapha, ATUCOM - Tunisian Association for Commu- Social values and economic impact of public spend- Space Office, Czech Republic) site and international cooperation nication and Space Sciences, Tunisia ing on space-related programs Rapporteur: Catherine Doldirina (McGill University, Canada) Elchin S. Babayev, Shamakhy Astrophysical Observatory, Azerbai- Ersilia Vaudo Scarpetta, European Space Agency (ESA), France IAC-10.E3.1A.7 IAC-10.E3.1B.1 jan A comprehensive mapping of the European-African IAC-10.E3.3.11 Towards a UN Space Policy IAC-10.E3.2.6 cooperation using satellites and policy perspec- The space industry and its relationship with the Ciro Arevalo, Chairman, UN-COPUOS, Austria Contributions of the United Nations Office for Outer tives space services sector and the rest of the economy Space Affairs to the International Space Weather Christina Giannopapa, European Space Policy Institute (ESPI), IAC-10.E3.1B.2 Giancarlo Graziola, University of Bergamo, Italy Initiative (ISWI) Austria Long-Term Sustainability of Space Activities – Widen- ing the Debate Werner R. Balogh, United Nations Office for Outer Space Affairs, IAC-10.E3.3.12 IAC-10.E3.1A.8 Peter Martinez, National Research Foundation (NRF), South Africa Austria Measuring the Impacts of Government Investment in Influence in Space Policies and Cooperation in the Space Infrastructure Development Asia Pacific IAC-10.E3.1B.3 Paul Guthrie, The Tauri Group, United States Stephanie Wan, George Washington University, United States Assessing the Current Dynamics of Space Security – results of the SWF-Ifri workshop on the current IAC-10.E3.3.13 trends in space security THE ROLE OF “INTEGRATED” FINANCING IN THE DEVELOP- Agnieszka Lukaszczyk, Secure World Foundation, Austria MENT OF ITALY’S SPACE SECTOR Giacomo Primo Sciortino, Italian Space Agency (ASI), Italy

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E3.4. Protecting the Environment of Ce- IAC-10.E3.5.-E7.6.2 E4.2. Memoirs and Organisational Histo- E4.3. Scientific and Technical History Distributed Space Systems of Small Satellites – Op- lestial Bodies portunities and Challenges ries September 30 2010, 15:15 – Club D Eberhard Gill, Delft University of Technology (TU Delft), The Neth- Chair: Susan McKenna-Lawlor (Space Technology (Ireland) Ltd., October 1 2010, 14:00 – Club C September 30 2010, 10:15 – Club D Ireland); Philippe Jung (AAAF, France) Chair: Mahulena Hofmann (University of Giessen, Germany); Petra erlands Chair: Marsha Freeman (21st Century Science & Technology, Unit- Rapporteur: William Cuthbert (Executive Intelligence Review Rettberg (Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), ed States); Hervé Moulin (Institut Français d’Histoire de l’Espace, IAC-10.E3.5.-E7.6.4 News Service, United States) Germany) ITU radio regulatory requirements for small satel- France) IAC-10.E4.3.1 Rapporteur: Marc Haese (European Space Agency (ESA), The lite design and operation Rapporteur: Theo Pirard (Space Information Center, Belgium) Relevant analysis regarding the innovative Conrad Netherlands) Attila Matas, International Telecommunication Union (ITU), Switzer- IAC-10.E4.2.1 Haas manuscript of 1555 IAC-10.E3.4.1 land Ernst Stuhlinger – An Historian Protecting the Space Environment: A Policy Frame- Charles Lundquist, University of Alabama in Huntsville, United Alexandru Todericiu, Austria IAC-10.E3.5.-E7.6.5 work States Liability and related legal aspects of small satel- IAC-10.E4.3.2 Mark Williamson, Space Technology Consultant, United Kingdom lites IAC-10.E4.2.2 Rocket History through an Artifact: The American IAC-10.E3.4.2 Ram S. Jakhu, Institute of Air and Space Law, Canada Arthur Valentine Cleaver (1917–1977) Rocket Society Test Stand No. 2 (1938–1942) The COSPAR planetary protection guidelines and Andrew Chatwin, The British Interplanetary Society, United King- Frank Winter, United States the detection of microbiological contamination on dom IAC-10.E4.3.3 space hardware IAC-10.E4.2.3 “TAJFUN-F” The Smallest Liquid Fuelled Rocket Missile Petra Rettberg, Deutsches Zentrum für Luft- und Raumfahrt e.V. E4. 44th HISTORY OF ASTRONAUTICS ARY STERNFELD AND MODERN COSMONAUTICS of WWII (DLR), Germany SYMPOSIUM Vyacheslav V. Ivashkin, Keldysh Institute of Applied Mathematics, Aleksander Kerstein, KATEH s.p., Slovenia IAC-10.E3.4.3 RAS, Russia IAC-10.E4.3.4 Planetary parks – the need of a wilderness policy in Coordinator: Christophe Rothmund (Snecma, France); IAC-10.E4.2.4 Spaceport : a proposed equatorial launch solar system exploration Ake Ingemar Skoog (Germany); Yasunori Matogawa Miguel Sánchez Peña (1925–2009) – Organizer of the facility for ELDO Gerda Horneck, Deutsches Zentrum für Luft- und Raumfahrt e.V. (Japan Aerospace Exploration Agency (JAXA), Japan); Space Activities in Argentina Kerrie Dougherty, Powerhouse Museum, Australia (DLR), Germany Kerrie Dougherty (Powerhouse Museum, Australia) Pablo de Leon, Argentine Association for Space Technology, Ar- IAC-10.E4.3.5 IAC-10.E3.4.4 gentina From Maruca to Masurca An history of the first Models of International Politics for Protecting the IAC-10.E4.2.5 French Navy’s SAM Environment of Celestial Bodies PEDRO PAULET – PERUVIAN PIONEER OF THE SPACE AGE Philippe Jung, AAAF, France Kazuto Suzuki, Hokkaido University, Japan E4.1. IAA 50th Anniversary Alvaro Mejía, Institute of Aerospace Historical Studies, Peru IAC-10.E4.3.6 IAC-10.E3.4.5 September 29 2010, 10:15 – Club D IAC-10.E4.2.6 THE VALOIS ENGINE AND THE DIAMANT-B LAUNCH VEHICLE Advanced Multidimensional Multitemporal Strategy Chair: Ake Ingemar Skoog (Germany); Kerrie Dougherty (Power- Academician Vasiliy Sergeyevich Budnik – One of the FIRST STAGE PROPULSION SYSTEM for Global and Cosmical Protecting the Environ- house Museum, Australia) Founders of Space Industry of Ukraine Christophe Rothmund, Snecma, France ment of Celestial Bodies Rapporteur: Niklas Reinke (Deutsches Zentrum für Luft- und Raum- A.V. Novak, Yuzhnoye State Design Office, Ukraine Zdravko Andonov, Space Research Institute - Bulgarian Academy IAC-10.E4.3.7 of Sciences, Bulgaria fahrt e.V. (DLR), Germany) IAC-10.E4.2.7 Dassault Aviation’s aerospace transporter – an his- IAC-10.E4.1.1 N.F.GERASYUTA and his scientific and technical torical perspective IAC-10.E3.4.6 The origins of IAA – personal memories of Les Shep- school (to 90-th anniversary of the birth) Philippe Ccoué, Dassault Aviation, France HOW FAR-REACHING IS THE OBLIGATION TO PROTECT THE herd Irina Fedorenko, National Center of Aerospace Education, Ukraine ENVIRONMENT OF CELESTIAL BODIES ACCORDING TO CON- IAC-10.E4.3.8 TEMPORARY INTERNATIONAL LAW? John Becklake, United Kingdom IAC-10.E4.2.8 The satellite that almost was – ABIR (Knight), the first Catherine Doldirina, McGill University, Canada IAC-10.E4.1.2 organizational review of half a century history of indigenous satellite of Israel isas Tal Inbar, Fisher Institute for Air and Space Strategic Studies, Israel IAC-10.E3.4.7 THE CREATION OF THE INTERNATIONAL ACADEMY OF ASTRO- Yasunori Matogawa, Japan Aerospace Exploration Agency (JAXA), The Perspective of a New UN Resolution NAUTICS AND ITS INSTITUTIONAL DEVELOPMENT IAC-10.E4.3.9 Japan Mahulena Hofmann, University of Giessen, Germany Vladimír Kopal, West Bohemian University, Czech Republic UK X-ray Research and the 2 X-ray Tel- IAC-10.E4.1.3 IAC-10.E4.2.9 escope An Overview of the USA Founding Members of the In- ASSESSING SPACE PROGRAM IMPACTS OF THE IGY Douglas Millard, The Science Museum, United Kingdom ternational Academy of Astronautics Ake Ingemar Skoog, Germany Lance Warden, University of Alabama in Huntsville, United States E3.5.-E7.6. 25th IAA/IISL Scientific-Legal IAC-10.E4.2.10 Roundtable: The New Age of Small Satel- IAC-10.E4.1.4 The Space Policy of the Nixon and Ford Administra- THE SWEDISH INTERPLANETARY SOCIETY (1950–1969) AND tions: Another Détente Diplomacy through Project lite Missions (Invited Papers only) THE FORMATION OF IAF AND IAA Apollo and ASTP September 30 2010, 10:15 – Terrace 1 Ake Ingemar Skoog, Germany Hirotaka Watanabe, Osaka University, Japan Chair: Rainer Sandau (Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany); Lesley Jane Smith (Leuphana University of Lüneburg/ Weber-Steinhaus & Smith, Germany) Rapporteur: Nicola Rohner-Willsch (Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany) IAC-10.E3.5.-E7.6.1 Small Satellite Missions for Earth Observation – Sta- tus & Trends Martin Sweeting, Surrey Space Centre, United Kingdom

146 147 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

E4.4. History of Contributions to Astro- E5. 21st SYMPOSIUM ON SPACE ACTIV- E5.2. Space Expectations: Involving the E5.3. Space Architecture: Exploration and nautics of former Czechoslovakia ITY AND SOCIETY Public in Space Activities Tourism October 1 2010, 09:00 – Club D Coordinator: Peter A. Swan (Teaching Science and September 28 2010, 15:15 – Club C September 29 2010, 10:15 – Forum Chair: John Becklake (United Kingdom); Luboš Perek (Astronomical Technology, Inc., United States); Geoffrey Langue- Chair: Peter A. Swan (Teaching Science and Technology, Inc., Chair: Susmita Mohanty (Earth2Orbit (E2O), India); Anna Barbara Institute, Czech Academy of sciences, Czech Republic) doc (Canadian Aeronautics & Space Institute (CASI), United States); Cathy Swan (SouthWest Analytic Network, United Imhof (Liquifer Systems Group (LSG), Austria) Rapporteur: Charles Lundquist (University of Alabama in Huntsville, Canada) States) Rapporteur: Brent Sherwood (Jet Propulsion Laboratory, United States) United States) Rapporteur: David Raitt (The Netherlands) IAC-10.E5.3.1 IAC-10.E4.4.1 IAC-10.E5.2.1 RAMA – ROVER FOR ADVANCED MISSION APPLICATIONS Circumstances of a space flight of the first Euro- Anyone Can Be a Rocket Scientist: Collaboration and Anna Barbara Imhof, Liquifer Systems Group (LSG), Austria pean Astronaut E5.1. Future and Current Space Missions: Participation at NASA Vladimír Remek, European Parliament, Belgium Jeanne Holm, Jet Propulsion Laboratory, United States IAC-10.E5.3.2 Including and Expanding All Aspects of Comparing Future Options for Human Space Flight IAC-10.E4.4.2 IAC-10.E5.2.2 Brent Sherwood, Jet Propulsion Laboratory, United States Beginnig of rocket development in Czech Lands Human Life On-board and in Other Worlds 2050 – Living on Mars: Children design future Habitats (Czechoslovakia) September 28 2010, 10:15 – Club C Sandra Haeuplik-Meusburger, UT Vienna, Austria IAC-10.E5.3.3 Michal Plavec, Czech Republic Chair: Nikolai Tolyarenko (France); Olga Bannova (University of IAC-10.E5.2.3 Space Tourism: The Market Beyond Earth’s Orbit Houston, United States) NASA’s Program – Prizes as a Jay Gullish, Futron Corporation, United States IAC-10.E4.4.3 Rapporteur: Ondřej Doule (International Space University (ISU), means of participatory exploration Artificial satellites observations and their scientific IAC-10.E5.3.4 Douglas Comstock, National Aeronautics and Space Administration usage in Czechoslovakia Czech Republic) The Design of Intimate Spaces – A Case Study in the (NASA)/Ames Research Center, United States Ladislav Sehnal, Astronomical Institute, Czech Academy of sci- IAC-10.E5.1.1 Cabin Interior Design for the XP Spaceplane ences, Czech Republic Mars habitability project at MDRS (Sensory experi- IAC-10.E5.2.4 Charles Lauer, Rocketplane Global, Inc., United States ence and creative performance for manned plan- Virtualizing the ’Warp Drive’ – Can Visual Arts influ- IAC-10.E4.4.4 IAC-10.E5.3.5 etary exploration) ence pioneering research? Contribution of Charles University to Investigations Project Enterprise Interior Irene Lia Schlacht, Technische Universität Berlin, Germany of Solar-Terrestrial Relations Alexandre Szames, France Andreas Vogler, Architecture and Vision, Germany Zdeněk Němeček, Charles University, Faculty of Mathematics and IAC-10.E5.1.2 IAC-10.E5.2.5 IAC-10.E5.3.6 Physics, Czech Republic Use of Natural Aromas as an Architectural Design Space Expectations of Young Indians Astrium suborbital spaceplane cabin innovative de- Element in Lunar Habitats IAC-10.E4.4.5 P R Goutham, PES School of Engineering, India sign James Burke, The Planetary Society, United States Hugues Laporte-Weywada, EADS Astrium, France Solar Physics Space Research in Czech Republic – His- IAC-10.E5.2.6 torical Survey IAC-10.E5.1.3 Space exploration and exploitation: Technical and IAC-10.E5.3.7 František Fárník, Astronomical Institute, Czech Academy of sci- How to Colonize Space in Seven Easy Steps – Part I: economical capabilities versus legal and political Omicron ences, Czech Republic Astronautical Development For Making the People regulations: The civil aviation paradigm Ondřej Doule, International Space University (ISU), Czech Republic More Secure IAC-10.E4.4.6 Alvaro Azcarraga, SENER Ingenieria y Sistemas, S.A., Spain Marco C Bernasconi, MCB Consultants, Switzerland IAC-10.E5.3.8 A brief history of the development of scientific in- IAC-10.E5.2.7 Innovations In Orbit: ’S Architec- struments for ionospheric and magnetospheric re- IAC-10.E5.1.4 Empowering Scientists and Citizens Through Partici- ture and Plans for LEO and Beyond search, Magion satellites Space Architecture Education as a Part of Aero- pation in Space Exploration Michael , Bigelow Aerospace, United States František Hruška, Institute of Atmospheric Physics, Czech Republic space Engineering Curriculum Linda Billings, George Washington University, United States Olga Bannova, University of Houston, United States IAC-10.E5.3.9 IAC-10.E4.4.7 IAC-10.E5.2.8 The Galactic Suite Spaceresort Life Science Space Research in Czechoslovakia and IAC-10.E5.1.5 The Barcelona Moon Team at GLXP Marc Zaballa Camprubi, Galactic Suite Design SL, Spain Slovak Republic SinterHab – Sintered Lunar Outpost Core Module Marc Zaballa Camprubi, Galactic Suite Design SL, Spain IAC-10.E5.3.10 Ladislav Macho, Slovak Republic Tomas Rousek, International Space University (ISU), France IAC-10.E5.2.9 Innovative Design Interiors for Space Tourism: Gal- IAC-10.E4.4.8 IAC-10.E5.1.6 Rise Above the White Noise ley and Hygiene Facilities RESULTS OF THE LABORATORY SIMULATION OF LONG LAST- Asteroid Mining – An InterdiscIplinary Study Beth Beck, National Aeronautics and Space Administration (NASA), Taseer Ahmad, University of Kent at Canterbury, United Kingdom ING SPACE FLIGHTS IN CZECH REPUBLIC including former Chris Welch, Kingston University, United Kingdom United States IAC-10.E5.3.11 CZECHOSLOVAKIA IAC-10.E5.1.7 IAC-10.E5.2.10 DAYS OF FUTURE PAST: FILM VISIONS OF SPACE EXPLORA- Jaroslav Sýkora, QED GROUP Ltd, Czech Republic Medical Care during Exploration-Class Missions and The Analysis and Suggestions on Applying space TION, COMMERCIALIZATION AND TOURISM Terrestrial Benefits technology on Dealing with global climate warming Robert K. Weiss, X PRIZE Foundation, United States Annie Martin, Ecole Polytechnique, Canada issue IAC-10.E5.1.8 Cai Hua, China Design-in-use Study of extra-terrestrial Habitats IAC-10.E5.2.11 from the Perspective of Human activities Future or fantasy – space tourism from the perspec- Sandra Haeuplik-Meusburger, UT Vienna, Austria tive of architecture and design professions IAC-10.E5.1.9 David Wong, United Kingdom unsettled space: footprints of the state, markets, and civil society in outer space Donna Burnell, University of Alabama in Huntsville, United States IAC-10.E5.1.11 Figments of imagination in motion pictures further- ing Space Research Arjun Reddy, PES School of Engineering, India

148 149 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

E6. BUSINESS INNOVATION SYMPOSIUM IAC-10.E6.1.11 E6.3. New Space Markets + Investment E7. 53rd COLLOQUIUM ON THE LAW OF research on the characteristics and applications of Coordinator: Paul Eckert (The Boeing Company, innovation management in space corporations Opportunities OUTER SPACE United States) Min Zhang, China Aerospace Science and Industry Corporation, September 29 2010, 15:15 – Terrace 1 Coordinator: Corinne Contant-Jorgenson (Internation- China Chair: Ken Davidian (FAA Office of Commercial Space Transporta- al Institute of Air and Space Law, United States) IAC-10.E6.1.12 tion, United States) History Hints at a Decentralization of Future Space Rapporteur: Aude de Clercq (European Space Agency (ESA), The E6.1. Encouragment of Government Pur- Activities Netherlands) chasing from Commercial Providers: Marc G. Millis, Tau Zero Foundation, United States IAC-10.E6.3.1 E7.1. Nandasiri Jasentuliyana Keynote Industry Structural Analysis of Commercial Crew Models and Examples to Orbit Sector Lecture on Space Law & Young Scholars September 28 2010, 10:15 – Terrace 2 Bradley Cheetham, University of Colorado, United States Session Chair: Douglas Comstock (National Aeronautics and Space Admin- E6.2. Space-related Commercial Applica- IAC-10.E6.3.3 istration (NASA)/Ames Research Center, United States); Richard September 28 2010, 10:15 – Meeting Hall IV Issues, Opportunities and Challenges posed by Space Chair: Vladimír Kopal (West Bohemian University, Czech Republic); Brook (Surrey Satellite Technology Ltd, United Kingdom) tions and Markets Tourism as an Industry Tanja Masson-Zwaan (International Institute of Space Law, The Rapporteur: Rachel Villain (Euroconsult, France) September 28 2010, 15:15 – Club D Rushi Ghadawala, Aryavarta Space Organization, India Netherlands) IAC-10.E6.1.1 Chair: Max Grimard (EADS Astrium, France); Aude de Clercq (Euro- Rapporteur: Mark Sundahl (Cleveland State University, United IAC-10.E6.3.4 Methods for governments to boost space activities pean Space Agency (ESA), The Netherlands) States) today: indicators and valuation SEGMENTATION OF TOURIST SPACEFLIGHTS MARKET – POS- Rapporteur: Ken Davidian (FAA Office of Commercial Space Trans- IAC-10.E7.1.1 Jorge Fuentes, A_Ventures - Enterprising Management & Consul- SIBLE WAYS OF ITS DEVELOPMENT portation, United States) A Concise History of Space Law tancy, Spain Sergey Shcherbak, S.P. Korolev Rocket and Space Corporation IAC-10.E6.2.1 Energia, Russia Stephen Doyle, United States IAC-10.E6.1.2 Government demand for satellite applications and Government Investment in Commercial Space Trans- space science driving two decades of space activities IAC-10.E6.3.5 IAC-10.E7.1.2 portation Enables the Creation of New Industries Matthew Bullock, Euroconsult, France Spaceport Florida / Jacksonville as a Case Study for The life and work of Professor Vladimír Mandl – A Lawrence Williams, Space Exploration Technologies, United States Spaceport Development Synergies with Terrestrial Pioneer of Space Law IAC-10.E6.2.2 Mass-Market Space Themed Tourist Attractions Vladimír Kopal, West Bohemian University, Czech Republic IAC-10.E6.1.3 User communities of satellite information and serv- Charles Lauer, Rocketplane Global, Inc., United States How to Stimulate Emerging Space Markets through ices in Europe – structure, characteristics, chal- IAC-10.E7.1.3 Specific Government Procurement Strategies lenges IAC-10.E6.3.6 Vladimir Mandl and Alex Meyer: two Pioneers of Dustin Kaiser, Futron Corporation, United States Sebastian Rieder, EURISY, France Definition and Analysis of the International Commer- Space Law cial Spaceflight Industry, 2006–2009 Stephan Hobe, University of Cologne, Germany IAC-10.E6.1.4 IAC-10.E6.2.3 Paul Guthrie, The Tauri Group, United States A Comparative Analysis of the Institutional Trajec- Commercial Space applicaTions in India – An industry IAC-10.E7.1.4 tories of Space Activities Development in Russia and perspective IAC-10.E6.3.7 The commercial exploitation of outer space and ce- Overseas K.R. Sridhara Murthi, , India Enhancing Quality of Life in Space, a Driver for Space lestial bodies – A functional solution to the natural Dmitry Payson, Central Research Institute of Machine Building Commerce resource challenge IAC-10.E6.2.4 (FSUE/TSNIIMASH), Russia Misuzu Onuki, Space Frontier Foundation, Japan Philip De Man, Catholic University of Louvain, Belgium Defining a Business Case for Commercial Space IAC-10.E6.1.5 Kevin Miller, Ball Aerospace & Technologies Corp., United States IAC-10.E6.3.8 IAC-10.E7.1.6 An integrated approach towards technology trans- Suborbital Payload Market Overview and Application potential uniform international legal framework IAC-10.E6.2.5 fer of Disruption Theory for regulation of private space activities future thinking on the galileo authentication appli- Leendert Van der Wal, TNO, The Netherlands Ken Davidian, FAA Office of Commercial Space Transportation, Mariam Yuzbashyan, Excalibur Ltd., Russia cation -innovation by living mobile United States IAC-10.E6.1.6 Emanuele Barreca, European Commission - DG Enterprise, Belgium IAC-10.E7.1.7 Fostering Terrestrial Innovation and the Creation of IAC-10.E6.3.9 You Can Lead an Astronaut to Water…: Prospects IAC-10.E6.2.6 New Startups via Institutional Venture Capital Market Characterization: Launch of Very-Small and for Legal Use and Water Rights on the Moon and Estimating Country Level Market Potential for Spa- Joerg Kreisel, JOERG KREISEL International Consultant (JKIC), Nano Sized Payloads Enabled by New Launch Vehicles. Other Celestial Bodies ceborne Remote Sensing Data Services Germany Ian Christensen, Futron Corporation, United States Joshua Easterson, United States Murthy L.N. Remilla, Indian Space Research Organization (ISRO), IAC-10.E6.1.8 India IAC-10.E6.3.10 IAC-10.E7.1.8 Results and plans from NASA’s FAST and CRuSR Expanding Our Sphere of Economic Influence to the Current Status and Recent Developments of Non- IAC-10.E6.2.7 projects. Moon discriminatory Principle in the 1986 UN Principles on At What Price? – IP-related Thoughts on New Business Douglas Comstock, National Aeronautics and Space Administration William Pomerantz, X PRIZE Foundation, United States Remote Sensing Models for Space Information (NASA)/Ames Research Center, United States Masatoshi Fukunaga, Keio University, Japan Lesley Jane Smith, Leuphana University of Lüneburg/ Weber-Stein- IAC-10.E6.3.11 IAC-10.E6.1.9 haus & Smith, Germany A Rational Roadmap for Developing a First Revenue IAC-10.E7.1.9 Expanding the Final Frontier: The Bigelow Aerospace Space Solar Power Satellite legal pluralism in outer space IAC-10.E6.2.8 Story and the Promise of Innovative Public-Private A.C. Charania, SpaceWorks Commercial, United States ISS 2020 – Sustained utilization opportunities for Eduard van Asten, Netherlands Antilles Collaborations for Space Exploration and Commer- IAC-10.E6.3.12 commercial and industrial R&D on the International IAC-10.E7.1.10 cial Utilization Spacenture – A Marketplace for Space Related Busi- Space Station Space and Lisbon – A new type of competence to Michael Gold, Bigelow Aerospace, United States ness Ideas, Space Technologies and Intellectual Peter Bütfering, European Space Innovation AG, Germany shape the regulatory framework for commercial IAC-10.E6.1.10 Properties IAC-10.E6.2.10 space activities The COTS Paradigm as a Model for Government/Com- Bernd Weiss, isocores, Germany New product based approach to provide experiment Matxalen Sanchez Aranzamendi, European Space Policy Institute mercial Engagement hardware and operations for scientific utilization IAC-10.E6.3.13 (ESPI), Austria Max Vozoff, SpaceX, United States of new commercial and governmental users. Commercial Opportunities in the Space Sector and Ulrich Kuebler, EADS SPACE Transportation, Germany Routes Towards Successful Exploitation Joerg Kreisel, JOERG KREISEL International Consultant (JKIC), Germany

150 151 6. Technical Programme I 6.6 Technical session papers ordered by symposium 6. Technical Programme I 6.6 Technical session papers ordered by symposium

IAC-10.E7.1.11 IAC-10.E7.1.28 IAC-10.E7.2.7 IAC-10.E7.3.8 Beyond the Looking Glass: The Application of Public The GPS Galileo GNSS Agreement, Implications for Moon Agreement – The Way Forward... FROM STAR WARS TO SPACE WARS – THE NEXT STRATEGIC Choice Theory to U.S. Commercial Communication Peaceful International Relations: An Analysis of Ar- V. Gopala Krishnan, Indian Space Research Organization (ISRO), FRONTIER: PARADIGMS TO ANCHOR SPACE SECURITY Satellite Export Controls ticles 4(2), 12, and 16 of the “Agreement on the Promo- India Jackson Maogoto, University of Manchester, United Kingdom Michael Mineiro, McGill University, Canada tion, Provision, and Use of Galileo and GPS Satellite- IAC-10.E7.2.8 IAC-10.E7.3.10 Based Navigation Systems” (poster) IAC-10.E7.1.12 establishing a natural resources regime on the Fault Liability for 3rd Party Damage in Space: Is Arti- Michael Dodge, Institute of Air and Space Law, McGill University, FORUM-SELECTION CLAUSES IN SUBORBITAL SPACE TOUR- moon cle IV (1)(b) of the Liability Convention Useful Today? Canada ISM CONTRACTS AND EC LAW Jonathan F. Galloway, Lake Forrest College, United States Henry Hertzfeld, Space Policy Institute, George Washington Univer- IAC-10.E7.1.29 sity, United States Michael Chatzipanagiotis, Greece IAC-10.E7.2.9 Managing the Celestial Treasure Hunt – Towards a Moon Agreement as a Tool of Planetary Protection IAC-10.E7.1.13 Framework Governing the Exploitation of Natural Mahulena Hofmann, University of Giessen, Germany legality of orbits and spectrum leasing in view of Resources in Outer Space (poster) fundamental space law principles Vinay Kesari, Luthra and Luthra, India IAC-10.E7.2.10 Sandeepa Bhat, India A Consideration on an International Regime of the E7.4. The Current Status of the Rule of IAC-10.E7.1.30 Moon Agreement IAC-10.E7.1.14 Patent in Outer Space: Special Solution for New Law with Regard to Space Activities Fuki Taniguchi, Japan Aerospace Exploration Agency (JAXA), Japan Re-thinking responsibility in the law of outer space ChallEnges (poster) September 29 2010, 15:15 – Meeting Hall IV Guillermo Duberti, Universidad de Belgrano, Argentina Fruzsina Tari, Hungarian Astronautical Society (MANT), Hungary IAC-10.E7.2.11 Chair: Stephan Hobe (University of Cologne, Germany); Peter Tidying up the Prior to Construction Jankowitsch (Austrian Aeronautics & Space Agency, Austria) IAC-10.E7.1.16 IAC-10.E7.1.31 Rapporteur: Irmgard Marboe (University of Vienna, Austria) Reflections on the Concepts of ‘Liability’ and ‘Re- Remote sensing activity: ‘Legal Issues in Emerging Edythe Weeks, United States sponsibility’ in a Privatised Atmosphere (poster) Technology’ (poster) IAC-10.E7.4.1 Analysis of the Legal Instrument Signed Between Joyeeta Chatterjee, India Animesh Sinha, India Brazil and the United States of America ReGarDing IAC-10.E7.1.17 IAC-10.E7.1.32 E7.3. Legal Aspects of Space Security the Return of a Space Object Comprehensive Space Law Treaty: new wine in new legal aspects of regional space cooperation in latin Alvaro Fabricio Dos Santos, Núcleo de Assessoramento Jurídico - bottles (poster) america, asia and africa (poster) September 29 2010, 10:15 – Meeting Hall IV NAJ/SJC, Brazil Patthara Limsira, Yuth Law Office, Thailand Cynthia Jimenez Monroy, Leiden University, The Netherlands Chair: Kai-Uwe Schrogl (European Space Policy Institute (ESPI), IAC-10.E7.4.2 Austria); Ricky J. Lee (PricewaterhouseCoopers Legal, Australia) IAC-10.E7.1.18 Is There a Future for Space Law Beyond “Soft Law”? Rapporteur: Ranjana Kaul (Dua Associates, India) Intellectual Property Rights Protection under the José Monserrat-Filho, Brazilian Association of Air and Space Law, Commercialization of Outer Space (poster) IAC-10.E7.3.1 Brazil Zhuoyan Lu, Beijing Institute of technology, China E7.2. 30 Years of the Moon Agreement: Space Security and Space Safety: Two concepts to be distinguished IAC-10.E7.4.3 IAC-10.E7.1.19 Legal Status of Technical Guidelines and Frame- Perspectives Stefan A. Kaiser, Germany legal perspectives on space natural resource ex- works for Outer Space Activities ploitation; mining right on the moon (poster) September 28 2010, 15:15 – Meeting Hall IV IAC-10.E7.3.2 E. Jason Steptoe, National Aeronautics and Space Administration Chair: Mahulena Hofmann (University of Giessen, Germany); Mau- Ro Yelim, Institute of Air and Space Law, McGill University, Canada The Clausewitz Nebulae: The Legitimacy of Military (NASA), United States reen Williams (University of Buenos Aires / Conicet /Chair ILA Activities in Outer Space During Armed Conflicts and IAC-10.E7.1.21 Space Law Committee, Argentina) IAC-10.E7.4.4 Environmental Considerations. One Man’s Space Junk is Another Man’s Archaeologi- Rapporteur: Michael Mineiro (McGill University, Canada) In Search of the Current Legal Status of the Regis- Michel Bourbonniere, Canadian Space Agency, Canada cal Treasure: The Potential for Conflict and Com- IAC-10.E7.2.1 tration of Space Objects promise in the Emerging Fields of Environmental and The Moon Treaty after 30 Years: Rationale for a Utili- IAC-10.E7.3.3 Setsuko Aoki, Keio University, Japan Historic Preservation Law in Outer Space (poster) The Use of the Right of Self Defence in Outer Space – tarian Future IAC-10.E7.4.5 Diana Viggiano, Georgetown University Law Center, United States The Japanese Perspective Stephen Doyle, United States The Expansion of Private Activity in Space and its Im- Yasuaki Hashimoto, East Asian Strategic Review, Japan IAC-10.E7.1.22 pact on the Development of the International Law of IAC-10.E7.2.2 Recalibrating the Moon Treaty to the Domain of De- IAC-10.E7.3.4 Outer Space The Moon Agreement in the Current Scenarios velopment (poster) Developing a European-Chinese/Russian approach Mark Sundahl, Cleveland State University, United States Maureen Williams, University of Buenos Aires / Conicet /Chair ILA Utsav Mukherjee, Clifford Chance LLP, United Kingdom to the issue of non-weaponization of outer space: a Space Law Committee, Argentina IAC-10.E7.4.6 feasible goal? IAC-10.E7.1.25 The Legal Categories in Outer Space IAC-10.E7.2.3 Fabio Tronchetti, Harbin Institute of Technology, China The legal framework of satellite tracking, in par- The Moon Agreement: An Illusion or a Reality? Jose Humberto Castro Villalobos, Guyana ticular its problems related to privacy (poster) IAC-10.E7.3.5 Luis F. Castillo Arganaras, National Council of Scientific and Tech- Henna Niemi, University of Lapland, Finland Lessons from Confidence- and Security-Building IAC-10.E7.4.7 nical Research (CONICET) of Argentina, Argentina Measures to Space Security should there be an environmental “code of conduct” IAC-10.E7.1.26 IAC-10.E7.2.4 for activities in outer space? Legal implications of placing conventional/laser Yuri Takaya-Umehara, Japan Is Selling Land on the Moon Allowed in China? Leslie I. Tennen, Law Offices of Sterns and Tennen, United States weapons in outer space: In light of the Outer Space IAC-10.E7.3.6 Yan Ling, China IAC-10.E7.4.8 Treaty (poster) Preliminary considerations on the European prepar- The legal issues surrounding the near Earth space Upasana Dasgupta, India IAC-10.E7.2.5 atory programme on Space Situational Awareness some considerations on establishing aN interna- Marco Ferrazzani, ESA (European Space Agency), France Atsuyo Ito, Japan IAC-10.E7.1.27 tional regime on exploration and use of the natural Application of the Principles of Jus in bello and Jus IAC-10.E7.3.7 IAC-10.E7.4.9 resources of the moon and other celecial bodies ad bellum in Outer Space (poster) International Cooperation: The Key to Space Security Law and Economics of Outer Space Activities Li Shouping, Beijing Institute of technology, China Prashant Upadhyay, India Law Valnora Leister, United States IAC-10.E7.2.6 PJ Blount, National Center for Remote Sensing, Air, and Space IAC-10.E7.4.10 Balancing the Competing Interests to Resolve the Law, United States Need for Regulatory Measures for Peaceful Sustain- Impasse over the Effects of the Common Heritage of able Development in the Outer Space Mankind Provision in the Moon Agreement Arjun Reddy, PES School of Engineering, India Ricky J. Lee, Schweizer Kobras, Australia

152 153 6. Technical Programme I 6.7 Index of Authors

IAC-10.E7.4.11 IAC-10.E7.5.7 From Guideline to International Treaty for Rule of Safety and Liability Aspects of Solar Power Satel- Sponsors and Partners Law concerning Mitigation of Space Debris lites Toshio Kosuge, University of Electro-Communications, Japan Ram S. Jakhu, Institute of Air and Space Law, Canada IAC-10.E7.4.12 IAC-10.E7.5.8 We would like to thank to the following Sponsors and Partners of the 61st International Astronautical Non-cooperative space debris mitigation Space Procurement: A European Toolbox Congress: James Rendleman, United States Stephan Hobe, University of Cologne, Germany IAC-10.E7.5.9 Bronze Sponsors IS THE EU LEGAL REGIME OF REMOTE SENSING DATA PRO- TECTION FACILITATING THE DEVELOPMENT OF THE MARKET E7.5. Recent Developments in Space Law APPLICATIONS? Catherine Doldirina, McGill University, Canada October 1 2010, 09:00 – Meeting Hall IV Chair: Frans G. Von der Dunk (University of Nebraska, College of IAC-10.E7.5.10 Law, The Netherlands); K.R. Sridhara Murthi (Antrix Corporation, New developments in space technology: A regula- India) tory roadmap for space start-up jurisdictions Rapporteur: Sylvia Ospina (S. Ospina & Associates - Consultants, Lesley Jane Smith, Leuphana University of Lüneburg/ Weber-Stein- United States) haus & Smith, Germany IAC-10.E7.5.1 IAC-10.E7.5.11 Sponsor From National Sectorial Space Strategy to Interna- Lost in Space? The Changing Nature of Australia’s tional Cooperation to Race into Outer Space Space Policy Mohsen Bahrami, Aerospace Research Institute, Iran Steven Freeland, University of Western Sydney, Australia IAC-10.E7.5.2 IAC-10.E7.5.12 Outer Space and the Agenda for the 2011 World Radio The Progress of the Regulations-Making concerning Communication Conference Space Debris Mitigation in China Carl Christol, University of Southern California, United States Haifeng Zhao, Harbin Institute of Technology, China IAC-10.E7.5.3 IAC-10.E7.5.13 Welcome Reception Sponsor Recent Challenges Facing the Management of Radio CONSEQUENCES OF THE FRENCH SPACE LAW ON SPACE Frequencies and Orbital Resources Used by Satel- OPERATIONS ON CNES’ MISSION AS A SPACE AGENCY: THE lites CONFLICT OF INTEREST ISSUE Maria Buzdugan, Milbank, Tweed, & McCloy, United States Philippe Clerc, Centre National d’Etudes Spatiales (CNES), France IAC-10.E7.5.4 IAC-10.E7.5.14 International Satellite Organizations: Their evolu- The French Space Operations Act in the International tion from “ISOs” to “GSCs”, and the legal implications and European contexts of the privatization /commercialization of space ac- Julien Mariez, CNES, France tivities. International Cultural Night in Planetarium Prague Sponsors IAC-10.E7.5.15 Sylvia Ospina, S. Ospina & Associates - Consultants, United States The legal consequences of the U.S legislative imple- IAC-10.E7.5.5 mentation of the Liability Convention Legal Problems and Their Solutions within the Realm Paul Larsen, Georgetown University Law Center, United States of Remote Sensing and Space Communications Gunnar K. A. Njalsson, The SPACEPOL Corporation (Europe), Fin- land IAC-10.E7.5.6 Sun, Sea, Sand … And Space: Launching Tourists Into Other Sponsors Outer Space from the Dutch Caribbean Frans G. Von der Dunk, University of Nebraska, College of Law, The Netherlands

6.7 Index of Authors Official Media Sponsor

The Index of Authors is available both on your DVD and online at: www.iafastro.org/index.html?title=IAC2010_Authors Supporting Media

154 New and Forthcoming Titles from the Our Space. American Institute of Aeronautics and Astronautics Our World. Our Future.

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