39th International Conference on Environmental Systems
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“Towards Permanent Lunar Habitation: The Journey Continues”
Stay on top of the latest research, systems, and technologies that enable humans to safely exist in hostile environments by attending this ideal information-exchange forum. Pre-register by
June 26—SAVE $100! 1SFTFOUFECZ *OBTTPDJBUJPOXJUI American Institute of Aeronautics and Astronautics American Institute of Chemical Engineers American Society of Mechanical Engineers ICES International Committee www.sae.org/ices 39th International Conference on Environmental Systems +VMZ )ZBUU3FHFODZ4BWBOOBI 4BWBOOBI (FPSHJB 64"
Leading technical authorities from industry, government, and academia will delve into the technical issues of humans living and working in hostile environments, present achievements and late- breaking results, and share technological solutions that impact the future...all in four days of focused technical presentations at the 39th International Conference on Environmental Systems (ICES).
Technical Session Highlights
ICES technical sessions address a comprehensive range of environmental systems subjects, including: v Advanced Life Support v Architecture and Human Factors v ECLS Technology Development v Extravehicular Activity v Exploration Missions v Life Sciences v Spacecraft / Vehicle ECLSS v Simulation Software / Analysis & Modeling v Spacecraft and Aircraft Thermal Control
Who Should Attend
Year after year, industry and government engineers, scientists, designers, educators, researchers, students and technical specialists rely on the ICES to learn about the latest technology advancements on space station and spacecraft environmental control systems.
Steering Committee
Conference Chair David Mazyck, University of Florida Conference Vice Chair Wolfgang Supper, European Space Agency
Vernon Strength, The Boeing Company (Past Chair 2008) Phil Spampinato, ILC Dover Inc. (Past Chair 2007) Jeff Farmer, NASA Marshall Space Flight Center (SAE Chair) Markus Huchler, Astrium GmbH (International Committee Chair) Dave Williams, NASA Johnson Space Center (ASME Chair) Andrew Jackson, Texas Tech University (AIAA Chair) Chang H. Son, The Boeing Company (AIChE Chair) Melissa Jena, SAE staff (ICES Secretary)
www.sae.org/ices - register by June 26, 2009 to save! EVENT AT A GLANCE
Sunday Monday Tuesday Wednesday Thursday July 12 July 13 July 14 July 15 July 16 Early Bird Registration Registration Registration Registration Registration 7:00 a.m. – 5:30 p.m. 7:00 a.m. – 5:00 p.m. 7:00 a.m. – 5:00 p.m. 7:00 – 10:00 a.m. 3:00 – 6:00 p.m. Speakers’ Speakers’ Speakers’ Speakers’ Breakfast Breakfast Breakfast Breakfast 7:00 a.m. 7:00 a.m. 7:00 a.m. 7:00 a.m. Continental Continental Continental Continental Breakfast for Breakfast for Breakfast for Breakfast for attendees attendees attendees attendees 7:30 a.m. 7:30 a.m. 7:30 a.m. 7:30 a.m. Plenary Session Sessions Sessions Sessions 9:15 - 10:00 a.m. 8:00 a.m. 8:00 a.m. 8:00 a.m. Break Break Break Break 10:00 a.m. 10:00 a.m. 10:00 a.m. 10:00 a.m. Sessions Sessions Sessions Sessions 10:15 a.m. 10:15 a.m. 10:15 a.m. 10:15 a.m. Committee Committee Conference Meetings Meetings Concludes AIChE AIAA SAE ASME International AIAA Committee Sessions Sessions Sessions Meeting 1:30 p.m. 1:30 p.m. 1:30 p.m. 1:00 - 5:00 p.m. Break Break Break 3:30 p.m. 3:30 p.m. 3:30 p.m. Sessions Sessions Sessions 3:45 p.m. 3:45 p.m. 3:45 p.m. Hamilton Networking ORBITEC Banquet Reception Reception and River Boat Cruise Reception 5:30 – 7:30 p.m. Student Poster 6:00 – 8:00 p.m. (Cash Bar) Competition 6:30 p.m. (Cash Bar) 5:30 – 6:30 p.m. Banquet 7:30 p.m.
Paragon Dessert Reception
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 1 SPECIAL EVENTS
Plenary Session Networking Receptions Monday, July 13 Sunday, July 12 9:15 - 10:00 a.m. 5:30 - 7:30 p.m. Sponsored by
Eugene Tattini, Deputy Director, Jet Propulsion Laboratory
Monday, July 13 5:30 – 6:30 p.m. In conjunction with Student Poster Competition
ORBITEC River Boat Cruise Tuesday, July 14 Student Poster Competition 6:00 – 8:00 p.m. Monday, July 13 5:30 – 6:30 p.m. Banquet The ICES poster session is a program targeted to stimulate the participation of students and will provide Wednesday, July 15 an excellent forum for students to present their work Banquet Reception 6:30 p.m. in an informal and interactive setting. Posters are ideal for presenting speculative, late-breaking results Banquet 7:30 p.m. or for giving an introduction to interesting, innovative Dessert Reception immediately following banquet work. Posters are intended to provide students and Sponsored by participants with the ability to connect with each other and to engage in discussions about the work. Each poster will be judged, and each participating student will receive a ticket to Wednesday night’s banquet.
Abstracts should be submitted to Joan Hudson via email at [email protected] no later than June 1, Speaker: Carl E. Walz 2009. Please include the topic area to which you (Colonel, USAF, Ret.) would like your submission considered along with a NASA Astronaut (Former) poster title, complete contact information including email address and a 300 word abstract.
No formal guest program is being planned. A guest Visit www.sae.org/ices for the latest event, hospitality suite will be available each morning to sponsorship and travel information. meet with other spouses. Coordination for special events and/or tours maybe coordinated through the concierge desk at the hotel.
2 www.sae.org/ices - register by June 26, 2009 to save! Week At A Glance Mon Tues Wed Thurs AM PM AM PM AM PM AM PM Page No. Advanced Life Support Sensor and Control Technology (Part 1 of 2) (ICES205) - - - - - -- 22 Advanced Life Support Sensor and Control Technology (Part 2 of 2) (ICES205) - - - - - -- 24 Advanced Life Support Systems Control (ICES301) - - - ---- 16 Advances in Thermal Control Technology (Part 1 of 2) (ICES109) ------ -26 Advances in Thermal Control Technology (Part 2 of 2) (ICES109) ------ -27 Bioregenerative Life Support (Part 1 of 2) (ICES204) ------ -26 Bioregenerative Life Support (Part 2 of 2) (ICES204) ------ -27 CEV ECLSS and Thermal Control (ICES306) - - - ---- 15 ECLSS Modeling and Test Correlations (Part 1 of 2) (ICES300) - - - - - -- 22 ECLSS Modeling and Test Correlations (Part 2 of 2) (ICES300) - - - - - -- 24 Education Outreach (ICES307) - - - - - -- 24 Extravehicular Activity: Operations (Part 1 of 2) (ICES403) - - - - - -- 22 Extravehicular Activity: Operations (Part 2 of 2) (ICES403) - - - - - -- 24 Extravehicular Activity: PLSS and Support Equipment (Part 1 of 6) (ICES402) ------5 Extravehicular Activity: PLSS and Support Equipment (Part 2 of 6) (ICES402) - ------7 Extravehicular Activity: PLSS and Support Equipment (Part 3 of 6) (ICES402) - ------8 Extravehicular Activity: PLSS and Support Equipment (Part 4 of 6) (ICES402) - - ----- 11 Extravehicular Activity: PLSS and Support Equipment (Part 5 of 6) (ICES402) - - ----- 12 Extravehicular Activity: PLSS and Support Equipment (Part 6 of 6) (ICES402) - - - ---- 15 Extravehicular Activity: Space Suits (Part 1 of 5) (ICES400) - - - ---- 17 Extravehicular Activity: Space Suits (Part 2 of 5) (ICES400) - - - - --- 18 Extravehicular Activity: Space Suits (Part 3 of 5) (ICES400) - - - - --- 19 Extravehicular Activity: Space Suits (Part 4 of 5) (ICES400) - - - - - -- 22 Extravehicular Activity: Space Suits (Part 5 of 5) (ICES400) - - - - - -- 25 Extravehicular Activity: Systems (Part 1 of 2) (ICES401) ------ -26 Extravehicular Activity: Systems (Part 2 of 2) (ICES401) ------ -27 Fire Safety in Spacecraft and Enclosed Habitats (Part 1 of 3) (ICES513) - - - ---- 17 Fire Safety in Spacecraft and Enclosed Habitats (Part 2 of 3) (ICES513) - - - - --- 18 Fire Safety in Spacecraft and Enclosed Habitats (Part 3 of 3) (ICES513) - - - - --- 20 Human Factors for Space Missions: Ground and Flight Operations (Part 1 of 3) -- ----- 11 (ICES510) Human Factors for Space Missions: Ground and Flight Operations (Part 2 of 3) -- ----- 13 (ICES510) Human Factors for Space Missions: Ground and Flight Operations (Part 3 of 3) --- ---- 15 (ICES510) Human/Robotics System Integration (ICES406) - - - - - -- 23 International Space Station ECLS: Air and Water Systems (ICES405) ------5 International Space Station ECLS: Systems (Part 1 of 2) (ICES404) - - ----- 11 International Space Station ECLS: Systems (Part 2 of 2) (ICES404) - - ----- 13 Life Science/Life Support Research Technologies (Part 1 of 2) (ICES501) - ------7 Life Science/Life Support Research Technologies (Part 2 of 2) (ICES501) - ------8 Life Support Systems Engineering and Analysis (Part 1 of 2) (ICES502) - - - - --- 18 Life Support Systems Engineering and Analysis (Part 2 of 2) (ICES502) - - - - - -- 20 Lunar Life Support (Part 1 of 2) (ICES509) - - - - --- 18 Lunar Life Support (Part 2 of 2) (ICES509) - - - - --- 20 Week At A Glance continued on page 4.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 3 Week At A Glance Mon Tues Wed Thurs AM PM AM PM AM PM AM PM Page No. Lunar and Martian Dust Properties and Mitigation Technologies (Part 1 of 3) ------5 (ICES514) Lunar and Martian Dust Properties and Mitigation Technologies (Part 2 of 3) - ------7 (ICES514) Lunar and Martian Dust Properties and Mitigation Technologies (Part 3 of 3) - ------9 (ICES514) Management of Air Quality in Sealed Environments (Part 1 of 2) (ICES505) ------ -26 Management of Air Quality in Sealed Environments (Part 2 of 2) (ICES505) ------ -28 Mars and Beyond (ICES511) - - ----- 11 Microbial Factors Applied to Design (Part 1 of 2) (ICES507) - - ----- 12 Microbial Factors Applied to Design (Part 2 of 2) (ICES507) - - ----- 13 On-orbit Operations and Logistics of Thermal and Environmental Control ----- -- 25 Subsystems (ICES112) Panel: Thermal Testing (ICES206) - - - - - -- 23 Physico-Chemical Life Support Process Development (Part 1 of 6) (ICES302) ------5 Physico-Chemical Life Support Process Development (Part 2 of 6) (ICES302) - ------7 Physico-Chemical Life Support Process Development (Part 3 of 6) (ICES302) - ------9 Physico-Chemical Life Support Process Development (Part 4 of 6) (ICES302) - - ----- 12 Physico-Chemical Life Support Process Development (Part 5 of 6) (ICES302) - - - ---- 15 Physico-Chemical Life Support Process Development (Part 6 of 6) (ICES302) - - - ---- 17 Physico-Chemical Processes: Air and Water (Part 1 of 3) (ICES200) - - - - --- 19 Physico-Chemical Processes: Air and Water (Part 2 of 3) (ICES200) - - - - --- 20 Physico-Chemical Processes: Air and Water (Part 3 of 3) (ICES200) - - - - - -- 23 Radiation Issues for Space Flight (ICES504) ------6 Regenerable Life Support Processes and Systems (ICES408) - - - ---- 16 Satellite, Payload and Instrument Thermal Control (Part 1 of 2) (ICES202) ------6 Satellite, Payloadand Instrument Thermal Control (Part 2 of 2) (ICES202) - ------8 Space Architecture (Part 1 of 3) (ICES503) - ------10 Space Architecture (Part 2 of 3) (ICES503) - ------8 Space Architecture (Part 3 of 3) (ICES503) - ------9 Space Station and Manned Orbiting Infrastructures Thermal Control (Part 1 of 2) --- ---- 16 (ICES107) Space Station and Manned Orbiting Infrastructures Thermal Control (Part 2 of 2) --- ---- 17 (ICES107) Spacecraft Water/Air Quality: Maintenance and Monitoring (ICES407) - ------9 Spacecraft and Instrument Thermal Design, Testing and Technology (ICES102) - ------10 Thermal Control for Planetary Surface Missions and Systems (Part 1 of 2) (ICES104) - - - ---- 16 Thermal Control for Planetary Surface Missions and Systems (Part 2 of 2) (ICES104) - - - ---- 17 Thermal Testing (Part 1 of 2) (ICES203) - - ----- 12 Thermal Testing (Part 2 of 2) (ICES203) - - ----- 13 Thermal and Environmental Control Engineering Analysis and Software (Part 1 of 2) ------ -27 (ICES108) Thermal and Environmental Control Engineering Analysis and Software (Part 2 of 2) ------ -28 (ICES108) Thermal and Environmental Control for Lunar Base and Surface Systems (ICES106) - - ----- 14 Thermal and Environmental Control of Crewed Lunar Exploration Vehicles (ICES100) - - - - --- 19 Two-Phase Thermal Control Technology (Part 1 of 3) (ICES201) - - - - --- 19 Two-Phase Thermal Control Technology (Part 2 of 3) (ICES201) - --- --- 21 Two-Phase Thermal Control Technology (Part 3 of 3) (ICES201) - - - - - -- 23 www.sae.org/ices - register by June 26, 2009 to save! 4 MONDAY, JULY 13 - MORNING Technical Sessions
Extravehicular Activity: PLSS and International Space Station ECLS: Lunar and Martian Dust Physico-Chemical Life Support Support Equipment (Part 1 of 6) Air and Water Systems (ICES405) Properties and Mitigation Process Development (Part 1 of 6) (ICES402) Technologies (Part 1 of 3) (ICES302) (ICES514) This session will include papers describing Session addresses ECLS Water and Air This session focuses on mitigation This session will address research issues design studies and new technology Subsystem issues and lessons learned from strategies for lunar and Martian dust inside and development of physico-chemical development or significant experience and the International Space Station. spacecraft and habitat airlocks and cabins, technology for Solid Waste Management lessons learned with existing systems in and on the properties of dust in planetary System (WMS), Recovery of Resources, the area of portable life support systems surface environments. This may include in particular water, from wastes for use on and associated support hardware. Papers cleaning and repelling approaches for Space Vehicles and Planetary Habitats. dealing with emerging technology and the protection and nominal performance Performance of technologies for processing concepts for use in and from Orion or other of hardware, and the capture/filtration of solid wastes will be included. Discussions Constellation Systems are of particular airborne dust. Also the measurements on crosscutting technologies demonstrating interest. of lunar and Martian dust properties that the integration of the systems together provide engineering data for development of with reduction of mission costs are also mitigation technologies. encouraged. Organizers: Organizers: Organizers: Organizers: Edward W. Hodgson, Hamilton Sundstrand; Richard P. Reysa, MEI Technologies Inc.; Juan H. Agui, Mark J. Hyatt, NASA John W. Fisher, Ames Research Bruce Webbon, NASA Ames Research David E. Williams, NASA Center; Michael T. Flynn, John Hogan, Center Kanapathipillai Wignarajah, NASA Ames Research Center
Flexible Packaging Concept for a Space Status of the Regenerative ECLSS Water Techniques for Characterization of Microsize Investigations into Water Recovery from Suit Portable Life Support Subsystem Recovery System Dust Particles Solid Wastes using a Microwave Solid Waste Stabilization and Water Recovery System.
Paul Dillon, ERC Inc.; Gretchen Thomas, Donald Layne Carter, NASA Marshall Space Rajiv Kohli, The Aerospace Corporation Kanapathipillai Wignarajah, NASA Ames NASA Johnson Space Center Flight Center Research Center
Development Testing of a High Differential International Space Station Environmental Development of a Lunar Dust Simulant Results and Analysis from Reduced Gravity Pressure (HDP) Water Electrolysis Cell Stack Control and Life Support System Experiments of the Flexible Membrane for the High Pressure Oxygen Generating Acceptance Testing for Node 1 Atmosphere Commode Apparatus Assembly (HPOGA) Control and Storage Subsystem
Robert J. Roy, Hamilton Sundstrand; David E. Williams, NASA Robert J. Gustafson, Brant White, Orbital Zeng-Guang Yuan, Uday Hegde, NCSER; John Graf, NASA Johnson Space Technologies Corp. Nancy Hall, NASA Glenn Research Center; Center; Timothy Gallus , Dax Rios , MEI David Althausen, Jeffrey Mackey, ASRC Technologies; Sarah Smith , NASA White Aerospace; Eric Litwiller, Richard Alba, Sands Test Facility; Gregory Diderich, Enterprise Advisory Services Inc.; Travis Jacobs Liggett, John Hogan, John Fisher, NASA Ames Research Center
Design and Testing of a Variable Pressure Survey of Software Problems with Impacts Regolith Activation on the Lunar Surface Water Recovery from Wastes in Space Regulator for the Constellation Space Suit to Campout Protocol Extravehicular Activity and Its Ground Test Simulation Habitats - A Comparative Evaluation of (EVA) Prebreathe Prototypes
Lawrence Gill, Carleton Technologies Inc.; Christopher M. Matty, Gregory Diderich, James R. Gaier, NASA Glenn Research John W. Fisher, Ames Research Center; Colin Campbell, NASA Jacobs Center Kanapathipillai Wignarajah, John Hogan, NASA Ames Research Center
Fecal Simulant Delivery Systems for Parabolic Flight Testing of the Flexible Membrane Commode
Kanapathipillai Wignarajah, NASA Ames Research Center
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 5 MONDAY, JULY 13 - MORNING Technical Sessions
Radiation Issues for Space Flight Satellite, Payload and Instrument (ICES504) Thermal Control (Part 1 of 2) (ICES202) This session addresses major issues in The session covers the development and space radiation and analysis, tools, and design of thermal control systems for research that are being developed and Satellites, Payloads, and Instruments. applied to support the Space Exploration initiative to ensure astronaut radiation protection and safety. Organizers: Organizers: William Atwell, Boeing Co.; Lawrence W. Patrick Hugonnot, Thales; Marco Molina, Townsend, Univ. of Tennessee Carlo Gavazzi Space; Hiroyuki Ogawa, Institute of Space & Astronautical Sci; Nico H. Pennings, ESA ESTEC
Analyses of Several Space Radiation- Herschel and Planck Heaters Control Mitigating Materials: Computational and Modeling and Correlation Experimental Results
William Atwell, Boeing Co.; Paul Boeder, Savino De Palo, Thales Alenia Space Italia; The Boeing Company; Richard Wilkins, Michele Cairola, Marco Compassi, Thales Prairie View A&M Univ. (PVAMU); Brad Alenia Space Italia SpA; Ludovic Ouchet, Gersey, Nasa Center for Applied Radiation Satellite Aerospace Inc; Claudio Damasio, (PVAMU); Kristina Rojdev, NASA Johnson Alenia Aerospazio Space Center
Status of Developing a Near Real-Time Thermal Design of the Mercury Transfer Capability for Estimating Space Radiation Module Exposure Using EMMREM
Richard Hatcher, Lawrence W. Townsend, Sean Tuttle, Astrium Satellites Ltd.; Univ. of Tennessee; Nathan Schwadron, Giovanni Cavallo , Astrium Satellites Kamen Kozarev, Boston Univ.
Disturbance of Electronics in Low-Earth Sentinel-1 SAR Antenna Thermal Design Orbits by High Energy Electron Plasmas and Verification Approach
Courtney Matzkind, William Atkinson, Markus Manns, Markus Huchler, Mathias William Seidler, Boeing von Alberti, EADS Astrium GmbH; Aniceto Panetti, Thales Alenia Space Italia S.p.A
The Earth-Moon-Mars Radiation Development of a Mechanically Pumped Environment Module - First Results Fluid Loop for 3 To 6 KW Payload Cooling
Nathan A. Schwadron, Kamen Kozarev, Roeland C. Benthem van, National Boston Univ.; Lawrence W. Townsend, Aerospace Laboratory NLR; Jacques Elst, Richard Hatcher, Univ. of Tennessee; Bradford Engineering BV; Rudolf Bleuler, Mahmoud Pourarsalan, Univ. of Tennessee- RealTechnologie AG; Tisna Tjiptahardja, Knoxville; Mihir Desai, Maher Al Dayeh, European Space Agency ESA; Wubbo Southwest Research Institute Grave, National Aerospace Laboratory NLR
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
6 www.sae.org/ices - register by June 26, 2009 to save! MONDAY, JULY 13 - AFTERNOON Technical Sessions
Extravehicular Activity: PLSS and Life Science/Life Support Lunar and Martian Dust Physico-Chemical Life Support Support Equipment (Part 2 of 6) Research Technologies Properties and Mitigation Process Development (Part 2 of 6) (ICES402) (Part 1 of 2) (ICES501) Technologies (Part 2 of 3) (ICES302) (ICES514) This session will include papers describing This session emphasizes research This session focuses on mitigation This session will address research issues design studies and new technology technologies to support astrobiology, strategies for lunar and Martian dust inside and development of physico-chemical development or significant experience and habitation and life support system spacecraft and habitat airlocks and cabins, technology for Solid Waste Management lessons learned with existing systems in design. Life sciences related hardware and on the properties of dust in planetary System (WMS), Recovery of Resources, the area of portable life support systems developments, experiment designs, and surface environments. This may include in particular water, from wastes for use on and associated support hardware. Papers flight experiment results for manned cleaning and repelling approaches for Space Vehicles and Planetary Habitats. dealing with emerging technology and spaceflight, un-manned systems such the protection and nominal performance Performance of technologies for processing concepts for use in and from Orion or other as freeflying platforms and planetary of hardware, and the capture/filtration of solid wastes will be included. Discussions Constellation Systems are of particular spacecraft, and terrestrial analogs will be airborne dust. Also the measurements on crosscutting technologies demonstrating interest. presented. of lunar and Martian dust properties that the integration of the systems together provide engineering data for development of with reduction of mission costs are also mitigation technologies. encouraged. Organizers: Organizers: Organizers: Organizers: Edward W. Hodgson, Hamilton Sundstrand; Alexander Hoehn, Univ. of Colorado- Juan H. Agui, Mark J. Hyatt, NASA John W. Fisher, Ames Research Bruce Webbon, NASA Ames Research Boulder; Robert C. Morrow, Orbital Center; Michael T. Flynn, John Hogan, Center Technologies Corp. Kanapathipillai Wignarajah, NASA Ames Research Center
Results of the Trace Contaminant Control Porous Plant Growth Media Design A Survey of Terrestrial Approaches to the Testing and Evaluation of the UMPQUA Trade Study for Space Suit Life Support Considerations for Lunar and Martian Challenge of Lunar Dust Containment Prototype Catalytic Oxidation System (COS) Development Habitats
Heather L. Paul, NASA Johnson Space Scott B. Jones, Robert Heinse, Bruce Jay L. Perry, NASA Marshall Space Flight Lance Delzeit, NASA; Gregory Pace, Center; Mallory Jennings, Lyndon B. Bugbee, Utah State Univ.; Dani Or, Swiss Center; Tatiana Aguilera, Carnegie Mellon Lockheed Martin Mission Services; John Johnson Space Center Federal Institute of Technology, Zurich University Fisher, Ames Research Center (ETHZ); Gail Bingham, Space Dynamics Laboratory
Results of the Particulate Contamination Providing Optimal Root-Zone Fluid Lunar Dust Cloud Characterization in a A Pilot Scale System for Low Temperature Control Trade Study for Space Suit Life Fluxes: Effects of Hysteresis on Capillary- Gravitational Settling Chamber Experiencing Solid Waste Oxidation and Recovery of Support Development Dominated Water Distributions in Zero, Lunar, Earth and 1.8g Levels Water Microgravity
Thomas Cognata, Escg Jacobs; Bruce Robert Heinse, Univ. of Idaho; Scott Jones, Jeffrey Mackey, ASRC Aerospace; Juan James A. Nabity, Jeffrey Engel, Erik Conger, Hamilton Sundstrand; Heather L. Utah State Univ.; Markus Tuller, Univ. of Agui, NASA Andersen, TDA Research Inc.; David Paul, NASA Johnson Space Center Arizona; Gail Bingham, Space Dynamics Wickham, Reaction Systems; John Fisher, Laboratory; Igor Podolsky, Institute of Ames Research Center Biomedical Problems; Dani Or, Swiss Federal Institute of Technology
Evaluation of Carbon Dioxide Sensors for A Novel Testing Protocol for Evaluating Development and Testing of A New NASA Water Recovery Using Spray Drying the Constellation Space Suit Life Support Particle Behavior in Fluid Flow under Lunar Dust Filtration Testing Facility System for Surface Exploration Simulated Reduced Gravity Conditions
Daniel L. Dietrich, NASA John Glenn Jared Leidich, Evan Thomas, David Klaus, Juan H. Agui, NASA; Jeffrey Mackey, ASRC Nicholas V. Coppa, Nanomaterials Research Center; Heather Paul, NASA Univ. of Colorado-Boulder Aerospace Company Johnson Space Center; Bruce Conger, Hamilton Sundstrand
Hollow Fiber Spacesuit Water Membrane Testing of a Plastic Melt Waste Compactor Evaporator Development for Lunar Missions Designed for Human Space Exploration Missions
Grant Bue, NASA Johnson Space Center Gregory Pace, Lockheed Martin Mission Services
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 7 MONDAY, JULY 13 - AFTERNOON Technical Sessions
Satellite, Payloadand Instrument Space Architecture (Part 2 of 3) Extravehicular Activity: PLSS and Life Science/Life Support Thermal Control (Part 2 of 2) (ICES503) Support Equipment (Part 3 of 6) Research Technologies (Part 2 of (ICES202) (ICES402) 2) (ICES501) The session covers the development and As more nations and private enterprises This session will include papers describing This session emphasizes research design of thermal control systems for prepare to send more people into space, design studies and new technology technologies to support astrobiology, Satellites, Payloads, and Instruments. the “right stuff” astronaut paradigm for development or significant experience and habitation and life support system space travelers is quickly becoming a relic lessons learned with existing systems in design. Life sciences related hardware of history. Space travel cannot remain the area of portable life support systems developments, experiment designs, and a heroic test of human endurance. The and associated support hardware. Papers flight experiment results for manned architectural principles that provide for dealing with emerging technology and spaceflight, un-manned systems such comfortable lodging, productive work, and concepts for use in and from Orion or other as freeflying platforms and planetary enjoyment of life on Earth must be brought Constellation Systems are of particular spacecraft, and terrestrial analogs will be to bear in the design of facilities beyond interest. presented. Earth, in full recognition of the technical challenges presented by the environment. Organizers: Organizers: Organizers: Organizers: Patrick Hugonnot, Thales; Marco Molina, Theodore W. Hall, University of Michigan; Edward W. Hodgson, Hamilton Sundstrand; Alexander Hoehn, Univ. of Colorado- Carlo Gavazzi Space; Hiroyuki Ogawa, David Nixon, Astrocourier LLC Bruce Webbon, NASA Ames Research Boulder; Robert C. Morrow, Orbital Institute of Space & Astronautical Sci; Nico Center Technologies Corp. H. Pennings, ESA ESTEC
Thermal Design of the MIXS Micro-Optics Human-rated Automation & Robotics Heat Exchanger/Humidifier Trade Study and Use of Tinted Reflectors to Eliminate False for X-Raying Mercury Laboratory and Testbed Conceptual Design for the Constellation Positives in an Adaptive Lighting Control Space Suit Portable Life Support System System. Ventilation Subsystem
Steven Price, Astrium, Ltd. Lynn E. Baroff, Jet Propulsion Laboratory; Robert Sompayrac, Escg Jacobs; Bruce Robert C. Morrow, Christopher Bourget, David Fitts, Charles Dischinger, NASA Conger, Hamilton Sundstrand; Mateo Orbital Technologies Corp. Chamberlain, Escg Jacobs; Heather L. Paul, NASA Johnson Space Center
Domex-2 Thermal Design, Testing and Comparative Habitation Volumes for Lunar PLSS Scale Demonstration of MTSA A Deployable Salad Crop Production Commissioning in Support to the SMOS Lander: 2005-2008 Temperature Swing Adsorption Bed System for Lunar Habitats Mission Concept for CO2 Removal/Rejection
Sylvain Vey, ESA; Silvio Dolce, Elena Checa, Marc M. Cohen, Marc M. Cohen Arch.D Christine S. Iacomini, Aaron Powers, Robert C. Morrow, Ross Remiker, Orbital European Space Agency Architect Paragon Space Development; Heather Technologies Corp. Paul, NASA Johnson Space Center
Thermal Control of CM and SM Panels for Architecture Of Habitats For Space Tourism Investigation of Condensing Ice Heat Sustained Salad Crop Production Turkish Satellite - Investigation Of Design Principles Exchangers for MTSA Technology Requirements for Lunar Surface Development
Nedim Sozbir, Murat Bulut, Turksat A.S. Ondrej Doule, International Space Univ. Sebastian Padilla, Aaron Powers, Christine Gary W. Stutte, Oscar Monje, Neil Yorio, S. Iacomini, Paragon Space Development; Sharon Edney, Dynamac Corp.; Gerard Heather Paul, NASA Johnson Space Center Newsham, Lisa Connole, FAS/Limerick Institute Technology; Raymond Wheeler, NASA Kennedy Space Center
Synergetic Principles in Membrane Structure Design for Space Architecture
Valentin Stavrev, Aeromedia; Raffi Tomassian, Miami Univ.
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
8 www.sae.org/ices - register by June 26, 2009 to save! MONDAY, JULY 13 - AFTERNOON Technical Sessions
Lunar and Martian Dust Physico-Chemical Life Support Space Architecture (Part 3 of 3) Spacecraft Water/Air Quality: Properties and Mitigation Process Development (Part 3 of 6) (ICES503) Maintenance and Monitoring Technologies (Part 3 of 3) (ICES302) (ICES407) (ICES514) This session focuses on mitigation This session will address research issues As more nations and private enterprises This session includes papers on the results strategies for lunar and Martian dust inside and development of physico-chemical prepare to send more people into space, of ground-based chemical water quality spacecraft and habitat airlocks and cabins, technology for Solid Waste Management the “right stuff” astronaut paradigm for analyses of ISS potable water samples and and on the properties of dust in planetary System (WMS), Recovery of Resources, space travelers is quickly becoming a relic on recent developments in spacecraft water surface environments. This may include in particular water, from wastes for use on of history. Space travel cannot remain quality monitoring technology. cleaning and repelling approaches for Space Vehicles and Planetary Habitats. a heroic test of human endurance. The the protection and nominal performance Performance of technologies for processing architectural principles that provide for of hardware, and the capture/filtration of solid wastes will be included. Discussions comfortable lodging, productive work, and airborne dust. Also the measurements on crosscutting technologies demonstrating enjoyment of life on Earth must be brought of lunar and Martian dust properties that the integration of the systems together to bear in the design of facilities beyond provide engineering data for development of with reduction of mission costs are also Earth, in full recognition of the technical mitigation technologies. encouraged. challenges presented by the environment. Organizers: Organizers: Organizers: Organizers: Juan H. Agui, Mark J. Hyatt, NASA John W. Fisher, Ames Research Theodore W. Hall, University of Michigan; John R. Schultz, John E. Straub II, Wyle Center; Michael T. Flynn, John Hogan, David Nixon, Astrocourier LLC Integrated Science & Eng’g.; Darrell L. Jan, Kanapathipillai Wignarajah, NASA Ames Jet Propulsion Laboratory Research Center
Developing Abrasion Test Standards for Results of Multifunctional Condensing Heat Mars Base 10 - A Permanent Settlement On Development of the Second Generation Evaluating Lunar Construction Materials Exchanger for Water Recovery Applications Mars For 10 Astronauts International Space Station (ISS) Total Organic Carbon Analyzer (TOCA)
Ryan Kobrick, David Klaus, Univ. of Yonghui Ma, Nick Schmitt, Ross Remiker, Ondrej Doule Anna Clements, NASA Johnson Space Colorado-Boulder; Kenneth Street, NASA Orbital Technologies Corp. Center; Richard G. Stinson, Lockheed John Glenn Research Center Martin Mission Services; Michael Van Wie, Wyle Integrated Science & Engineering; Eric Warren, Wyle Integrated Science & Eng’G
Environmental Testing for the Reliability Optimization of Air Drying of Cabin Solid Minimum Functionality Lunar Habitat Effects of Lunar Dust Waste for Long-Term Space Missions Design: Defining the Essential Functions of an Initial Human Establishment on the Moon
Todd Treichel, Robert Gustafson, Orbital Apollo Arquiza, Jean B. Hunter, Cornell Massimiliano Di Capua, Adam Mirvis, Space Technologies Corp. Univ.; Ross Remiker, Robert Morrow, Orbital Systems Laboratory at Univ. of Maryland; Technologies Corp. Omar Medina, Space Systems Laboratory at Univ of Maryland; David Akin, Space Systems Laboratory at Univ. of Maryland
Respiratory Toxicity of Highland Lunar Dust Methodology for Identification and Mars Homestead Design for an Early Mars Classification of Biomass Pyrolysis Behavior Scientific Settlement
John T. James, NASA Johnson Space Michael A. Serio, Marek A. Wójtowicz, Bruce Mackenzie, Mars Foundation Center Advanced Fuel Research, Inc.
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 9 MONDAY, JULY 13 - AFTERNOON Technical Sessions
Spacecraft and Instrument Space Architecture (Part 1 of 3) Thermal Design, Testing and (ICES503) Technology (ICES102) This session presents thermal design, As more nations and private enterprises testing, and on-orbit performance of near prepare to send more people into space, earth and interplanetary, unmanned/robotic the “right stuff” astronaut paradigm for spacecraft, instruments and payloads, and space travelers is quickly becoming a relic the application of key new technologies. of history. Space travel cannot remain a heroic test of human endurance. The architectural principles that provide for comfortable lodging, productive work, and enjoyment of life on Earth must be brought to bear in the design of facilities beyond Earth, in full recognition of the technical challenges presented by the environment. Organizers: Organizers: Wes Ousley, NASA Goddard Space Flight Theodore W. Hall, University of Michigan; Center; Glenn T. Tsuyuki, Jet Propulsion David Anthony Nixon, Astrocourier (Ireland), Laboratory; David K. Wasson, Orbital Ltd. Sciences Corp.
Thermal Test Verification of Emission Control Membrane Based Habitat Wall Architectures through Directional Baffles for the James for Life Support and Evolving Structures Webb Space Telescope
Matthew Garrison, NASA; Timothy Switzer, Sherwin Gormly, National Space Grant David Shaw, Bryant White, Genesis Foundation Engineering Solutions; Neal Bachtell, Johns Hopkins Univeristy Applied Physics Lab; Robert Rashford, Michael Lynch, Frank Huber, Genesis Engineering Solutions
On-Orbit Performance of the Moon Architecture of an Inflatable Translucent Mineralogy Mapper Instrument Membrane Structure for a Space-based Micro-gravity Photo-bioreactor
Jose I. Rodriguez, Howard Tseng, Padma Valentin Stavrev, Aeromedia ; Raffi Varanasi, Burt Zhang, Jet Propulsion Tomassian, Miami Univ.; Sherwin Gormly, Laboratory National Space Grant Foundation
Thermal Considerations for Meeting 20ºC Environmental Control and Life Support and Stringent Temperature Gradient System for ECLIPSE (European Cis-Lunar Requirements of IXO FMA Mirror Segments Interplanetary Port for Space Exploration) Orbiting Station
Michael K. Choi, NASA Goddard Space Ernesto Appella; Emanuele Flesia; Flight Center Alessandro Quaglia
Effective Solar Absorptance of Multi-Layer International Space Station USOS Crew Insulation Quarters On-orbit vs Design Performance Comparison
Pradeep Bhandari, Jet Propulsion James Lee Broyan, NASA Johnson Space Laboratory Center; Melissa Borrego, MEI Technologies Inc; Juergen Bahr, ERC Inc
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
10 www.sae.org/ices - register by June 26, 2009 to save! TUESDAY, JULY 14 - MORNING Technical Sessions
Extravehicular Activity: PLSS and Human Factors for Space International Space Station ECLS: Mars and Beyond (ICES511) Support Equipment (Part 4 of 6) Missions: Ground and Flight Systems (Part 1 of 2) (ICES404) (ICES402) Operations (Part 1 of 3) (ICES510) This session will include papers describing This session presents Human Factors This session addresses ECLS Systems The session is dedicated to general matters design studies and new technology topics applicable to space missions with issues and lessons learned from the concerning Mars: the environment and development or significant experience and special emphasis on ground assembly, International Space Station. surroundings encountered on the planet, lessons learned with existing systems in deployment, logistics, maintenance, and vehicles and vehicles behavior, problems the area of portable life support systems operations for both Earth-bound preflight as and solutions found to sustain this particular and associated support hardware. Papers well as extra-terrestrial planetary missions. environment, and various mars related dealing with emerging technology and Topics may include procedures, tools, technologies. concepts for use in and from Orion or other human-automation interaction, remote Constellation Systems are of particular operation, team performance, design or interest. assessment methods, training. Papers may report research as well as descriptions of design, methods, tools, policy, or experience. Organizers: Organizers: Organizers: Organizers: Edward W. Hodgson, Hamilton Sundstrand; Jennifer Linda Blume, Jacobs Richard P. Reysa, MEI Technologies Inc.; Marie-Christine Desjean, CNES; W. Andrew Bruce Webbon, NASA Ames Research David E. Williams, NASA Jackson, Texas Tech. Univ. Center
Demonstration of Super Cooled Ice as TAS-I Virtual Reality Tool for COLUMBUS Nitrogen Oxygen Recharge System for the The Mars Climate Database (version 4.3) a Phase Change Material Heat Sink for MSP/PEI Stage Analysis Verification:Case International Space Station Portable Life Support Systems Studies and Lesson Learned
Thomas O. Leimkuehler, Aaron Powers, Marinella Ferrino, Enrico Villata, Mario Brandon N. Dick, Boeing Ehouarn Millour, Laboratoire de Christopher Linrud, Chad Bowers, Paragon Cardano, Thales Alenia Space Italia; Valter Météorologie Dynamique Space Development; Grant Bue, NASA Basso Johnson Space Center
Lunar Portable Life Support System Heat Technology Transfer Challenges: A Case Modification of the International Space Solar Cycle and Seasonal Variability of the Rejection Study Study of User-Centered Design in NASA’s Station USOS to Support Installation and Martian Thermosphere-Ionosphere and Systems Engineering Culture Activation of the Node 3 Element the Associated Impacts upon Atmospheric Escape
Robert Sompayrac PE, ESCG Jacobs (Engr. Jason C. Quick, Triumph Aerospace Dwight E. Link, Boeing Integrated Defense Stephen W. Bougher, Arnaud Valeille, Prof. Staffing); Bruce Conger, Hamilton Systems - Newport News Systems Michael Combi, Valeriy Tenishev , Univ. of Sundstrand; Luis Trevino, NASA Johnson Michigan Space Center
Radiator Heat Pump Subsystem for the Application of Modeling and Simulation International Space Station Environmental The CHEMCAM Instrument on Mars Space Suit Portable Life Support in Large Manned Systems for HFE and Control and Life Support System Status: Science Laboratory (MSL 09): First Laser Manning/Crewing Design 2008 - 2009 Induced Breakdown Spectroscopy Instrument in space!
Carlos Silva; Michael Schuller, Egidio Ron Merryman, Raytheon Integrated David E. Williams, NASA Muriel Saccoccio, CNES; Sylvestre Maurice, Marotta, Texas A&M Univ. Defense Systems CESR; Roger Wiens, B. Barraclough, John D. Bernardin, Los Alamos National Lab.; A. Cros, CESR; S. Bender, S. Clegg, Los Alamos National Lab.; L. Pares, LATT; K. Gasc, CNES; D. Kouach, B. Dubois, M. Bouye, OMP; J. Thocaven, H. Seran, Y. Parot, R. Orttner, CESR; B. Faure, Y. Michel, CNES; P. Cais, Observatoire de Boreaux; M. Berthe, IAS; R. Perez, CNES; R. Stiglich, D. Landis, T. Hale, Los Alamos National Lab.; C. Hayes, Chris Lindensmith, T. Elliot, Jet Propulsion Laboratory
Advanced Design Heat Pump/Radiator for Columbus ECLSS First Year of Operations Search for Life on Mars and ExoMars EVA Suits Planetary Protection Approach
Michael Izenson, Weibo Chen, Creare Inc.; Paola Parodi, Sergio Palumberi, Thales Vincenzo Guarnieri, Thales Alenia Space Christian Passow, Scott Phillips , Creare Alenia Space Italia; Roland Mueller, EADS Italia Inc; Luis Trevino, NASA Johnson Space Astrium GmbH; Zoltan Szigetvari, Astrium Center Space Transportation; Johannes Witt, ESA; Gaetana Bufano, Thales Alenia Space Italia
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 11 TUESDAY, JULY 14 - MORNING Technical Sessions
Microbial Factors Applied to Physico-Chemical Life Support Thermal Testing (Part 1 of 2) Extravehicular Activity: PLSS and Design (Part 1 of 2) (ICES507) Process Development (Part 4 of 6) (ICES203) Support Equipment (Part 5 of 6) (ICES302) (ICES402) This session focuses on the dynamic This session will address research issues The thermal testing session focuses on all This session will include papers describing effects of microorganisms on materials and development of physico-chemical aspects of thermal tests, test methods, design studies and new technology and systems in order to minimize hardware technologies for Water Recovery test correlation and test facilities. Tests development or significant experience and performance issues. System (WRS) for use in Space Vehicles for all kinds of spacecraft, instruments, lessons learned with existing systems in and Planetary Habitats. Performance equipments and materials are of interest. the area of portable life support systems characteristics of technologies for Special attention is given to sharing and associated support hardware. Papers processing water and urine will be included. lessons learned from thermal test and test dealing with emerging technology and Discussions of crosscutting technologies analysis and correlation activities, and also concepts for use in and from Orion or other demonstrating the integration of the to innovative test methods, set-ups, and Constellation Systems are of particular systems together with reduction of mission approaches to testing and verification of the interest. costs are also encouraged. hardware and of the analysis. Organizers: Organizers: Organizers: Organizers: Rebekah Jean Bruce, Enterprise Advisory John W. Fisher, Ames Research Markus Huchler, EADS Astrium GmbH; Edward W. Hodgson, Hamilton Sundstrand; Services Inc.; Monserrate Roman, NASA Center; Michael T. Flynn, John Hogan, Andrew Robson, EADS France Bruce Webbon, NASA Ames Research Marshall Space Flight Center Kanapathipillai Wignarajah, NASA Ames Center Research Center
Comparison of Alternative Biocide Current status of WFRD Investigation of Thermal Test Effectiveness Research and Development on a Membrane Pretreatment Chemicals for Urine for Spacecraft Electronic Units Using Water Evaporator for Future Exploration Precipitation Efficiencies of MIL-HDBK-344 Missions
Dean Muirhead, NASA Lance Delzeit, NASA; Michael Flynn, NASA John W. Welch, Aerospace Corporation Edward W. Hodgson, James Fort, Hamilton Ames Research Center Sundstrand
Identification of Microflora on Wicks and Ersatz Formulations for Lunar Outpost ESTEC Calorimeter: Thirty-Five Years of Hollow Fiber Space Suit Water Membrane Biofilm Associated with Wastewater Wastewater and Brine Measurements Evaporator Test
JMR Apollo Arquiza, Jean B. Hunter, Cornell Jean B. Hunter, Jasmin Sahbaz, Cornell Robert Mayrhofer, RUAG Aerospace Grant Bue, Luis Trevino, NASA Johnson Univ. Univ. Austria; Bernard Lehmann, ESA ESTEC; Space Center; Anthony Hanford, Jacobs Ingolf Eberhart, Christian Laa, Christian Technology Ranzenberger, Alexander Reissner, Johannes Stipsitz, RUAG Aerospace Austria
Cascade Distillation Subsystem ESTEC Calorimeter: Numerical Development: Progress Toward A Interpretation of Measurements Distillation Comparison Test
Michael R. Callahan, Jacobs Technology; Robert Mayrhofer, RUAG Aerospace Alex Lubman, Honeywell International; Austria; Bernard Lehmann, ESA ESTEC; Karen Pickering, NASA Johnson Space Christian Laa, Christian Ranzenberger, Center Alexander Reissner, Johannes Stipsitz, RUAG Aerospace Austria
Development of an In-line Urine Monitoring System for the International Space Station
James Lee Broyan, Branelle Cibuzar, NASA Johnson Space Center
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
12 www.sae.org/ices - register by June 26, 2009 to save! TUESDAY, JULY 14 - MORNING Technical Sessions
Human Factors for Space International Space Station ECLS: Microbial Factors Applied to Thermal Testing (Part 2 of 2) Missions: Ground and Flight Systems (Part 2 of 2) (ICES404) Design (Part 2 of 2) (ICES507) (ICES203) Operations (Part 2 of 3) (ICES510) This session presents Human Factors This session addresses ECLS Systems This session focuses on the dynamic The thermal testing session focuses on all topics applicable to space missions with issues and lessons learned from the effects of microorganisms on materials aspects of thermal tests, test methods, special emphasis on ground assembly, International Space Station. and systems in order to minimize hardware test correlation and test facilities. Tests deployment, logistics, maintenance, and performance issues. for all kinds of spacecraft, instruments, operations for both Earth-bound preflight as equipments and materials are of interest. well as extra-terrestrial planetary missions. Special attention is given to sharing Topics may include procedures, tools, lessons learned from thermal test and test human-automation interaction, remote analysis and correlation activities, and also operation, team performance, design or to innovative test methods, set-ups, and assessment methods, training. Papers approaches to testing and verification of the may report research as well as descriptions hardware and of the analysis. of design, methods, tools, policy, or experience. Organizers: Organizers: Organizers: Organizers: Jennifer Linda Blume, Jacobs Richard P. Reysa, MEI Technologies Inc.; Rebekah Jean Bruce, Enterprise Advisory Markus Huchler, EADS Astrium GmbH; David E. Williams, NASA Services Inc.; Monserrate Roman, NASA Andrew Robson, EADS France Marshall Space Flight Center
Behavioral Systems Management of Carbon Dioxide Removal Assembly Characterization of Microbial Contamination The AMS02 TVTB Test Design and Confined Microsocieties: An Agenda for Performance Comparison in Pretreated Urine Collected from the ISS Predictions Research and Applications Urine Processing Assembly During Ground Testing
Henry Emurian, UMBC; Joseph Brady, Robert J. Kay, Honeywell Int’l. Inc. Michele Birmele, Dynamac Corp.; LaShelle Serena Borsini, University of Perugia-INFN; Robert Hienz, Johns Hopkins Medical McCoy, Dynamac Corp. ; Monserrate Marco Molina, Carlo Gavazzi Space; Yan School; Kip Canfield, UMBC; Peter Roma, Roman, NASA Marshall Space Flight Chen, Shandong University; Christian Institutes for Behavior Resources; Steven Center; Michael Roberts, Dynamac Corp. Vettore, Ivan Corradino, Paolo Ruzza, Carlo Hursh, Johns Hopkins Medical School; Gavazzi Space; Roberto Battiston, Bruna Zabecca Brinson, Eric Gasior, Institutes for Bertucci, University of Perugia-INFN Behavior Resources
Effects of Prolonged (60 days) Simulated Improving the Measurement Accuracy of Water Activity and Microbial Stability of AMS-02 Radiators Thermal Model Microgravity Condition on Cognitive and Water Partial Pressure Using the Major Dried Food Residues in Cabin Solid Waste Correlation with Test Data Emotional Functions Constituent Analyzer
Chetwyn C. H. Chan, The Hong Kong Ben D. Gardner, Hamilton Sundstrand Jean B. Hunter, Carissa A. Jones, Apollo Paolo Ruzza, University of Perugia - Carlo Polytechnic Univ. Space Systems Intl.; John Granahan, Arquiza, Trudy Chu, Cornell Univ. Gavazzi Space SpA; Marco Molina, Marcus Boeing Co.; John Cover, NASA Groeller, Carlo Gavazzi Space SpA
Modeling Mission Operations Trade Spaces Root Cause Assessment of Pressure Drop Cryogenic Thermal Testing of the Verification and Lunar C3I Capabilities Rise of a Packed Bed of Lithium Hydroxide Model Mid-Infrared Instrument (MIRI) Optics in the International Space Station Trace Module Contaminant Control System
Barrett S. Caldwell, Jeffrey Onken, Purdue Jay L. Perry, NASA Marshall Space Flight Bryan Shaughnessy, Paul Eccleston, Univ. West Lafayette Center; Tatiana Aguilera , Carnegie Mellon Rutherford Appleton Laboratory University
Assessment of Cognitive Abilities in International Space Station Major Thermal Verification and Testing of Earth Simulated Space Ascent Environments Constituent Analyzer On-orbit Performance Observation Satellites: Thales Alenia Space Italia Experience
Bettina L. Beard, NASA; Jon Holbrook, Ben Gardner, Hamilton Sundstrand Space Andrea Ferrero, Manuela Muni, Ernesto Perot Systems; Albert J. Ahumada, NASA Systems Intl.; John Granahan, Boeing Co.; Massa, Enrico Sacchi, Thales Alenia Space John Cover, NASA Italia
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 13 TUESDAY, JULY 14 - MORNING Technical Sessions
Thermal and Environmental Control for Lunar Base and Surface Systems (ICES106) This session focuses on passive and active thermal control for crewed lunar surface systems such as rovers, EVA systems, surface utilities (power systems and communications etc.), and science equipment. Other topic ideas could include lunar habitation, lunar base heat rejection, impacts of dust on thermal control, impacts of long duration shadows, thermal environment characterization, and development and implementation of advanced technologies specific to extended surface operations. Organizers: Gajanana Birur, Jet Propulsion Laboratory; Adrianus A. Delil, Advanced Aerospace Thermal Control Systems; Thomas O. Leimkuehler, Paragon Space Development; Paul M. McElroy, Temeku Technologies Inc.; John Sharp, NASA; Ryan Stephan, NASA Johnson Space Center
Sub-Critical Liquid Oxygen (LOX) Storage for Exploration Life Support Systems
David W. Plachta, Mohammad Hasan, NASA John Glenn Research Center
Spacesuit Thermal Control Needs on the Moon and Mars
Harry W. Jones, NASA Ames Research Center
Effect of Illumination Angle and Particle Size on the Performance of Dusted Thermal Control Surfaces in a Simulated Lunar Environment
James R. Gaier, NASA Glenn Research Center
Design Description and Initial Characterization Testing of an Active Heat Rejection Radiator with Digital Turn-Down Capability
Gani Ganapathi, Eric T. Sunada, Gajanana Birur, Jennifer Miller, Jet Propulsion Laboratory; Ryan Stephan, NASA Johnson Space Center
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
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14 www.sae.org/ices - register by June 26, 2009 to save! TUESDAY, JULY 14 - AFTERNOON Technical Sessions
CEV ECLSS and Thermal Control Extravehicular Activity: PLSS and Human Factors for Space Physico-Chemical Life Support (ICES306) Support Equipment (Part 6 of 6) Missions: Ground and Flight Process Development (Part 5 of 6) (ICES402) Operations (Part 3 of 3) (ICES510) (ICES302) This session addresses Crew Exploration This session will include papers describing This session presents Human Factors This session will address research issues Vehicle current configuration and status. design studies and new technology topics applicable to space missions with and development of physico-chemical development or significant experience and special emphasis on ground assembly, technology for the Air Revitalization lessons learned with existing systems in deployment, logistics, maintenance, and Systems (ARS) for use in Space Vehicles the area of portable life support systems operations for both Earth-bound preflight as and Planetary Habitats. Performance of and associated support hardware. Papers well as extra-terrestrial planetary missions. technologies for processing air will be dealing with emerging technology and Topics may include procedures, tools, included and studies on use of Commercial concepts for use in and from Orion or other human-automation interaction, remote off-the Shelf adsorbents in purification Constellation Systems are of particular operation, team performance, design or of air are encouraged. Discussions on interest. assessment methods, training. Papers crosscutting technologies demonstrating may report research as well as descriptions the integration of the systems together of design, methods, tools, policy, or with reduction of mission costs are also experience. encouraged. Organizers: Organizers: Organizers: Organizers: Grant Allan Anderson, Barry W. Finger, William F. Higgins, Edward W. Hodgson, Jennifer Linda Blume, Jacobs John W. Fisher, Ames Research Paragon Space Development; John F. Hamilton Sundstrand; Bruce Webbon, Center; Michael T. Flynn, John Hogan, Lewis, NASA Johnson Space Center NASA Ames Research Center Kanapathipillai Wignarajah, NASA Ames Research Center
First Human Testing of the Orion Fan Performance Testing and Oxygen A Methodology for Training International VOC Removal by Novel Regenerable Atmosphere Revitalization Technology Compatibility Assessment Results for Future Space Station Crews to Respond to On- Silica-Titania Sorbent and Photocatalytic Space Suit Life Support Systems Orbit Emergencies Technology
Amy Lin, Jacobs Technology; Jeffrey Heather L. Paul, NASA Johnson Space Clinton Balmain, Mark Fleming, United Alexander F. Gruss, Univ. of Florida; Anna Sweterlitsch, NASA Center; Mallory jennings, Lyndon B. Space Alliance Casasus, Sol-gel Solutions LLC; David W. Johnson Space Center; Matthew Vogel, Mazyck, Univ of Florida Jacobs Engineering
Crew Exploration Vehicle Environmental Development of a Compact, Efficient Mentoring SFRM: A New Approach to Development and Testing of a Sorbent- Control and Life Support Development Cooling Pump for Space Suit Life Support International Space Station Flight Controller Based Atmosphere Revitalization System Status Systems Training 2008/2009
John F. Lewis, NASA Johnson Space Roger Van Boeyen, Jonathan Reeh, Therese Huning, United Space Alliance, Lee Miller, ECLS Technologies, LLC; James Center Lynntech Inc.; Luis Trevino, NASA Johnson LLC; Immanuel Barshi, NASA Ames C. Knox, NASA Marshall Space Flight Space Center Research Center; Lacey Schmidt, Wyle Center
Orion Emergency Mask Approach Development of a Prototype Water Pump Engineered Structured Sorbents for for Future Space Suit Applications the Adsorption of Carbon Dioxide and Water Vapor from Manned Spacecraft Atmospheres: Applications and Testing 2008/2009
George Tuan, NASA Johnson Space Center Edward W. Hodgson, Hamilton Sundstrand; David Howard, All Points Logistics Inc.; David Hartman, Hamilton Sundstrand James C. Knox, Jay Perry, NASA Marshall Space Systems Intl.; Luis Trevino, NASA Space Flight Center Johnson Space Center; Edward Gervais, Cascon Inc.
Compatibility Study of Silver Biocide in Water Pump Development for the EVA Drinking Water with Candidate Metals for PLSS Crew Exploration Vehicle Potable Water System
Niklas Adam, Jacobs Technology Michael Schuller, Cable Kurwitz, Texas A&M Univ.; Jeffrey Goldman, Honeywell International; Luis Trevino, NASA Johnson Space Center
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 15 TUESDAY, JULY 14 - AFTERNOON Technical Sessions
Regenerable Life Support Space Station and Manned Thermal Control for Planetary Advanced Life Support Systems Processes and Systems Orbiting Infrastructures Thermal Surface Missions and Systems Control (ICES301) (ICES408) Control (Part 1 of 2) (ICES107) (Part 1 of 2) (ICES104) This session covers development of This session addresses thermal control This session focuses on passive and The Advanced Life Support Systems Regenerable Life Support Processes and design, operation onboard current and active thermal control for planetary surface Control session reports on advanced life Systems for Spacecraft. future manned space stations, either missions and systems such as Mars support system control topics such as: institutional or commercial. Topics from rovers, comet rendezvous systems, surface controller technology; control theory and system and component issues with Space mapping and science instruments and application; autonomous control; integrated Station thermal control systems to thermal systems, in-situ resource mapping and system control; control software; and aspects of payloads and experiments that processing. modeling, simulation and emulation for utilize the station as a science platform control development. or as a test bed for future exploration applications, including thermal control solutions/techniques, e.g. for habitats based on inflatable technologies. Organizers: Organizers: Organizers: Organizers: Loel Goldblatt, Hamilton Sundstrand Space Gary A. Adamson, Hamilton Sundstrand; Gajanana Birur, Jet Propulsion Laboratory; David Kortenkamp, Traclabs; Linda Systems Intl.; Frederick D. Smith, NASA Gualtiero Brambati, Thales Alenia Adrianus A. Delil, Advanced Aerospace Moreland, NASA Johnson Space Center Johnson Space Center Space Italia; Jon B. Holladay, NASA Thermal Control Systems; Paul M. McElroy, Marshall Space Flight Center; Thomas Temeku Technologies Inc. Chairpersons: O. Leimkuehler, Paragon Space David Kortenkamp, Traclabs Development; Zoltan Szigetvari, Astrium Space Transportation; Dale Allen Winton, Honeywell Int’l Inc.
Achieving Ultra Reliable Space Life Support Development of a Passive Gas Trap for Thermal Design for Mars-NEXT Development of Simulation Tool for Life Systems Internal Thermal Control System Support System Design Based on the Interaction Model
Harry W. Jones, NASA Ames Research Dacong Weng, Bonnie Bowman, Honeywell David Gwyn Jones, Astrium, Ltd. Hiroyuki Miyajima, Tokyo Jogakkan College Center Int’l Inc.
Demonstration of Self Contained Solid NODE 3 & CUPOLA Thermal Analysis Thermal Strategy for the Phoenix Robotic Data Abstraction Architecture for Monitoring Oxide Electrolysis Stack with Embedded Campaign for Design Verification and Arm Deployment and Control of Lunar Habitats Sabatier Reactors for 100% Oxygen Operations Definition Regeneration
Christine S. Iacomini, Aaron Powers, Luca Tentoni, Nicola Fortunato, Renato Glenn T. Tsuyuki, Jet Propulsion Laboratory; Scott Bell, David Kortenkamp, TRACLabs Paragon Space Development Martino, Giovanni Loddoni, Thales Alenia Chern-Jiin Lee, Applied Science Inc. Space Italy Laboratories
Development Status of the Carbon Dioxide Managing Space Craft Aqueous Thermal Mars Science Laboratory Mechanically A Crew Life Support System Control for and Moisture Removal Amine Swing-Bed Coolant pH when affected by a High Pumped Fluid Loop for Thermal Control, Interplanetary Vehicles System (CAMRAS) Carbon Dioxide Environment Design, Implementation and Testing
William Papale, Tim Nalette, Hamilton Thomas Stegman, MEI Technologies Inc.; Pradeep Bhandari, Jet Propulsion Boris Zarezkiy, PhD, Lev Gavrilov, Eduard Sundstrand; Jeffrey Sweterlitsch, NASA Harold Cole, Mark E. Wilson, The Boeing Laboratory Kurmazenko, Prof, NIICHIMMASH Company
Oxygen Production via Carbothermal A5ES-ATV: Aerothermodynamical Study Overview of NASA’s Thermal Control Reduction of Lunar Regolith of the Deorbitation of the Ariane 5 Upper SystemDevelopment for Exploration Project Composite
Robert J. Gustafson, Brant White, Michael Amauric Jarry, Dominique Fraioli, Astrium Ryan Stephan, NASA Johnson Space Fidler, Orbital Technologies Corp. Space Transportation Center
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
16 www.sae.org/ices - register by June 26, 2009 to save! TUESDAY, JULY 14 - AFTERNOON Technical Sessions
Extravehicular Activity: Space Fire Safety in Spacecraft and Physico-Chemical Life Support Space Station and Manned Suits (Part 1 of 5) (ICES400) Enclosed Habitats (Part 1 of 3) Process Development (Part 6 of 6) Orbiting Infrastructures Thermal (ICES513) (ICES302) Control (Part 2 of 2) (ICES107) This session covers topics related to This session covers all aspects of fire safety This session will address research issues This session addresses thermal control space suit pressure garments. It includes in closed environments including EVA suits; and development of physico-chemical design, operation onboard current and advanced development work, as well as spacecraft; extraterrestrial habitats; aircraft; technology for the Air Revitalization future manned space stations, either on-going efforts towards the Constellation ships; and submarines. Relevant subjects Systems (ARS) for use in Space Vehicles institutional or commercial. Topics from Program flight program space suit design. include material controls for fire prevention; and Planetary Habitats. Performance of system and component issues with Space fire detection and suppression; fire technologies for processing air will be Station thermal control systems to thermal signatures and toxicity; post-fire cleanup; included and studies on use of Commercial aspects of payloads and experiments that risk assessment; fire related combustion off-the Shelf adsorbents in purification utilize the station as a science platform research; lessons learned and design of air are encouraged. Discussions on or as a test bed for future exploration status of current systems; and life support crosscutting technologies demonstrating applications, including thermal control and control system designs to enable fire the integration of the systems together solutions/techniques, e.g. for habitats detection and suppression. with reduction of mission costs are also based on inflatable technologies. encouraged. Organizers: Organizers: Organizers: Organizers: Lindsay T. Aitchison, NASA; William F. Gary A. Ruff, NASA John Glenn Research John W. Fisher, Ames Research Gary A. Adamson, Hamilton Sundstrand; Higgins, Hamilton Sundstrand; Amy J. Center; James F. Russell, Lockheed Martin Center; Michael T. Flynn, John Hogan, Gualtiero Brambati, Thales Alenia Ross, NASA Johnson Space Center Space Systems Co.; David L. Urban Kanapathipillai Wignarajah, NASA Ames Space Italia; Jon B. Holladay, NASA Research Center Marshall Space Flight Center; Thomas O. Leimkuehler, Paragon Space Development; Zoltan Szigetvari, Astrium Space Transportation; Dale Allen Winton, Honeywell Int’l Inc.
Anthropometric and Blood Flow Smoke Particle Sizes in Low-Gravity and Starship Life Support ATV THERMAL CONTROL: Architecture Characteristics Leading to EVA Hand Injury Implications for the Design of Spacecraft and Jules Verne First Flight Result Smoke Detectors
Roedolph Opperman, Massachusetts David Urban, NASA; Gary A. Ruff, NASA Harry W. Jones, NASA Ames Research Patrick Oger, Astrium Space Transportation; Institute of Technology ; James Waldie, John Glenn Research Center; George Center Frank Bouckaert, European Space Agency; Massachusetts Institute of Technology; Mulholland, Thomas Cleary, Jiann Yang, Pascal Vincent, Jean-Christophe Guyot, Jason Hochstein , European Space Agency; National Institute Standards & Tech.; Zeng- Astrium Space Transportation Alan Natapoff, Massachusetts Institute of guang Yuan, Victoria Bryg, National Center Technology; Luca Pollonini, Univ of Houston for Space Exploration Research - College of Technology; Rafat Ansari , NASA John Glenn; Jeff Jones, NASA; Dava Newman, Massachusetts Institute of Technology
Incorporating Advanced Controls, Displays Miniaturized Sensor Systems for Early Fire Development and Testing of a Prototype ATCS Operations during COLUMBUS and other Smart Elements into Space Suit Detection in Spacecraft Microwave Plasma Reactor for Hydrogen Mission: Flight Data Evaluation and Design Recovery from Sabatier Waste Methane Correlation
Shane Jacobs, Massimiliano Di Capua, Gary Hunter, Paul Greenberg, NASA John James E. Atwater, Richard Wheeler, Savino De Palo, Gaetana Bufano, Paolo Syed-Ali Husain, Adam Mirvis, David Akin, H. Glenn Research Center; Jennifer Xu, Umpqua Research Co.; Robyn Carrasquillo, Vaccaneo, Fabio Burzagli, Thales Alenia Univ. of Maryland NASA John Glenn Research Center; Darby NASA Marshall Space Flight Center; Neal Space Italia; Marco Bruno, Sofiter System Makel, Makel Engineering Corp.; Benjamin Hadley, Roger Dahl, Umpqua Research Co. Engineering Ward, Makel Engineering, Inc.; Chung- Chiun Liu, Case Western Reserve Univ.; Prabir Dutta, Ohio State Univ.
Abrasion of Candidate Spacesuit Fabrics by Spacecraft Fire Detection and Post-Fire The Development of Constellation System Heater Power Consumption during Simulated Lunar Dust Atmospheric Monitoring Water Recycle Options from Commercially Columbus Stages: Flight Data Evaluation Available Products and Correlation
James R. Gaier, NASA Glenn Research David Zuniga, ESCG NASA Johnson Sherwin Gormly, National Space Grant Gaetana Bufano, Thales Alenia Space Center Space Center; John Graf, NASA Johnson Foundation Space Center; Steven Hornung, NASA White Sands Test Facility; Jon Haas, NASA Johnson Space Center
Thermal Control for Planetary Surface Missions and Systems (Part 2 of 2) (ICES104) This session focuses on passive and active thermal control for planetary surface missions and systems such as Mars rovers, comet rendezvous systems, surface mapping and science instruments and systems, in-situ resource mapping and processing. Organizers: Gajanana Birur, Jet Propulsion Laboratory; Adrianus A. Delil, Advanced Aerospace Thermal Control Systems; Paul M. McElroy, Temeku Technologies Inc.
Thermal Design for Moon-NEXT Polar Rover Preliminary papers/presentations under consideration. Simon Barraclough, EADS Astrium, Ltd. For up-to-date event information, visit www.sae.org/ices.
Thermal Design Trade Study for the Mars Science Laboratory ChemCam Body- Mounted Unit Dates/times subject to change.
Glenn T. Tsuyuki, Jet Propulsion Laboratory; Siuchun Lee, ASL; John Bernardin, Los Alamos National Laboratory
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 17 WEDNESDAY, JULY 15 - MORNING Technical Sessions
Extravehicular Activity: Space Fire Safety in Spacecraft and Life Support Systems Engineering Lunar Life Support (Part 1 of 2) Suits (Part 2 of 5) (ICES400) Enclosed Habitats (Part 2 of 3) and Analysis (Part 1 of 2) (ICES509) (ICES513) (ICES502) This session covers topics related to This session covers all aspects of fire safety This session addresses life support This session focuses on innovative life space suit pressure garments. It includes in closed environments including EVA suits; for future missions, and in particular support technologies for the proposed advanced development work, as well as spacecraft; extraterrestrial habitats; aircraft; technology options and optimizing the Lunar base. The session will highlight the on-going efforts towards the Constellation ships; and submarines. Relevant subjects selection, development, and integration of technical challenges and assets available on Program flight program space suit design. include material controls for fire prevention; technologies into complete systems. the Lunar surface. fire detection and suppression; fire signatures and toxicity; post-fire cleanup; risk assessment; fire related combustion research; lessons learned and design status of current systems; and life support and control system designs to enable fire detection and suppression. Organizers: Organizers: Organizers: Organizers: Lindsay T. Aitchison, NASA; William F. Gary A. Ruff, NASA John Glenn Research Harry W. Jones, Julie A. Levri, NASA Ames Daniel J. Barta, NASA Johnson Space Higgins, Hamilton Sundstrand; Amy J. Center; James F. Russell, Lockheed Martin Research Center Center; W. Andrew Jackson, Texas Tech. Ross, NASA Johnson Space Center Space Systems Co.; David L. Urban Univ.
Defining Constellation Suit Helmet Field of Microgravity Flame Spread over Non- Planning the Dynamic Simulation of Challenges with Deploying and Integrating View Requirements Employing a Mission Charring Materials in Exploration Recycling Space Life Support Environmental Control and Life Support Segment Based Reduction Process Atmospheres: Pressure, Oxygen, and Functions in a Lunar Architecture with High Velocity Effects on Concurrent Flame Degrees of Mobility Spread
Shane M. McFarland, MEI Technologies/ Sandra L. Olson, Gary A. Ruff, NASA Glenn Harry W. Jones, NASA Ames Research Robert M. Bagdigian, NASA Marshall Space NASA JSC Research Center Center Flight Center; Chel Stromgren, SAIC
Development and Testing of the First Pressure Effects on Self-Extinguishment Theoretical Analysis for Long-Term Space A Dynamic Simulation of Lunar Surface Full Pressure Suit for Non-Govermental Limits of Aerospace Materials Life Support Reliability Habitat Life Support Commercial Spaceflight
Pablo G. De Leon, Univ. of North Dakota; David Hirsch, NASA; Gary A. Ruff, NASA Yevhen I. Holubnyak, Vadim Ye. Rygalov, Harry W. Jones, NASA Ames Research Gary Harris, De Leon Technologies LLC John Glenn Research Center; Michael Univ. of North Dakota Center Pedley, Jon Haas, NASA Johnson Space Center; Harold Beeson, NASA White Sands Test Facility; James Williams, NASA Johnson Space Center
Tactile Sensing Gloves for Extravehicular Ignition Delay of Combustible Materials in Redundancy Testing and Cost Assessment Development of Life Support System Activity Normoxic Equivalent Environments for Environmental Control and Life Support Technologies for Human Lunar Missions Systems
Ji Son, Richard Fan, Christopher Wottawa, Sara McAllister, Carlos Fernandez-Pello, Haibei Jiang, Univ. of Illinois at Urbana- Daniel Barta, Michael Ewert, NASA Johnson Erik Dutson, Warren Grundfest, Martin Univ. of California-Berkeley; Gary Ruff, Champaign; David Kortenkamp, Scott Space Center Culjat, UCLA David Urban, NASA John H. Glenn Bell, NASA Johnson Space Center; Luis Research Center Rodriguez, Univ. of Illinois at Urbana- Champaign
Modeling Flame Spread and Extinction of Solids in Space Exploration Atmospheres
Sheng-Yen Hsu, Ya-Ting Tseng, James S. T’ien, Case Western Reserve Univ.
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
18 www.sae.org/ices - register by June 26, 2009 to save! WEDNESDAY, JULY 15 - MORNING Technical Sessions
Physico-Chemical Processes: Air Thermal and Environmental Two-Phase Thermal Control Extravehicular Activity: Space and Water (Part 1 of 3) (ICES200) Control of Crewed Lunar Technology (Part 1 of 3) (ICES201) Suits (Part 3 of 5) (ICES400) Exploration Vehicles (ICES100) This session covers technology studies, This session covers passive and active This session presents the latest This session covers topics related to design, development, manufacturing, thermal control, thermal protection and developments & innovations of two- space suit pressure garments. It includes integration, testing and operations environmental control topics for vehicles phase heat transport systems, modeling advanced development work, as well as experience in the areas of water used to transport crew and cargo to/from techniques & on-orbit performances for on-going efforts towards the Constellation regeneration and treatment, air renewal and the moon, with emphasis on the Altair Lunar space applications. It covers all variants of Program flight program space suit design. cleaning, human waste recycling, energy Lander and crew transit vehicle systems. heat pipe technologies, capillary pumped storage and transformation and In-Situ Papers on related systems within the loops and loop heat pipes. Resource Utilization, which apply physico- Constellation and international programs are chemical processes. welcome. Potential topics cover discussion of thermal and environmental control requirements, design, analysis, verification and testing, and technology development. Organizers: Organizers: Organizers: Organizers: Leonid S. Bobe, NIICHIMMASH; Cesare Burkhard Behrens, Astrium Space Adrianus A. Delil, Advanced Aerospace Lindsay T. Aitchison, NASA; William F. Lobascio, Thales Alenia Space Italia; Transportation; Gualtiero Brambati, Thales Thermal Control Systems; Konstantin A. Higgins, Hamilton Sundstrand; Amy J. Willigert Raatschen, Astrium Space Alenia Space Italia; Joe Chambliss, NASA Goncharov, Lavochkin Association; Darius Ross, NASA Johnson Space Center Transportation Johnson Space Center; Thomas O. Nikanpour, Canadian Space Agency; Leimkuehler, Paragon Space Development; Reinhard Schlitt, OHB System GmbH Jose Roman, NASA Marshall Space Flight Center
Water Recovery and Urine Collection in the Evaluation of Dowfrost HD as a Thermal Thermal Performance of an Oscillating Heat Subjective Perception of Thermal and Russian Orbital Segment of the International Control Fluid for Constellation Vehicles Pipe for Spacecraft Thermal Control System Physical Comfort in Three Liquid Cooling Space Station (Mission 1 through Mission Garments 17)
Leonid S. Bobe, Alexey Kochetkov, Mikhail Steve Lee, MEI Technologies Atsushi Okamoto, JAXA Gloria R. Leon, Victor Koscheyev, Birgit Tomashpolskiy, NIICHIMMASH Fink, Paul Ciofani, Joe Warpeha, University of Minnesota; Michael Gernhardt, Nicholas Skytland, NASA Johnson Space Center
Enhanced Brine Dewatering System Investigation of Transient Sublimator Steady-State Performance Results The Advanced Design of a Liquid Cooling Performance for a High-Capacity, Flexible Variable Garment Through Long-Term Research: Conductance Heat Pipe Implications of the Test Results on Three Different Garments
Ross Remiker, Orbital Technologies Corp.; Thomas O. Leimkuehler, Paragon Space Jay Ambrose, Lockheed Martin Missiles & Victor Koscheyev, Joe Warpeha, Gloria Jean B. Hunter, Cornell Univ.; Adam Marten, Development; Rubik Sheth, Ryan Stephan, Space Co. Leon, Jung-Hyun Kim, Birgit Fink, University Brian Zelle, Orbital Technologies Corp. NASA Johnson Space Center of Minnesota; Michael Gernhardt, Nicholas Skytland, NASA Johnson Space Center
Heat Transfer Characteristics of the Altair Lander Life Support: Design Analysis Transient Response of a Flexible High- Concentric Disk inside the WFRD Cycles 1, 2, and 3 Performance Variable Conductance Heat Evaporator for the VPCAR Water Recovery Pipe System
Walter M. Duval, Nancy Hall, NASA Glenn Molly Anderson, Su Curley, Imelda Rob Leitch, Jay H. Ambrose, Lockheed Research Center; Jeffrey Mackey, David Stambaugh, Henry Rotter, NASA Martin Space Systems Co. Althausen, Alain Izadnegahdar, ASRC Aerospace; Eric Litwiller, Enterprise Advisory Services Inc.; Michael Flynn, NASA Ames Research Center
Evaluation Of A Passive Water Treatment Testing and Model Correlation of Sublimator Advance Grooved Heat Pipe for Space Device for Contingency Liquid Recovery Driven Coldplate Coupons Satellite Thermal Control System from Urine for Spacecraft Applications
Michael S. Roberts, Sharon Edney, Michele Rubik Sheth, Ryan Stephan, NASA Johnson Leonid L. Vasiliev Jr., Luikov Heat & Mass Birmele, Dynamac Corp. Space Center; Thomas O. Leimkuehler, Transfer Inst.; Jean Claude Legros, Univ. Paragon Space Development of Brussels; Leonard L. Vasiliev, Vladimir Romanenkov, Luikov Heat & Mass Transfer Inst.
The Application of Simulation Tools to Ultra- deep Water Development Programs and its Relevance to Space Exploration
Frank Sager, Oceaneering Space Systems
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 19 WEDNESDAY, JULY 15 - MORNING Technical Sessions
Fire Safety in Spacecraft and Life Support Systems Engineering Lunar Life Support (Part 2 of 2) Physico-Chemical Processes: Air Enclosed Habitats (Part 3 of 3) and Analysis (Part 2 of 2) (ICES509) and Water (Part 2 of 3) (ICES200) (ICES513) (ICES502) This session covers all aspects of fire safety This session addresses life support This session focuses on innovative life This session covers technology studies, in closed environments including EVA suits; for future missions, and in particular support technologies for the proposed design, development, manufacturing, spacecraft; extraterrestrial habitats; aircraft; technology options and optimizing the Lunar base. The session will highlight the integration, testing and operations ships; and submarines. Relevant subjects selection, development, and integration of technical challenges and assets available on experience in the areas of water include material controls for fire prevention; technologies into complete systems. the Lunar surface. regeneration and treatment, air renewal and fire detection and suppression; fire cleaning, human waste recycling, energy signatures and toxicity; post-fire cleanup; storage and transformation and In-Situ risk assessment; fire related combustion Resource Utilization, which apply physico- research; lessons learned and design chemical processes. status of current systems; and life support and control system designs to enable fire detection and suppression. Organizers: Organizers: Organizers: Organizers: Gary A. Ruff, NASA John Glenn Research Harry W. Jones, Julie A. Levri, NASA Ames Daniel J. Barta, NASA Johnson Space Leonid S. Bobe, NIICHIMMASH; Cesare Center; James F. Russell, Lockheed Martin Research Center Center; W. Andrew Jackson, Texas Tech. Lobascio, Thales Alenia Space Italia; Space Systems Co.; David L. Urban Univ. Willigert Raatschen, Astrium Space Transportation
Advances in Development of a Fine Water Online Project Information System (OPIS) A Sustainable Regolith-Based Water Design Status of the Closed-Loop Mist Portable Fire Extinguisher Description, Annual Reporting Outcomes, Recovery Concept for the Lunar Outpost Air Revitalization System ARES for and Resulting Improvements Accommodation on the ISS
James R. Butz, ADA Technologies Inc.; Julie A. Levri, NASA Ames Research Evan Thomas, David Klaus, Jared Leidich, Klaus Bockstahler, Helmut Funke, Joachim Angel Abbud-Madrid, Colorado School Center; Bruce Deng, Jon Welch, Michael Univ. of Colorado-Boulder Lucas, Astrium GmbH; Johannes Witt, of Mines Ho, Lockheed Martin Space Operations Scott Hovland, European Space Agency Co.; John Hogan, NASA Ames Research Center
Flammability of Human Hair in Exploration Laundry Study for a Lunar Outpost Investigation of Life Support Requirements Design and Testing of a UV-A LED Atmospheres for Pressurized Lunar Rover Photocatalytic Oxidation Reactor for Spacecraft Potable Water Disinfection
Sandra L. Olson, DeVon W. Griffin, David L. Frank Jeng, Jacobs Technology; Michael K. Syed-Ali Husain, David Akin, Univ. of Nadia Silvestry Rodriguez, ORAU/NASA; Urban, Gary A. Ruff, NASA Glenn Research Ewert, NASA Johnson Space Center Maryland School of Engineering Robert Soler, Bionetics Corp.; Lawrence Center; Elizabeth A. Smith, Cornell Univ. koss Jr, Dynamac Corp.; Fred Maxik PhD, Lighting Science Group Corporation; Andrew C. Schuerger, University of Florida; Michael Roberts, Dynamac Corp.
A Fire Suppression Analysis for the Altair Model Confidence Level - A Systematic Prototype BLSS Lunar Greenhouse Ultraviolet Light Emitting Diodes for Project Metric for Development of a Virtual Space Disinfection of Spacecraft Potable Water Habitat Systems
Daniel L. Dietrich, David Urban, Gary Ruff, Markus Czupalla, Thomas Dirlich, Matthias Phil Sadler, Sadler Machine Company; Gene Michele Birmele, Dynamac Corp.; Robert NASA John Glenn Research Center Pfeiffer, Jan Harder, Philipp Hager, Technical Giacomelli, Roberto Furfaro, R. Patterson, Soler, Bionetics Corp.; LaShelle McCoy, Univ. of Munich, Human Spaceflight Group; Murat Kacira, Univ. of Arizona Michael Roberts, Dynamac Corp. David Klaus, Univ. of Colorado, Aerospace Engineering Sciences Dept.
Prototype Lunar Surface Vehicle Subscale Air Revitalization System by CO2 Reduction for Small Satellite Demonstration
Phil Sadler, Sadler Machine Company; Masato Sakurai, Japan Aerospace Roberto Furfaro, Univ. of Arizona Exploration Agency
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
20 www.sae.org/ices - register by June 26, 2009 to save! WEDNESDAY, JULY 15 - MORNING Technical Sessions
Two-Phase Thermal Control Technology (Part 2 of 3) (ICES201) This session presents the latest Preliminary papers/presentations under consideration. developments & innovations of two- phase heat transport systems, modeling techniques & on-orbit performances for For up-to-date event information, visit www.sae.org/ices. space applications. It covers all variants of heat pipe technologies, capillary pumped loops and loop heat pipes. Dates/times subject to change. Organizers: Adrianus A. Delil, Advanced Aerospace Thermal Control Systems; Konstantin A. Goncharov, Lavochkin Association; Darius Nikanpour, Canadian Space Agency; Reinhard Schlitt, OHB System GmbH
Effect of Orientation Angle on the Thermal Performance of Plate Evaporator and Condenser International
Mohammad M. Hasan, NASA John Glenn Research Center; David Althausen, ASRC The Standard for Aerospace Innovation Aerospace
Characteristics of Reservoir Embedded Loop Heat Pipe under Orbital Environment Since 1916, SAE has worked Today, SAE works closely with aerospace in the first one-year hand-in-hand with the aerospace companies and SDOs around the world community to discover solutions to providing a full compliment of standards Haruo Kawasaki, Atsushi Okamoto, JAXA; its most common problems. Through and an array of capabilities including Hiroaki Ishikawa, Takehide Nomura, such internationally accepted technical committee management, standards Mitsubishi Electric Corporation documents as Aerospace Standards consortium administration, database (AS), Aerospace Material Specifications creation and management, as well as Advanced Design of a Small Low Cost Loop Heat Pipe (AMS), Aerospace Industry Reports (AIR), accreditation and certification to keep the and Aerospace Recommended Practices global aerospace industry at the forefront (ARP), SAE has become the world’s of engineering innovation and excellence. Leonid L. Vasiliev, Univ. of Bergamo; largest and most respected standards Stefano Zinna PhD, Uniheat S.r.l.; Marco Marengo PhD, Claudio Ferrandi PhD, Univ. development organization. SAE International. Creating harmonized of Bergamo; Viktor Maziuk PhD, NPO solutions. Moving industry forward. “Powder metallurgy” SAE World Headquarters · 400 Commonwealth Drive · Warrendale, PA 15096-0001 USA · www.sae.org
SSAE MeMembersers savee yyear-roundrou on mostst SAE ppublications, conferences, seminars,s, and more!re! 212 WEDNESDAY, JULY 15 - AFTERNOON Technical Sessions
Advanced Life Support Sensor ECLSS Modeling and Test Extravehicular Activity: Extravehicular Activity: Space and Control Technology (Part 1 of Correlations (Part 1 of 2) Operations (Part 1 of 2) (ICES403) Suits (Part 4 of 5) (ICES400) 2) (ICES205) (ICES300) This session includes papers describing ECLSS (Environmental Control & Life This session addresses EVA operational This session covers topics related to approaches to monitoring water and air Support Systems) Modeling and Test activities associated with the Space Shuttle, space suit pressure garments. It includes in enclosed habitats, thermal control of Correlations session reports on applications the International Space Station (ISS), and advanced development work, as well as habitats, chemical sensors and sensing of and advances in modeling physico- other future human spacecraft. Lessons on-going efforts towards the Constellation devices for detection of chemical chemical and bio-chemical life support learned on the logistics, maintenance, and Program flight program space suit design. constituents in water and air, and on processes as well as in numerical modeling conduct of EVA operations that may apply systems and system concepts for of atmospheric pressure, cabin ventilation, to the future of EVA are also of interest. environmental monitoring and control. and composition distributions in closed habitats and spacecrafts, such as the Lunar habitat, the International Space Station, the Space Shuttle Orbiter, and the Crew Exploration Vehicle (CEV). Organizers: Organizers: Organizers: Organizers: Darrell L. Jan, Margaret A. Ryan, Abhijit Brian R. Dunaway, Chang H. Son, Boeing William F. Higgins, Hamilton Sundstrand Lindsay T. Aitchison, NASA; William F. Shevade, Jet Propulsion Laboratory; Timo Co. Higgins, Hamilton Sundstrand; Amy J. Stuffler, Kayser-Threde GmbH; Gijsbert B T Ross, NASA Johnson Space Center Tan, ESA ESTEC Chairpersons: Amy Ross, NASA Johnson Space Center
ANITA Air Monitoring on the International Engineering Support for Columbus: a Extravehicular Mobility Unit Sublimator Characterization of Structural, Volume and Space Station: Results Compared to Other Hydraulic Model of the Air Loop Performance with Water from the Pressure Components to Space Suit Joint Measurements International Space Station Water Processor Rigidity Assembly
Atle Honne, SINTEF; Thomas Limero, Gianpiero Audrito, Paola Parodi, Massimo John W. Steele, David Etter, Jesse Morenz, Bradley T. Holschuh, James Waldie, Jeffrey Wyle Laboratories Inc.; Kristin Kaspersen, Antonacci, Thales Alenia Space Italia; Nicola Hamilton Sundstrand Hoffman, Dava Newman, Massachusetts SINTEF; Ariel Macatangay, Wyle Di Francescantonio, Altran; Roland Mueller, Institute of Technology Laboratories Inc.; Paul Mudgett, John EADS Astrium GmbH James, NASA Johnson Space Center; Gijsbert Tan, ESA ESTEC; Wolfgang Supper, European Space Agency
The Orion Air Monitor Performance Model; ALSSAT Development Status Performance of the Extravehicular Mobility Philosophies Applied in the Selection Dynamic Simulations and Accuracy Unit Airlock Coolant Loop Recovery of Space Suit Joint Range of Motion Assessments in the CEV Atmospheric Hardware - Phase II Requirements Revitalization Unit Application
George Steiner, Hamilton Sundstrand Hue-Hsia Y. Yeh, Cheryl Brown, Hamilton John W. Steele, Tony Rector, Hamilton Lindsay Aitchison, NASA Sundstrand Mgmt Services Inc.; Molly Sundstrand; Daniel B. Gazda, Wyle Anderson, Michael Ewert, NASA Johnson Integrated Science and Engineering Group; Space Center; Frank Jeng, Barrios John Lewis, NASA Johnson Space Center Technology
Operation of Third Generation JPL Design and Performance of the Sorbent- Comparing Apollo and ISS EVA Task A Method for and Issues Associated with Electronic Nose on ISS Based Atmosphere Revitalization System Efficiency the Determination of Space Suit Joint for Orion and Altair Requirements
Margaret A. Ryan, K Manatt, M Homer, Armin D. Ebner, James A. Ritter, Univ. Christopher Arthur Looper, National Jennifer E. Matty, Jacobs Engineering; S Gluck, A Shevade, A Kisor, L Lara, Jet of South Carolina; M. Douglas LeVan, Aeronautics and Space Administration Lindsay Aitchison, NASA Propulsion Laboratory Vanderbilt Univ.; James C. Knox, NASA Marshall Space Flight Center
Advanced ISS Air Monitoring - The ANITA High-Pressure Oxygen Generation for Lunar Investigation of Joint Torque Characteristics and ANITA2 Missions Outpost EVA for a Mechanical Counterpressure Spacesuit
Timo Stuffler, Kayser-Threde GmbH Frank F. Jeng, Barrios Technology; Bruce Jared Ruckman, Kettering Univ.; Edward Conger, Hamilton Sundstrand; Molly W. Hodgson, Gregory Quinn, Hamilton Anderson, Michael Ewert, NASA Johnson Sundstrand Space Center
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
22 www.sae.org/ices - register by June 26, 2009 to save! WEDNESDAY, JULY 15 - AFTERNOON Technical Sessions
Human/Robotics System Panel: Thermal Testing (ICES206) Physico-Chemical Processes: Air Two-Phase Thermal Control Integration (ICES406) and Water (Part 3 of 3) (ICES200) Technology (Part 3 of 3) (ICES201) This session addresses the design and The Thermal Testing Panel shall provide This session covers technology studies, This session presents the latest development of robotics for Space a forum for the open discussion and design, development, manufacturing, developments & innovations of two- Exploration and how these robotic systems exchange of test methods, test correlation integration, testing and operations phase heat transport systems, modeling will work together with humans. and test facilities. Lessons learned from experience in the areas of water techniques & on-orbit performances for thermal test and test related activities shall regeneration and treatment, air renewal and space applications. It covers all variants of be discussed. cleaning, human waste recycling, energy heat pipe technologies, capillary pumped storage and transformation and In-Situ loops and loop heat pipes. Resource Utilization, which apply physico- chemical processes. Organizers: Organizers: Organizers: Organizers: Loel Goldblatt, Hamilton Sundstrand Space Rajeshuni Ramesham, California Institute of Leonid S. Bobe, NIICHIMMASH; Cesare Adrianus A. Delil, Advanced Aerospace Systems Intl.; Dan King, MDA Inc. Technology; Andrew Robson, EADS France Lobascio, Thales Alenia Space Italia; Thermal Control Systems; Konstantin A. Willigert Raatschen, Astrium Space Goncharov, Lavochkin Association; Darius Panelists: Transportation Nikanpour, Canadian Space Agency; Andrea Ferrero, Thales Alenia Space Italia Reinhard Schlitt, OHB System GmbH Eric W. Grob, NASA Goddard Space Flight Center Chris Jewell, ESA ESTEC Marco Molina, Carlo Gavazzi Space Hume Peabody, NASA Steven Price, Astrium, Ltd. Bryan M. Shaughnessy, Rutherford Appleton Lab. Glenn T. Tsuyuki, Jet Propulsion Laboratory
Human-rated Automation and Robotics: Counter-Flow Silica-Titania Reactor for the First LHP in European Satellite Integrating Human and Robotic Systems Simultaneous Treatment of Air and Water Design Needs and Standards Contaminated With VOCs
Lynn E. Baroff, David Fitts, Charles Christina Akly, Univ. of Florida; Paul Chadik, Konstantin Goncharov, Tais, Ltd. Dischinger, NASA David Mazyck, Univ of Florida
Proposed Standards and Tools for Risk Multifunctional System for Trace Gas Carbon Honeycomb Panels with Embedded Analysis and Allocation of Robotic Systems Contaminants Removal Heat Pipes to Enhance Crew Safety During Planetary Surface Exploration
Lealem Mulugeta; David Bodkin, Orbital Lucia Grizzaffi, Antonio Saverino, Thales Konstantin Goncharov, Tais, Ltd. Sciences Corp.; Romain Chasseigne; Alenia Space Italia; Daniela Perrachon, Michael Demel; Dexter Jagula; Matthew Politecnico di Torino; Cesare Lobascio, Turnock, McMaster University, Centre for Thales Alenia Space Italia; Riccardo Simulation Based Learning Rampini, ESA ESTEC; Barbara Onida, Edoardo Garrone, Politecnico di Torino; Flaviano Testa, Universita’ della Calabria
Role Definition and Task Allocation for a Subscale-Testbed For Characterizing Arterial Variable Conductive Heat Pipe Cooperative EVA and Robotic Team Dynamic Performance Of Regenerable Adsorbents For Filtering Trace Contaminants From Cabin Atmospheres
Sharon Michelle Singer, David Akin, Space Oscar Monje, Dynamac Corp.; Peter Kenny, Konstantin Goncharov, Tais, Ltd. Systems Laboratory, Univ. of Maryland Univ. of Delaware; Nickolas Sexson, Univ. of Florida; Brid Brosnan, Limerick Institute of Technology; Raymond Wheeler, NASA Kennedy Space Center
In Situ Planetary Resource Exploration using Miniature Robotic Subsurface Sample Analysis
Roman Kruzelecky, MPB Communications Inc.; Edward Cloutis, Univ. of Winnipeg; Nadeem Ghafoor, Sean Jessen, MDA Space Missions
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 23 WEDNESDAY, JULY 15 - AFTERNOON Technical Sessions
Advanced Life Support Sensor ECLSS Modeling and Test Education Outreach (ICES307) Extravehicular Activity: and Control Technology (Part 2 of Correlations (Part 2 of 2) Operations (Part 2 of 2) (ICES403) 2) (ICES205) (ICES300) This session includes papers describing ECLSS (Environmental Control & Life The Education and Outreach session This session addresses EVA operational approaches to monitoring water and air Support Systems) Modeling and Test features papers that link human activities in activities associated with the Space Shuttle, in enclosed habitats, thermal control of Correlations session reports on applications space with human activities on earth. The the International Space Station (ISS), and habitats, chemical sensors and sensing of and advances in modeling physico- session provides educators the opportunity other future human spacecraft. Lessons devices for detection of chemical chemical and bio-chemical life support to share experiences and present the most learned on the logistics, maintenance, and constituents in water and air, and on processes as well as in numerical modeling recent methodologies for linking students conduct of EVA operations that may apply systems and system concepts for of atmospheric pressure, cabin ventilation, and the general public to human exploration to the future of EVA are also of interest. environmental monitoring and control. and composition distributions in closed of space. habitats and spacecrafts, such as the Lunar habitat, the International Space Station, the Space Shuttle Orbiter, and the Crew Exploration Vehicle (CEV). Organizers: Organizers: Organizers: Organizers: Darrell L. Jan, Margaret A. Ryan, Abhijit Brian R. Dunaway, Chang H. Son, Boeing Jean B. Hunter, Cornell Univ.; Dean William F. Higgins, Hamilton Sundstrand Shevade, Jet Propulsion Laboratory; Timo Co. Muirhead, Barrios Technology Inc. Stuffler, Kayser-Threde GmbH; Gijsbert B T Tan, ESA ESTEC
Smoke Detection for the Orion Crew CFD Modeling for Plenum Ventilation Developing Education and Outreach The Effect of Center of Gravity and Exploration Vehicle Optimization of Node 1 Smoke Detectors Initiatives at the Indiana Space Grant Anthropometrics on Human Performance in Consortium Simulated Lunar Gravity
George Steiner, Hamilton Sundstrand Chang H. Son, Boeing Co. Barrett S. Caldwell, Purdue Univ.- West Lealem Mulugeta; Steven Chappell, Wyle Lafayette Integrated Science & Engineering; Nicholas Skytland, NASA
Monitoring Pre-Combustion Event Markers CFD Study of Ventilation and Carbon Academic Principles of Human Space An EVA Mission Planning Tool based on by Heating Electrical Wires Dioxide Transport for ISS Node 2 and Habitat Design Metabolic Cost Optimization Japanese Experiment Module (JEM)
Abhijit Shevade, Margaret Ryan, Adam Chang H. Son, Boeing Co. David M. Klaus, Kevin Higdon, Univ. of Aaron W. Johnson, Dava Newman, James Kisor, Kenneth Manatt, Margie Homer, Liana Colorado-Boulder Waldie, Jeff Hoffman, Massachusetts Lara, Jet Propulsion Laboratory Institute of Technology
Development of a Photocatalytic Oxidation CFD Analysis of Convective Heat Transfer in Desert Research and Technology Studies based TOC Analyzer Part II: Effect of the Orbiter Middeck for the Shuttle Rescue 2008 Report Reactor Design and Operation Parameters Mission on Oxidation Efficiency of VOCs
Lanfang H. Levine, Jeffrey T. Richards, Chang H. Son, Boeing Co. Barbara Romig, Joseph Kosmo, NASA Dynamac Corp.; William Rigdon, Univ. Johnson Space Center; Michael Gernhardt, of Central Florida; Paul E. Hintze, John National Aero & Space Administration; C. Sager, Raymond M. Wheeler, NASA Andrew Abercromby, Wyle Laboratories Kennedy Space Center
Trade Studies of Selected Environmental Hardware/Software Complex of Crew’s Monitoring and Control Technologies Service of the Regeneration Life Support Systems Operation: Formation and Localization of Off-Nominal Situations
Darrell Jan, Margaret A. Ryan, Craig Eduard A. Kurmazenko, Lev Gavrilov, Peterson, Jet Propulsion Laboratory Mikhail Tomashpolskiy Sr, Alexsey Kochetkov Sr, Nikolay Khabarovskiy PhD, Ivan Dokunin PhD, NIICHIMMASH; Guzel Kamaletdinova lng, NIICYIMMASH
On the Establishment of the Analysis and Verification Methods Regarding the Air Ventilation with Very Low Velocity in JEM (KIBO) as the First Manned Space Development in Japan
Ichiro Aoki, JAXA; Sadamu Ito, Mitsubishi Heavy Industries Ltd.; Hiroyasu Mizuno PhD, JAXA
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
24 www.sae.org/ices - register by June 26, 2009 to save! WEDNESDAY, JULY 15 - AFTERNOON Technical Sessions
Extravehicular Activity: Space Suits (Paart 5 of 5) (ICES400) On-orbit Operations and Logistics of Thermal and Environmental Control Subsystems (ICES112) This session covers topics related to space suit pressure garments. It includes advanced The session focuses on the operations and logistics aspects of thermal and development work, as well as on-going efforts towards the Constellation Program flight environmental control subsystems for on-orbit spacecraft. program space suit design. Organizers: Organizers: Lindsay T. Aitchison, NASA; William F. Higgins, Hamilton Sundstrand; Amy J. Ross, Wes Ousley, NASA Goddard Space Flight Center; Zoltan Szigetvari, Astrium Space NASA Johnson Space Center Transportation
Chairpersons: Amy Ross, NASA Johnson Space Center
Constellation Pressure Garment Development Activities COLUMBUS Thermal Hydraulic Operations with US Payloads
Amy J. Ross, NASA Johnson Space Center Savino De Palo, Roberto Passini, Albino Quaranta, Thales Alenia Space Italia; Bruce Wright, Boeing Co
Constellation Space Suit Element Impacts of the SPR Suit Port Architecture COLUMBUS ECLSS and TCS Joint Operations Support - Lessons Learnt
Justin Ryan Thompson, California Institute of Technology Zoltan Szigetvari, Astrium Space Transportation
ATV Thermal Operations for Jules Verne First Flight
Pascal Vincent, Astrium Space Transportation; Frank Bouckaert, European Space Agency; Patrick Oger, Jean-Christophe Guyot, Astrium Space Transportation
COLUMBUS ATCS AmiA Installation Analysis and Operations (Written Only -- No Oral Presentation)
Paolo Vaccaneo, Thales Alenia Space Italia
International Space Station (ISS) Internal Active Thermal Control System (IATCS) New Biocide Selection, Qualification and Implementation
Mark E. Wilson, The Boeing Company; Tony Rector, John Steele, Jerry Varsik, Hamilton Sundstrand Space Systems Intl.
Thermal Power and Software Development and Validation on ATV Vehicle
Jean-Christophe Guyot, Astrium Space Transportation; Frank Bouckaert, European Space Agency; Pascal Vincent, Patrick Oger, Astrium Space Transportation
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 25 THURSDAY, JULY 16 - MORNING Technical Sessions
Advances in Thermal Control Bioregenerative Life Support (Part Extravehicular Activity: Systems Management of Air Quality in Technology (Part 1 of 2) (ICES109) 1 of 2) (ICES204) (Part 1 of 2) (ICES401) Sealed Environments (Part 1 of 2) (ICES505) This session addresses novel or advanced This session focuses on the design and This session includes topics describing The session enables experts that manage technologies and development activities development of ground-based facilities and aspects of EVA systems, technologies, and submarine, spacecraft, and airliner air pertaining to heat acquisition, transport, experiments, and flight hardware designs studies that envision the space suit as a quality to share new research findings on rejection and storage, as well as cryogenic and experiments associated with integrated system. Concepts and testing of advanced the control of air pollutants in these sealed cooling and thermal protection systems systems which incorporate biological, space suit systems are also included. or semi-sealed environments to include air applicable to existing or future scientific physical and chemical processors. quality standards, hazards associated with instruments, spacecraft, or planetary specific compounds, and monitoring of systems. those compounds to protect the health of crew and passengers. Organizers: Organizers: Organizers: Organizers: Burkhard Behrens, Astrium Space Mark Kliss, NASA Ames Research Center; David M. Klaus, Univ. of Colorado-Boulder; Hilary Bollan, Defense Equipment And Transportation; Jeffery T. Farmer, NASA Cesare Lobascio, Thales Alenia Space Robert C. Trevino, NASA Johnson Space Support Sea System; John T. James, NASA Marshall Space Flight Center; Albert J. Italia; Yas Takashima, Ichidai Nursery Inc.; Center Johnson Space Center; Thomas Limero, Juhasz, NASA John Glenn Research Yasuhiro Tako, Institute for Environmental Wyle Laboratories Inc. Center; Heiko Ritter, ESA; Ryan Stephan, Sciences NASA Johnson Space Center
Thermal Testing of a Heat Switch for An Optimum Biological Reactor Creating a Lunar EVA Work Envelope Results of Manned Shelter Testing in an European Mars Rover Configuration for Water Recycling in Space Underground Mine
Alberto Franzoso, Marco Molina, Carlo W. Andrew Jackson, Texas Tech. Univ.; Brand N. Griffin, Gray Research; Robert Thomas J. Daley, Micropore Inc. Gavazzi Space SpA; Guido Barbagallo, Audra Morse, Nick Landes, Darryl Low, Howard, David Smitherman, Sudhakar ESA/ESTEC; Francisco Romera Fernandez, Texas Tech Univ. Rajulu, NASA Iberespacio
Multi-layer Coating for Smart Radiation Study on the Growing Characteristics Preliminary Bench-Top Testing of An Investigation into the Carbon Dioxide Device with Solar Absorptance 0.13 of Lettuce (var. Youmaicai) Cultivated at Electrochromic Material as an Alternative Removal Performance of a Novel Elevated CO2 Concentrations Space Suit Thermal Control Concept Hydrophobic Absorbent
Sumitaka Tachikawa, Akira Ohnishi, Institute Shuangsheng Guo; Yongkang Tang; Jonathan Glen Metts, David Klaus, Univ. of Gareth D. Toft, Tony Aitchison, QinetiQ of Space & Astronautical Science Weidang Ai; Lifeng Qin Colorado-Boulder
Multilayer Tuneable Emittance Coatings with Effects of Red and Blue Light Emitting 1-g Suit Port Concept Evaluator 2008 Test Advances in Submarine Atmosphere Low Solar Absorptance for Improved Smart Diodes (LEDs) on the Growth and Results Control for a Common US/UK Advanced Thermal Control in Space Applications Development of Lettuce (var. Youmaicai) Atmosphere Control System (AACS)
Emile Haddad, MPB Technologies Inc.; Yongkang Tang; Shuangsheng Guo; Barbara Romig, Charles Allton, NASA Benjamin Bishop, Vernon Swartley, Roman Kruzelecky, Brian Wong, Wes Weidang Ai; Lifeng Qin Johnson Space Center; Harry Litaker, Hamilton Sundstrand Jamroz, MPB Communications Inc.; Lockheed Martin Mohamed Soltani, Mohammed Chaker, INRS Énergie et Matériaux; Philippe Poinas, European Space Agency
Neck-Entry Suitports: A Novel Concept CO2 Removal in Distressed Submarines: Utilizing Morphing Upper Torso Technology The Validation of the CFD Reaction Model Created to Represent a Chemical Based Passive Removal System for Royal Navy Submarines
Shane Jacobs, Massimiliano Di Capua, Neil A. Scholes, Royal Navy; George David Akin, Univ. of Maryland Tebbut, Frazer Nash Consultancy LtD
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
26 www.sae.org/ices - register by June 26, 2009 to save! THURSDAY, JULY 16 - MORNING Technical Sessions
Thermal and Environmental Advances in Thermal Control Bioregenerative Life Support (Part Extravehicular Activity: Systems Control Engineering Analysis and Technology (Part 2 of 2) (ICES109) 2 of 2) (ICES204) (Part 2 of 2) (ICES401) Software (Part 1 of 2) (ICES108) This session addresses thermal and This session addresses novel or advanced This session focuses on the design and This session includes topics describing environmental control engineering analysis technologies and development activities development of ground-based facilities and aspects of EVA systems, technologies, and including associated analysis methods, pertaining to heat acquisition, transport, experiments, and flight hardware designs studies that envision the space suit as a algorithms, modeling, software tools, rejection and storage, as well as cryogenic and experiments associated with integrated system. Concepts and testing of advanced integration with other engineering disciplines cooling and thermal protection systems systems which incorporate biological, space suit systems are also included. and data exchange. applicable to existing or future scientific physical and chemical processors. instruments, spacecraft, or planetary systems. Organizers: Organizers: Organizers: Organizers: William Ducas, Orbital Sciences Corp.; Burkhard Behrens, Astrium Space Mark Kliss, NASA Ames Research Center; David M. Klaus, Univ. of Colorado-Boulder; Olivier Pin, ESA ESTEC; Nicholas M. Teti, Transportation; Jeffery T. Farmer, NASA Yasuhiro Tako, Institute for Environmental Robert C. Trevino, NASA Johnson Space Hawk Institute For Space Sciences; Julian Marshall Space Flight Center; Albert J. Sciences; Cesare Lobascio, Thales Alenia Center S. Thomas, Alstom Power, Ltd. Juhasz, NASA John Glenn Research Space Italia; Yas Takashima, Ichidai Nursery Center; Heiko Ritter, ESA; Ryan Stephan, Inc. NASA Johnson Space Center
Matrix Methods for Characterization and Experimental Investigation of Facesheet Theoretical Analysis of Stability for Hybrid Proposed Androgynous Docking Airlock/ Verification of Thermal System Performance Influence on Tube Stagnation and Recovery Life Support Systems with Catalytic Utility Module for Control Applications Using TMG Finite Incineration of Deadlock Products Element Simulation and MATLAB (Experiences with Russian BIOS-3 Project)
R. Scott Miskovish, Michael Saeger, ATA Christopher Linrud, Christine S. Iacomini, Yevhen I. Holubnyak, Vadim Ye. Rygalov, Gary L. Harris, Pablo De Leon, Univ. of Engineering Inc. Paragon Space Development; Tom Durrant Univ. of North Dakota North Dakota , Paragon Space Development
Thermal Simulation of Asteroid Surface Integration of Thermal Control Outline of Material Circulation - Closed Preliminary Development of a Suit Port Temperature and Yarkowski Effect Electronics and Monitoring Functions in a Habitation Experiments Conducted in 2005- for Planetary Surface EVA Part A: Design Multifunctional Structure 2007 using Closed Ecology Experiment Studies Facilities
Simon Barraclough, EADS Astrium, Ltd. Vincenzo Cascioli, SERMS Laboratory, Masato Sakurai, Japan Aerospace James Chartres, Bruce Webbon, NASA Univ. and Sezione INFN of Perugia; Marco Exploration Agency Ames Research Center Gottero, Enrico Sacchi, Thales Alenia Space Italia, Turin Plant; Roberto Battiston, SERMS Laboratory, Univ. and Sezione INFN of Perugia
Phase Change Material Heat Exchanger Multidisciplinary Preliminary Sizing of Extravehicular Mobility Unit Sublimator Life Test Advanced Life Support Systems for Space Performance With Water from the International Space Station Water Processor Assembly
Sean T. Lillibridge, JSC; Ryan Stephan, Giorgio Boscheri, Michà ¨le Lavagna, Jeffrey James Ferketic, Hamilton NASA Johnson Space Center Politecnico di Milano; Matteo Lamantea, Sundstrand Thales Alenia Space Italia SpA
A Rack-like Facility Prototype for Ground Demonstration of a LSS Based on Plants
Lucia Grizzaffi, Thales Alenia Space Italia; Matteo Lamantea, Thales Alenia Space Italia ; Cesare Lobascio, Thales Alenia Space Italia; Paolo Cergna, ALTEC S.p.A.; Daniela Perrachon, Marco Perino, Politecnico di Torino; Ambra Prelle, Universita’ di Torino
Preliminary papers/presentations under consideration. For up-to-date event information, visit www.sae.org/ices.
Dates/times subject to change.
SAE Members save year-round on most SAE publications, conferences, seminars, and more! 27 THURSDAY, JULY 16 - MORNING Technical Sessions
Management of Air Quality in Thermal and Environmental Sealed Environments (Part 2 of 2) Control Engineering Analysis and (ICES505) Software (Part 2 of 2) (ICES108) The session enables experts that manage This session addresses thermal and submarine, spacecraft, and airliner air environmental control engineering analysis quality to share new research findings on including associated analysis methods, the control of air pollutants in these sealed algorithms, modeling, software tools, or semi-sealed environments to include air integration with other engineering disciplines quality standards, hazards associated with and data exchange. specific compounds, and monitoring of those compounds to protect the health of crew and passengers. Organizers: Organizers: Hilary Bollan, Defense Equipment And William Ducas, Orbital Sciences Corp.; Support Sea System; John T. James, NASA Olivier Pin, ESA ESTEC; Nicholas M. Teti, Johnson Space Center; Thomas Limero, Hawk Institute For Space Sciences; Julian Wyle Laboratories Inc. S. Thomas, Alstom Power, Ltd. Preliminary papers/presentations An Indicative Evaluation to Determine if Control Stability Analysis Applied to Selected Endocrine Disrupting Chemicals of Columbus ATCS Concern to Health are Detectable in Royal under consideration. Navy Submarines at Levels Observed in Previously Published House Dust Research For up-to-date event information, Papers visit www.sae.org/ices. Tina Anne Goodall, MoD United Kingdom Savino De Palo, Thales Alenia Space Italia; Jan Persson, European Space Agency; Tor Klingberg , ESA ESTEC Dates/times subject to change. A Design Basis for Spacecraft Cabin Trace Nonlinear Variable-Diffusivity Moisture Contaminant Control Transport in Zero Gravity Porous Media Space Applications
Jay L. Perry, NASA Marshall Space Flight Nihad Esad Daidzic, Minnesota State Univ. Center
A History of Space Toxicology Mishaps: Lessons Learned and Risk Management
John T. James, NASA Johnson Space Center
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28 www.sae.org/ices - register by June 26, 2009 to save! REGISTRATION, FEES AND HOTEL INFORMATIOM
Save $100 USD Register before June 26, 2009!
By After Registration Fees Registration Packages June 26 June 26 SAE, AIAA, ASME, AICHE, International $510 $610 Package 1: Continental breakfast, AM Break, Member PM Break, Receptions, Banquet, Proceedings, (includes registration pkg 1) Plenary Sessions, Technical Sessions, Poster Non-Member* $810 $910 Sessions (includes registration pkg 1) Package 2: Continental breakfast, AM Break, Participant $510 $610 PM Break, Receptions, Plenary Sessions, Techni- (includes steering committee, cal Sessions, Poster Sessions primary authors, panelists, session organizers and session chairs) Registration Hours (includes registration pkg1) Government $510 $610 Sun., July 12 3:00 - 6:00 p.m. (ID Required) Mon., July 13 7:00 a.m. - 5:30 p.m. (includes registration pkg 1) Tues., July 14 7:00 a.m. - 5:00 p.m. SAE Student Member FREE FREE Wed., July 15 7:00 a.m. - 5:00 p.m. (includes registration pkg 2) Thurs., July 16 7:00 - 10:00 a.m. Non-Member Student $25 $25
(includes registration pkg 2) Conditions of Sale: Registrations received after June 26, 2009 will automatically be charged the on-site price. NO CHILDREN UNDER THE AGE OF 16 PERMITTED. Student Poster Session Participant FREE FREE All cancellations must be received by SAE prior to June 26, 2009. A $50 processing fee will be assessed for each canceled registration that results in a refund. Refunds for (includes registration pkg 2) special event/meal tickets will not be processed after June 26, 2009. Refunds will not Extra Banquet Ticket $75 $75 be issued if cancellation occurs on or after June 26, 2009. SAE will do what is feasible to make its events reasonably accessible to * Includes one year of SAE membership. attendees. If you have special accommodation needs, please let us know in advance by calling 1-877-606-7323 (1-724-776-4970 outside U.S. and Canada). Accommodations requested on site will be provided only if possible for us to do so on short notice. TO REGISTER: SAE Customer Service Telephone: 1-877-606-7323 (USA and Canada) Or 1-724-776-4970 (outside of USA and Canada) Fax: 1-724-776-0790 E-mail: [email protected]
HOTEL AND TRAVEL INFORMATION All attendees are responsible for their own lodging and Conference Location and Headquarters Hotel travel arrangements. Please note that there are a limited Hyatt Regency Savannah (Map) number of reserved rooms at the government rate, so 2 West Bay Street plan to book early! A block of sleeping rooms has been Savannah, GA 31401 reserved at the Hyatt Regency Savannah at the SAE group Tel: 1-912-238-1234 rate of $169 single/double for non-government attendees, Fax: 1-912-944-3678 plus applicable taxes. Reservations must be made through the Housing Connection by Monday, June 22, 2009, by calling 1-800-847-5810 (toll-free), 1-801-521-9025 (international) or through our on-line connection and hotel reservation form at www.sae.org/ices.
29 www.sae.org/ices - register by June 26, 2009 to save! P90504
39th International Conference on Environmental Systems
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“Towards Permanent Lunar Habitation: The Journey Continues”
Stay on top of the latest research, systems, and technologies that enable humans to safely exist in hostile environments by attending this ideal information-exchange forum.
1SFTFOUFECZ Pre-register by *OBTTPDJBUJPOXJUI American Institute of Aeronautics and Astronautics June 26—SAVE $100! American Institute of Chemical Engineers American Society of Mechanical Engineers ICES International Committee www.sae.org/ices