ecoss 27 AUG.  1 SEPT. 2017 SZEGED, 33 33rd EUROPEAN CONFERENCE ON SURFACE SCIENCE

FINAL PROGRAM

www.ecoss2017.org attosecond ecoss CONFERENCE SECRETARY: Régió-10 Ltd. • Dugonics sq. 12, H-6720 Szeged, Hungary RÉGIÓ 27 AUG.  1 SEPT. 2017 Phone/fax: +36 62 710 500 • E-mail: [email protected] • www.regio10.hu SZEGED, HUNGARY 33 CONTENTS

electron spectroscopy for chemical analysis WELCOME / ORGANIZING COMMITTEE ...... 4 SOCIAL PROGRAM ...... 12 under environmental conditions • Welcome of the Chair ...... 4 • Social activities ...... 12 • Sponsor & Organizing Institutions ...... 4 • Conference dinner...... 14 Key Features • Local Organizing Committee...... 5 CODES & TOPICS ...... 16 • fast Quality control SCIENTIFIC COMMITTEES...... 6 • high throughput analysis • Scientific topics...... 16 • controllable atmosphere • International Advisory Committee ...... 6 • revolutionary technology • International Program Committee ...... 6 LECTURES ...... 17 • ergonomic all-in-one design • Plenary lectures ...... 17 • fully software controlled GENERAL INFORMATION ...... 7 • Key notes ...... 18 • Information about the ECOSS series ...... 7 • Invited lectures ...... 19 • Conference Venue ...... 7 • Opening hours...... 8 PROGRAM OVERVIEW...... 22 • Disclaimer...... 8 • Oral presentation guidelines ...... 8 DETAILED PROGRAM...... 24 • Instructions for presentation...... 8 • Poster presentation guidelines...... 8 POSTER SESSIONS...... 52 • Poster Session 1 ...... 52 PRIZES ...... 9 • Poster Session 2 ...... 54 • EPS Invited Speaker Grant...... 9 • EPS Student Grant ...... 9 AUTHORS INDEX ...... 58 • IUVSTA-ELSEVIER Student Award...... 9 • ECOSS Prize Candidates...... 10 EXHIBITION PLAN ...... 68 • EPS Poster Prize Applicants...... 11 • HVS Student Grant & Award ...... 11 EXHIBITORS ...... 70

2 3 WELCOME OF THE CHAIR LOCAL ORGANIZING COMMITTEE (HU)

On behalf of the Organizers we cordially welcome you on 33rd European Conference on Surface BERKESI Ottó – Univ Szeged & City Council Szeged KUKOVECZ Ákos – Univ Szeged Science (ECOSS-33) organized in Hungary, Szeged. ECOSS is a traditional annual meeting directed BERTÓTI Imre – MTA Res Centre Natural Sci MENYHÁRD Miklós – MTA Res Centre Energy Sci Budapest jointly by the Surface Science Division of the International Union for Vacuum Science, Technique and Applications (IUVSTA) and the Surface and Interface Section of the European Physical Society (EPS). BOHÁTKA Sándor – MTA ATOMKI OSVAY Károly – ELI-ALPS Szeged The conference provides an excellent opportunity for scientists from Europe and from all over the CSÍK – MTA ATOMKI Debrecen OSZKÓ Albert – Univ Szeged & ELI-ALPS Szeged world to meet and discuss the latest advances in surface physics/chemistry and the progress of the surface science approach of the related innovation fields of heterogeneous catalysis, nanoelectronics, DEÁK László – MTA-SZTE Univ Szeged ÓVÁRI László – MTA Univ Szeged & ELI-ALPS Szeged bio-nanoscience and light–matter nanotechnology. Szeged, crossed by the River is a university ERDÉLYI Zoltán – Univ Debrecen PÁSZTI Zoltán – MTA Res Centre Natural Sci Budapest of a long cultural tradition in the centre of the Carpathian Basin. The beautiful downtown of ERDÖHELYI András – Univ Szeged SZÖRÉNYI Tamás – Univ Szeged & ELI-ALPS Szeged Szeged and the pleasant weather in August provide an excellent background for this conference. Enjoy the conference and the town! FARKAS Arnold P – ELI-ALPS Szeged & MTA-SZTE Szeged TAPASZTÓ Levente – MTA Res Centre Energy Sci Budapest

András Berkó Frigyes Solymosi KÖVÉR László – MTA ATOMKI Debrecen ZIMÁNYI László – MTA Biological Res Centre Szeged Chair of ECOSS-33 Honorary Chair

SPONSOR & ORGANIZING INSTITUTIONS GOLD SPONSOR

UNIVERSITY OF SZEGED HUNGARIAN CHEMICAL SOCIETY

ELI-HU NON-PROFIT LTD HUNGARIAN VACUUM SOCIETY attosecond

HUNGARIAN ACADEMY OF SCIENCES NATIONAL RESEARCH, DEVELOPMENT AND INNOVATION OFFICE

ROLAND EÖTVÖS PHYSICAL SOCIETY SZEGED CITY COUNCIL

Conference Chair Patrons of the Conference András BERKÓ – MTA-SZTE József PÁLINKÁS – President of the National Research, Professor, Doctor of MTA Development and Innovation Office László LOVÁSZ – President of the Hungarian Academy of Sciences MTA Honorary Chair Frigyes SOLYMOSI – SZTE University of Szeged Professor Emeritus, Member of the Hungarian Academy of Sciences and of the European Academy 4 5 SCIENTIFIC COMMITTEES GENERAL INFORMATION

INFORMATION ABOUT THE ECOSS SERIES ECOSS is organized jointly by the Surface Science Division of IUVSTA (the International Union for Vacuum Science, Techniques and Applications, www.iuvsta.org) and the INTERNATIONAL ADVISORY COMMITTEE INTERNATIONAL PROGRAM COMMITTEE Surface and Interface Section of the European Physical Society (EPS, www.eps.org). The conference does not run in years when the triennial IUVSTA Vacuum Congress is held in Europe. CHAB Vladimir – Institute of Physics AS-ČR Prague AESCHLIMANN Martin – Univ Kaiserslautern 1978 Amsterdam (NL) 1987 Luzern (CH) 1997 Enschede (NL) 2008 Liverpool (UK) CHARALAMBIDIS Dimitris – Univ Crete Heraklion / ELI-ALPS ASENSIO Maria C. (ECOSS Board) – Synchrotron SOLEIL & Université Paris-Saclay 1979 (UK) 1988 Bologna (IT) 1999 (AT) 2009 (IT) 1980 Cannes (FR) 1990 Salamanca (ES) 2000 Madrid (ES) 2010 Groningen (NL) CHEN Donna A – Univ South-Carolina Columbia BRUNE Harald – Inst Physics EPFL Lausanne 1981 Münster (DE) 1991 Stockholm (SW) 2001 Krakow (PL) 2011 Wroclaw (PL) 1982 Gent (BE) 1993 Warwick (UK) 2002 Malmö (SW) 2012 Edinburgh (UK) CISZEWSKI Antoni (ECOSS Board) – Univ Wroclaw CHI Lifeng – Soochow Univ Suzhou 1984 York (UK) 1994 Leipzig (DE) 2003 Prague (CZ) 2014 Istanbul (TR) 1985 Aix-en-Provence (FR) 1995 Lille (FR) 2005 Berlin (DE) 2015 Barcelona (ES) DIEBOLD Ulrike – Technical Univ Vienna DÉKÁNY Imre – Univ Szeged MTA 1986 Jülich (DE) 1996 Genova (IT) 2006 Paris (FR) 2016 Grenoble (FR)

FELICI Roberto (Past Chair) – CNR Institute Spin Genova DOMENICHINI Bruno – CNRS Uni Bourgogne Dijon CONFERENCE VENUE FREUND Hans-Joachim – FHI Berlin GANDUGLIA-PIROVANO M Veronica – Inst Catal CSIC Madrid SZTE-TIK Congress Centre, H-6722 Szeged, 10 Ady sq. GUMHALTER Branko – Inst Physics Zagreb HELD Georg (ECOSS Board) – Univ Reading The Congress Center is a ten-year old modern building of the university called Education and Information Center (TIK in Hungarian) which also gives home to the university GYULAI József – MTA Hungarian Vac Soc – President HORNEKÆR Liv (Next Chair) – Univ Aarhus library. It is in easy walking distance from the city center. The inner Atrium Area of TIK offers generous space for the exhibition and poster sessions on the ground floor, moreover at the first level ( with the ground floor) there is plenty of place for catering. The Congress Hall will be the place for the Opening and Closing Ceremonies and KAMARÁS Katalin – MTA Wigner RCP Budapest KÓNYA Zoltán – Univ Szeged the plenary sessions. Its capacity is 660 seats. The five palallel sessions wil be held in the same building in the rooms (Hall-A, Hall-B, Hall-C, Hall-D, Hall-E) of 100-150 seats.

KAWAI Maki – Inst Molecular Science Okazaki LUCHES Paola – Inst Nanoscience CNR Modena

KISKINOVA Maya – ELETTRA-Sincrotrone Trieste LUNDGREN Edwin – Univ Lund

KISS János – Univ Szeged MTA MILUN Milorad – Inst Physics Zagreb

NETZER Falko – Univ Graz MOZETIČ Miran – Jozef Stefan Inst Ljubljana

NOGUERA C. Claudine (ECOSS Board) – INS Paris PÉCZ Béla – MTA MFA RCE Budapest

RUDOLF Petra (Head ECOSS Board) – Univ Groeningen ROUSSET Sylvie – Univ Paris Diderot CNRS Paris

THORNTON Geoff – Univ College London STEINRÜCK Hans-Peter – Univ Erlangen-Nürnberg

WIESENDANGER Roland – Univ Hamburg VARGA Peter – Technical Univ Vienna

6 7 GENERAL INFORMATION PRIZES

Official language The ECOSS-33 organization and/or its agents Presentation’s Privacy: EPS INVITED SPEAKER GRANT IUVSTA-ELSEVIER STUDENT AWARD shall not be liable for any loss, damage, expend- The official language of the conference is English. At the end of the congress, ALL presentations and The Grant sponsored by the European Physical Society The award sponsored by the fund founded per IUVSTA & iture or inconvenience caused as a result of such associated files will be deleted. and consisting of 500 EUR was given to one of the invited ELSEVIER collaboration was given to five research student alteration or cancellation. Wi-Fi access speakers awarded by the „ad hoc” Prize Committee. aged less than 30 and within 7 years of obtaining their first You can have your individual WI-FI code at the Poster presentation guidelines degree. The total financial support of 400 EUR contained registration desk. Oral presentation guidelines General Information their student participation fee and 180 EUR in cash. As gratis, PowerPoint projection will be available in the WANG, Yeliang the organizers offered a free Dinner Ticket to the Winners Badges The poster exhibition will be held on the ground session rooms which are equipped with a laptop level of the conference site. Your poster board will Institute of Physics & University of Chinese Academy of Sciences, Beijing, China who were selected on the basis of the application guidelines All delegates, exhibitors and visitors must wear or desktop computer, a projector, a microphone be marked with the same marker as listed in the Manipulation of individual atoms/molecules on surfaces of 2D atomic crystals: listed on the conference home page. their name badges at all time to admit admittance and a pointer. All the hardware elements will be Programme Book (for example – Tue-PS1-22 or From Kondo effect to reversible single spin control to the areas of the Congress Centre. provided by the organizers to ensure consistency Thu-PS2-17) and which has been given in your INVITED presentation – Mon-14:00-I-SAMA / HALL-C in technical quality and allow for quick and smooth Publication personal e-mail notification. Poster Presenters CAREY, J Spencer transition between the speakers. The presenters must ensure that their poster is fixed to the cor- University of Washington, Seattle, USA There will be no publication of a complete set can upload their lectures in the halls where responding numbered board on the relevant days EPS STUDENT GRANT Energetics of adsorbed molecules and molecular fragments on Ni(111) by of proceedings. A USB stick containing all the their lecture will be held. There will be technical according to the Scientific Programme. The Grant sponsored by the European Physical Society was microcalorimetry abstracts is distributed with the delegate’s bag. assistance in every lecture room before and given to three young researchers studying/working at an ORAL presentation – Thu-14:20-O-ORGS / HALL-E during the sessions. Poster format European Institution, who received their PhD degree not more Panels for individual posters will be A/0 1189 mm Opening hours If the presentation contains very special charac- that 6 years prior to the application and has oral presentation. ITO, Suguru wide and 841 mm high (LANDSCAPE orientation). REGISTRATION DESK ters or needs other fonts, they have to be provided The Grant consists of 300 EUR in cash and the organizers University of Tokyo, Tokyo, Japan Sunday 27 August 15:00 – 19:30 by the speaker. If not embeded the video files at- Suitable tape or pins will be provided at the wel- offered a student participation for free or a regular participation for a reduced Solving mysteries in pure bismuth by quantum confinement come desk. Monday 28 August 08:00 – 16:00 tached to the presentation must be located in the fee (50%) and gratis a Conference Dinner Ticket to the Winners awarded by the ORAL presentation – Wed-16:20-O-BAND / HALL-B same folder as the presentation files. Tuesday 29 August 08:00 – 19:30 Poster placarding „ad hoc” Prize Committee. The selection is based on the submitted application Wednesday 30 August 08:00 – 17:00 The posters will be displayed in two groups: the corresponding to the guidelines listed on the conference home page. MOHRHUSEN, Lars PLENARY TALK: 45 min + 5 min discussion; Thursday 31 August 08:00 – 18:30 first group on Monday–Tuesday (Poster Session-1 Carl von Ossietzky University Oldenburg, Germany INVITED AND KEYNOTE TALK: 35 min + 5 min Friday 1 September 08:00 – 12:40 or PS1) and the second group on Wednesday and BARROOW, Cédric Electrostatic Shielding versus Sterical Ligand Stabilization: discussion; Thursday (Poster Session-2 or PS2). The present- Free University of Brussel, Brussel, Belgium Tunable Nanocrystal Stabilization Mechanisms EXHIBITION ORAL TALK: 17 min + 3 min discussion) ing authors are asked to placard their posters Real-time observation of diffusive processes by field emission microscopy POSTER presentation – Thu-PS2-18 / Poster Session-2 Tuesday 29 August 08:00 – 19:30 The Chairpersons of the Sessions will be strict on at the begining of their group period (Monday or ORAL presentation – Mon-15:20-O-CATL / HALL-A Wednesday 30 August 08:00 – 17:00 timing. Thursday 31 August 08:00 – 18:30 Wednesday morning), they should be present at SAHA, Prithwidip KE, Chun-Ren Indian Institute of Technology, Kanpur, India (oral presentation) Instructions for presentation the poster during the appropriate sessions list- Disclaimer ed below and remove their posters at the latest The University of Manchester, Manchester, United Kingdom Ultrathin film polymorphs of ferrocene derivatives assisted by functional Supported presentation types: In situ investigation of degradation at metal halide perovskite surfaces by near groups and solvents The program is preliminary. The organizers re- Wednesday or Friday early morning. ambient pressure X-ray photoelectron spectroscopy ORAL presentation – Thu-10:00-O-MOLA / HALL-A serve the right to alter the program if and as is • MS Office • Adobe PDF • Prezi PS1 - POSTER SESSION-1 ORAL presentation – Thu-15:00-O-ENER / HALL-B deemed necessary. Following mass storage devices are accepted: VAJDLE, Olga The ECOSS-33 organization and/or its agents have Tuesday 29 August 18:00 – 19:30 MAJZIK, Zsolt University of , Novi Sad, (poster) the right for any reason beyond their control to alter • CDROM / DVD • external HDD and IBM Research-Zürich, Rüschlikon, Switzerland Comparison of multiwalled carbon nanotubes modified with silver and gold or to cancel, without prior notice, the Conference or • USB stick • via net connection Characterization of polycyclic conjugated hydrocarbons by means of NCAFM particles as surface modifiers of carbon any of the arrangements, time tables, plans or other We strongly recommend that you save your PS2 - POSTER SESSION-2 ORAL presentation – Mon-14:40-O-SAMA / HALL-C POSTER presentation – Tue-PS1-50 / Poster Session-1 items relating directly or indirectly to the Conference. presentation on two different devices. Thursday 31 August 17:00 – 18:30 8 9 PRIZES PRIZES

ECOSS PRIZE CANDIDATES KE, Chun-Ren EPS POSTER PRIZE APPLICANTS HVS STUDENT GRANT&AWARD The University of Manchester, Manchaster, UK The ECOSS Prize of 1.500 EUR is sponsored by SPECS and The Prize of 500 EUR is mutually sponsored by European The Prize sponsored by the Hungarian Vacuum Society will be awarded to the In situ investigation of degradation at metal halide perovskite surfaces by near will be awarded to the Best Oral Presentation. The candidates Physical Society (EPS) in a value of 200 EUR and the best presentation (oral or poster) given to a PhD student working at a Hungarian ambient pressure X-ray photoelectron spectroscopy had to submit their application before the beginning of Organizers (300 EUR) and will be awarded to the Best POSTER research institute. The Prize contains a financial support of the participation Thu-15:00-O-ENER / HALL-B the conference in accordance with the application guidelines listed on the Presentation. The candidates had to submit their application on the next ECOSS conference by covering the participation fee and gratis conference home page. The applicant must be a PhD student or PostDoc with before the beginning of the conference in accordance with the 150 EUR in cash. The winner will be rewarded during the Closing Ceremony KISHIDA, Ryo PhD from 2017. The winner will be rewarded during the Closing Ceremony and application guidelines listed on the conference home page. where he/she should be present. Osaka University, Osaka, Japan the applicants should be present. The applicant must be a PhD student or PostDoc with PhD Intramolecular cyclization of o-quinone amines with a focus on dopamine- from 2017. The winner will be rewarded during the Closing quinone: a density functional theory based study Ceremony and the applicants should be present. Thu-16:00-O-ORGS / HALL-E ALEV, Onur Gebze Technical University, Gebze, Turkey KREMER, Geoffroy Type of presentations Enhanced Gas Sensing Properties of Cu-doped ZnO Nanorods ATTIA, Smadar CNRS University of Lorraine, France Tue-16:40-O-OXID / HALL-C Fritz Haber Institute, Berlin, Germany Band structure of one single layer of silica on Ru(0001) Enantioselective reactions on chirally-modified model surfaces: Tue-15:00-O-OXID / HALL-C • Plenary lecture Plen BLOMBERG, Sara A new molecular beam/surface spectroscopy apparatus Lund University, Lund, Sweden Tue-PS1-39 / Poster Session-1 • Invited lecture I LAKER, Z P Lewin In situ Structural Studies and Gas Phase Visualization of Model Catalysts at University of Warwick, Coventry, United Kingdom Work JUHÁSZ, Laura • Keynote lecture K Supramolecular assembly on top and underneath 2D materials: Can molecules Thu-14:40-O-CATH / HALL-A University of Debrecen, Debrecen, Hungary interact across a graphene barrier? Morphology and optical properties of porous gold nanoparticles coated with • Oral presentation O Tue-14:00-O-EG2D / HALL-E GRØNBORG, Signe S alumina layer • Poster presentation PS Aarhus University, Aarhus, Denmark Tue-PS1-15 / Poster Session-1 MESSAYKEH, Maya Hydrogen-induced crystal reshaping and edge vacancy formation in MoS2 CNRS Pierre and Marie Curie University, Paris, France catalyst particles on Au(111) MOHRHUSEN, Lars Probing in situ the wetting at metal/oxide interface via plasmonics combined Thu-9:00-O-CATH / HALL-B Carl von Ossietzky University Oldenburg, Germany Communication code Mon-9:00-O-CORR with photoemission Electrostatic shielding versus sterical ligand stabilization: Tue-12:00-O-OXID / HALL-C HÖTGER, Diana Tunable nanocrystal stabilization mechanisms Max Planck Institute for Solid State Research, Stuttgart, Germany Thu-PS2-18 / Poster Session-2 Mon – day of the presentation ZABKA, Wolf-Dietrich On-Surface Transmetalation of Fe-Porphyrin Network on Au(111) University of Zürich, Switzerland Tue-10:40-O-ORGS1 / HALL-B PAVLOV, A Valerievich From 2D to 3D Alumina: Interface Templated Growth of γ-Al2O3(111)-like 9:00 – time of the presentation Polytechnic University of St. Petersburg, Russia Films ITO, Suguru Spin relaxation length for medium energy electrons in Pd and LiF ultrathin films Tue-14:40-O-OXID / HALL-C University of Tokyo, Tokyo, Japan Tue-PS1-31 / Poster Session-1 O – type of the presentation Solving mysteries in pure bismuth by quantum confinement Wed-16:20-O-BAND / HALL-B VÁRI, Gábor University of Szeged, Hungary CORR – “Corrosion at atomic level” session Interaction of Au, Rh and Au-Rh alloys with the Hexagonal Boron Nitride monolayer studied on Rh(111) Color code session Tue-PS1-44 / Poster Session-1 10 11 SOCIAL PROGRAM SOCIAL PROGRAM

ORGAN CONCERT ST. DEMETRIUS TOWER alternative ÓPUSZTASZER NATIONAL PARK Outside the Votive church stands the Saint Demetrius Tower, the oldest architectural relic of the city. The remain of the church erected in honour of 30 August, 2017 Saint Demetrius of Thessaloniki living in the 4th century is called the Dömötör Wednesday from 17:30 – meeting point: Tower by the people of Szeged. Restaurant of the Votive Church’s Visitors Centre MUSICAL CLOCK (15 Dóm sq, H-6720 Szeged) The tunes of this unique piece of art by watchmaker Ferenc Csúri could be first The program will start at 18:00 heard at the Open Air Festival in 1936. The music clock on the upper level of the building, opposite the main entrance of the Votive Church is a symbol of medieval universities. Twice a day, at 12.15 and 17.45 it shows the walk of the graduating students at the end of the academic year.

CATHEDRAL DÓM The original plans by Frigyes Schulek. The cathedral’s construction plans were started by Foerk Ernest in 1913. At current location of the Cathedral, the church of St. Demetrius had stood. The foundation-stone ceremony took place on June 21, 1914. The Church was formally dedicated on October 24, 1930. It is the fourth largest church in Hungary. The dome is 54 m outside (33 m DÓM VISITORS’ CENTRE above the inside floor) and the towers are both 91m high. The “Heroes’ bell” in The iconic symbol of Szeged, the votive church (also known as the Dom of the tower on the Tisza side weighs 8600 kg. Szeged), has been renewed as a result of the HUF 2.1 billion EU and national support. In the crypt, a multifunctional exhibition space has been set up which ORGAN OF THE VOTIVE CHURCH includes an information desk, a pilgrim cafeteria, and art shop and a bookshop. The main organ of the Votive Church was built between 1928 and 1930 in the The liturgical space has also been renewed. New bench rows have been added organ factory of József Angster and his son, in Pécs, Hungary. The disposition to the transept, the acoustic has been improved, and the western tower along was planned by József Geyer. This organ was made with 5 manuals and 99 with the Demetrius (Domotor) Tower has been opened to the public. However, registers. Most of the pipes are located on the gallery and there is also a as I mentioned before, these are just the basic facts. The church and the Dom remote work in the dome. Square, which combines the characteristics of a Mediterranean style piazza In 1930-31 the organ arm was made, its pipes were placed to the two sides of with the formal brick architecture, is a real communal melting pot and the the sanctuary, its playing table was located in the church. This organ was made symbolic centre of a new beginning. It is a cathedral, a family-friendly church, a with 2 manuals and it has 25 sounding register. destination of pilgrims, a sacred space, exclusive conference and concert venue, For the year of 1932 the whole organ was made, it was the largest organ in home of the Szeged Open-Air Festival and an open and receptive community Hungary and the third largest in Europe (after Passau and Milan). magnet. Recently, I got a postcard from Szeged. In the centre of the colourful There was a plan to expand the organ but because of lack of coverage it was card, there was the votive church and the Dom Square. All the other attractions, not made. the downtown bridge, the university, the bath complex have only been shown in In 2002 the organ got an electronic playing table which is able to store 1000 smaller pictures. This postcard is a small proof that the city of Szeged is mostly tone combination instead of the old 3. associated with its cathedral and the Szeged Open-Air Festival. 12 13 SOCIAL PROGRAM SOCIAL PROGRAM

ÓPUSZTASZER NATIONAL PARK 2 September, 2017 / Saturday alternative ORGAN CONCERT 10:00 – 11:30 Sightseeing by bus - Pest area 11:45 – 12:30 Visit the famous Hungarian Parliament 30 August, 2017 13:00 – 14:30 Lunch at Strudelhouse Wednesday at 17:00 – departure from the conference site by buses 14:30 – 17:00 Visit to the Castle, and Fisherman’s TIK Building of the University of Szeged (10 Ady sq, H-6722 Szeged) Bastion by guided tour 17:00 – Free time 18:30 – Dinner ÓPUSZTASZER 3 September, 2017 / Sunday Ópusztaszer is a in Csongrád county, in the region of southern Hungary. It is most known as the location of the Ópusztaszer Transfers to the airport National Heritage Park. CONFERENCE DINNER The elegant Concert Hall of the Hotel is a unique and representative venue Our 136-acre theme park less then half an hour drive north of Szeged, invites which offers to make our gala dinner unforgettable. BUDAPEST The conference dinner will take place at you to explore the history of Hungary as well as the culture and life-style of History of Tisza Hotel Budapest is the capital and the largest city of Hungary, and one of the largest people living on the Southern Great Plain. Beautifully nestled in the Tisza Hotel (3 Széchenyi sq, H-6720 Szeged) The hotel was built right after the reception of the building permit on 25 March cities in the European Union. It is the country’s principal political, cultural, Protected Landscape, the Heritage Park marks one of the most sacred and on Thursday 31 August 2017, from 19:30. 1885. At the beginning it was called „Vigadó” later „Hotel Metropol” finally it commercial,industrial, and transportation centre, sometimes described as the important historical sites in Hungary, Ópusztaszer, where in the year 896 the was named „Hotel Tisza” at the honour of Prime Minister Kálmán Tisza, who primate city of Hungary modern nation of Hungary was born. The planned schedule of the dinner: has been in office for 10 years at the time. This is the origin of the hotel’s name. The history of Budapest began with Aquincum, originally a Celtic settlement Ópusztaszer is the cradle of the state of Hungary. Through its history, it • 19:30 Opening of dinner that became the Roman capital of Lower Pannonia. strengthens the nation, and gives hope to future generations. According to • 20:30 Dinner The hotel was closed down in 1949 and reopened in 1963. The new owners Cited as one of the most beautiful cities in Europe its extensive World Heritage Hungarian tradition, it was at this place, around 896 AD that Chief Árpád, the • 23:00 End of the dinner renovated the hotel preserving the historical atmosphere but also installing Site includes the banks of the Danube, the Buda Castle Quarter, Andrássy Duke of the Magyars and his chieftains (his leading men) pitched up their tents, some modern services into the turn of the century environment. Tisza Hotel*** that is said to be the most elegant hotel of Szeged and its region, Avenue, Heroes’ Square and the Millennium Underground Railway, the second and codified the common laws of their new country. Thus, today’s Heritage Park is situated on Széchenyi Square, the main square of the city. The hotel has oldest in the world. Other highlights include a total of 80 geothermal springs, is far more than a tourist attraction: it is the place where all can turn become famous in the city for its special atmosphere recalling the ambiance of the world’s largest thermal water cave system, second largest , and to in order to strengthen their national identity, to remember and preserve their the turn of the century. POST-CONGRESS TOUR TO BUDAPEST third largest Parliament building. history, culture, and traditions. 1 – 3 September 2017 (participation fee: 250 EUR) In five distinct areas, the Heritage Park • exhibits one of Europe’s largest panorama paintings, the Feszty-panorama: A DAY IN BUDAPEST: PARLIAMENT BUILDINGS, Arrival of the Conquering Hungarians into the Carpathian Basin BUDA CASTLE, AND THE MATTHIAS CHURCH • invites visitors to discover the archeological excavations of a medieval You will find detailed information about the sites to be visited below. monastery • raises awareness and appreciation of nature, and understanding of the PRELIMINARY SCHEDULE history of the region through exhibits in the eco-friendly Csete yurts 1 September, 2017 / Friday • replicates village life in a living Open Air Museum with 15 reconstructed buildings from the Interwar Period, and 14:00 – Departure from the University Congress Centre by bus • offers a visually capturing display of traditional Hungarian horsemanship, 16:30 – Arrival to Budapest including archery, horseback wrestling, racing, and outfits dating back to the 16:30 – 18:30 Free time time of Genghis Khan and earlier. 18:30 – Dinner

14 15 CODES AND TOPICS PLENARY LECTURES – CONGRESS HALL

Rolf Jürgen Behm Rasmita Raval SCIENTIFIC TOPICS Ulm University, GERMANY University of Liverpool, UNITED KINGDOM BAND Band structure of solid surfaces Type of presentations Nanostructured metal surfaces – from surface Supramolecular and covalent assembly of science to electrochemistry / electrocatalysis molecules at surfaces: chirality, complexity and BIMS Bimetallic surfaces and alloy nanocrystals diversity • Plenary lecture Plen Fri-11:20-Plen-7 CATH Catalytic 2D-model studies under high pressures • Invited lecture I Wed-14:50-Plen-4 CATL Catalytic 2D-model studies at low pressures • Keynote lecture K COMP Computational surface chemistry and physics Charles T. Campbell Gabor A. Somorjai • Oral presentation O CORR Corrosion at atomic level University of Washington, USA University of California at Berkeley, USA • Poster presentation PS EG2D Epitaxial growth and modification of 2D materials Adsorption calorimetry techniques on well-defined Surface science approach to the molecular level surfaces and their application in understanding integration of the principles in heterogeneous, ELAM Electron attachment of adsorbed molecules catalysis, photovoltaics and atomic-layer deposition homogeneous, and enzyme catalysis ELCH Electrochemistry at surfaces Communication code Mon-9:00-O-CORR Fri-9:20-Plen-5 Mon-9:30-Plen-1 ENER Surfaces for energy production and harvesting GRAP Graphene and carbon-based 2D films Mon – day of the presentation Young Kuk Martin Wolf Seoul National University, KOREA Fritz Haber Institute in Berlin, GERMANY LASE LASER pulses for surface electron dynamics 9:00 – time of the presentation Electronic and Phononic Structure Measurements Ultrafast dynamics of excited states and light Surface and molecular magnetism MAGN on Superconducting Surfaces using Scanning induced processes at surfaces O – type of the presentation Tunneling Microscopy MOLA Ultrathin two-dimensional molecular self‑assembly Mon-10:40-Plen-2 NAEX Novel advancement of experimental methods CORR – “Corrosion at atomic level” session Wed-14:00-Plen-3 ORGS Organic molecules on solid surfaces Color code session OXID Oxide surfaces and ultrathin oxide films Elisa Molinari CNR Institute of Nanoscience S3 Modena, ITALY PISC Photo-Induced Surface Chemistry Illuminating nanosystems at surfaces SAMA Structural analysis and manipulation on atomic scale Fri-10:10-Plen-6 SEMI Semiconductor surfaces and ultrathin layers

16 17 KEYNOTE LECTURES INVITED LECTURES

Falko P. Netzer Micha Asscher Adam S. Foster Institute of Physics, Karl-Franzens University Graz, The Hebrew University of Jerusalem, ISRAEL Aalto University, Aalto, FINLAND Graz, AUSTRIA Buffer layer assisted deposition as a tool for basic Molecularly functionalized surfaces and interfaces 2D oxide systems: strong versus weak substrate catalysis and photo-induced surface science studies Wed-10:40-I-COMP HALL-E coupling Tue-16:00-I-PISC HALL-A Wed-16:00-K-OXID HALL-C

Károly Osvay Kirsten von Bergmann Andrew Gellman ELI-ALPS, ELI-HU Nonprofit Ltd, Szeged, HUNGARY University of Hamburg, GERMANY Carnegie Mellon University, Pittsburgh, USA ELI-ALPS highlights Manipulation of interface-induced Skyrmions studied with Alloy surface science spanning composition space Mon-11:30-K-ELI-ALPS CONGRESS HALL STM Wed-9:00-I-BIMS HALL-B Tue-10:40-I-MAGN HALL-D

Swetlana Schauermann László P. Biró Luca Gregoratti Institute of Physical Chemistry, Christian Albrechts MTA Centre for Energy Research, Budapest, HUNGARY Elettra – Sincrotrone Trieste, ITALY University of Kiel, Kiel, GERMANY 2D materials: atomic scale lithography, defects and Bridging the material and pressure gaps in synchrotron Partial selective hydrogenation of acrolein over model Pd vertical heterostructures based photo-electron in-situ/operando studies catalysts: a mechanistic IRAS and molecular beam study Tue-15:00-I-EG2D HALL-E Tue-9:40-I-NAEX HALL-C Tue-16:40-K-CATL HALL-E

Hans-Peter Steinrück Giovanni Comelli Kersti Hermansson Physikalische Chemie II, Universität Erlangen- University of Trieste, ITALY University of Uppsala, SWEDEN Nürnberg, GERMANY Graphene growth on Ni surfaces Multiscale modelling of reactive metal oxide interfaces Chemical reactions in ionic liquids monitored through Thu-10:40-I-GRAP HALL-A Thu-10:40-I-OXID HALL-C the gas (vacuum)/liquid interface Wed-9:40-K-NAEX HALL-A

Masaki Tanemura Lamberto Duò Pavel Jelinek Nagoya Institute of Technology, Nagoya, JAPAN Politecnico Milano, ITALY Inst. of Physics of the Czech Academy of Science, Prague, Towards the low temperature growth of transfer free Tailoring the properties of oxide/metal interfaces: from CZECH REPUBLIC graphene metallic to graphitic buffer layers High-resolution AFM/STM/IETS imaging and its Wed-11:20-K-GRAP HALL-D Tue-14:00-I-OXID HALL-C applications Tue-10:40-I-NAEX HALL-C 18 19 INVITED LECTURES INVITED LECTURES

Angelika Kühnle Jill Miwa Svetlozar Surnev Elena Vedmedenko Johannes Gutenberg University Mainz, GERMANY Aarhus University, DENMARK University of Graz, AUSTRIA University of Hamburg, GERMANY Generic nature of long-range repulsion in molecular self- Electronic properties of ultra sharp dopant profiles in 2D ternary oxide layers: new paradigmas of structure and Information and energy storage in magnetic skyrmions assembly on a bulk insulator surface Silicon stoichiometry and helices: Role of oscillating Dzyaloshinskii-Moriya Mon-15:00-I-ORGS HALL-B Thu-9:00-I-SEMI HALL-D Wed-9:00-I-OXID HALL-C interactions Thu-14:00-I-ENER HALL-B

Beata Lesiak-Orłowska Konstantin Neyman Sefik Suzer Yeliang Wang PAS – Institute of Physical Chemistry, Warsaw, POLAND University of Barcelona, SPAIN Bilkent University, TURKEY Chinese Academy of Sciences, Beijing, PR CHINA Surfaces of nanocarbon-based materials – chemical and Efficient computanional engineering of bimetallic Investigation of ionic liquid interfaces using time- and Manipulation of individual atoms/molecules on surfaces structural analysis by electron spectroscopic methods nanocrystals position-resolved XPS of 2D atomic crystals: from Kondo effect to reversible Wed-9:40-I-GRAP HALL-D Tue-15:00-I-BIMS HALL-A Mon-14:00-I-NAEX HALL-D single spin control Mon-14:00-I-SAMA HALL-C

Rob Lindsay Marek Nowicki János Szanyi Martin Weinelt The University of Manchester, UNITED KINGDOM University of Wrocław, POLAND PNNL Pacific Northwest National Laboratory, USA Free University Berlin, GERMANY Using surface science to understand corrosion Electrochemical formation of nanostructures monitored The mechanism of CO reduction over Pd/Al O : a 2 2 3 Ultrafast magnetization dynamics and its signature in the Tue-9:00-I-CORR HALL-B by EC-STM and CV combined SSITKA and operando FTIR investigation transient electronic structure Tue-14:00-I-ELCH HALL-D Thu-15:00-I-CATH HALL-A Thu-9:00-I-LASE HALL-E

Hubertus Marbach Günther Rupprechter Amina Taleb-Ibrahimi University of Erlangen-Nürnberg, GERMANY Vienna University of Technology, AUSTRIA SOLEIL Synchrotron, Paris, FRANCE Towards the controlled fabrication of well-defined Spectroscopy and microscopy of catalytic processes on Electronic structure of quantum materials and nanostructures: a surface science approach to electron well-defined surfaces: from UHV to operando conditions perspectives with ultra-high brilliant sources beam lithography Thu-9:40-I-CATH HALL-B Mon-15:00-I-BAND HALL-E Thu-16:00-I-ELAM HALL-C

Vladimir Matolin Janusz Sadowski Michael Trenary Charles University Prague, CZECH REPUBLIC MAX IV Laboratory Lund University, Lund, SWEDEN University of Illinois at Chicago, USA Single-atom Pt-cerium oxide catalysts (Ga ,Mn) As as a canonical dilute ferromagnetic Spectroscopic characterization of reaction pathways over Tue-9:00-I-ENER HALL-A semiconductor – electronic structure, surface effects & a Pd-Cu(111) single atom alloy magnetism in low dimensional structures Mon-14:00-I-CATL HALL-A Thu-15:00-I-SEMI HALL-D 20 21 PROGRAM OVERVIEW PROGRAM OVERVIEW

Sunday, August 27 Monday, August 28 Tuesday, August 29 Wednesday, August 30 Thursday, August 31 Friday, September 1

SZTE TIK – CONGRESS HALL HALL-A HALL-B HALL-C HALL-D HALL-E HALL-A HALL-B HALL-C HALL-D HALL-E HALL-A HALL-B HALL-C HALL-D HALL-E SZTE TIK – CONGRESS HALL 09:00 09:00 09:00 09:00 OPENING CEREMONY (09:00 – 09:30) ORGS SEMI 09:20 09:20 09:20 ENER CORR NAEX MAGN ORGS BIMS OXID GRAP COMP MOLA CATH OXID LASE 09:20 09:40 09:40 09:40 SAMA PLENARY 5 Campbell C T 09:30 PLENARY 1 Somorjai G A NAEX 10:00 10:00 10:00 GRAP 10:10 10:20 COFFEE BREAK 20’ (10:20 – 10:40) 10:20 COFFEE BREAK 20’ (10:20 – 10:40) 10:20 COFFEE BREAK 20’ (10:20 – 10:40) 10:20 COFFEE BREAK 20’ (10:20 – 10:40) PLENARY 6 Molinari E 10:40 10:40 10:40 ORGS LASE NAEX MAGN 10:40 PLENARY 2 Wolf M 11:00 11:00 11:00 11:00 COFFEE BREAK 20’ (11:00 – 11:20) EG2D ORGS ORGS ORGS BAND OXID GRAP COMP GRAP CATH OXID 11:20 11:20 11:20 SEMI ORGS OXID ELCH 11:20 11:30 Osvay K 11:40 11:40 11:40 PLENARY 7 Behm R J 12:00 12:00 12:00 12:00 LUNCH (12:00 – 14:00) 12:10 EXHIBITION, LUNCH (12:00 – 14:00) EXHIBITION, LUNCH (12:00 – 14:00) EXHIBITION, LUNCH (12:00 – 14:00) CLOSING CEREMONY (12:10 – 12:40) HALL-A HALL-B HALL-C HALL-D HALL-E 12:40 14:00 14:00 14:00 SZTE TIK – CONGRESS HALL 14:00 GRAP SEMI 14:20 14:20 14:20 PLENARY 3 Kuk Y SZTE TIK – ATRIUM AREA 14:40 CATL ORGS SAMA NAEX BAND 14:40 BIMS ORGS OXID ELCH EG2D 14:40 ENER OXID SAMA ORGS CATH 15:00 15:00 15:00 14:50 15:00 PLENARY 4 Raval R SEMI 15:20 15:20 15:20 15:40 COFFEE BREAK 20’ 15:40 – 16:00 15:40 COFFEE BREAK 20’ (15:40 – 16:00) 15:40 COFFEE BREAK 20’ (15:40 – 16:00) 15:40 COFFEE BREAK 20’ (15:40 – 16:00) 16:00 16:00 16:00 16:00 CATH ELCH 16:20 16:20 ORGS BAND OXID GRAP SAMA 16:20 ENER ELAM SEMI ORGS CATL 16:40 16:40 16:40 REGISTRATION 17:00 Visit to ELI-ALPS 16:00 – 18:00 PISC ORGS OXID CATL 17:00 (15:00 – 19:30) MOLA 17:20 17:00 17:00 17:40 POSTER SESSION 2 (17:00 – 18:30) 18:00 18:00 18:00 18:30 WELCOME PARTY SOCIAL EVENTS (17:00 – 22:00) POSTER SESSION 1 (18:00 – 19:30) (18:00 – 19:30) 19:30 19:30 19:30 CONFERENCE DINNER (19:30 – 22:00) 22:00 22:00

BAND Band structure of solid surfaces CORR Corrosion at atomic level GRAP Graphene and carbon-based 2D films ORGS Organic molecules on solid surfaces BIMS Bimetallic surfaces and alloy nanocrystals EG2D Epitaxial growth and modification of 2D materials LASE LASER pulses for surface electron dynamics OXID Oxide surfaces and ultrathin oxide films CATH Catalytic 2D-model studies under high pressures ELAM Electron attachment of adsorbed molecules MAGN Surface and molecular magnetism PISC Photo-Induced Surface Chemistry CATL Catalytic 2D-model studies at low pressures ELCH Electrochemistry at surfaces MOLA Ultrathin two-dimensional molecular self‑assembly SAMA Structural analysis and manipulation on atomic scale COMP Computational surface chemistry and physics ENER Surfaces for energy production and harvesting NAEX Novel advancement of experimental methods SEMI Semiconductor surfaces and ultrathin layers 22 23 Monday Sunday Sunday, August 27 From 15:00 to 19:30 Sunday, August 27 From 15:00 to 19:30 SZTE TIK – ATRIUM AREA Monday, August 28 15:00 REGISTRATION (15:00 – 19:30) 15:00 From 09:00 to 12:00 This service is continously available during the conference office hours. BAND Band structure of solid surfaces BIMS Bimetallic surfaces and alloy nanocrystals 18:00 WELCOME DRINK (18:00 – 19:30) 18:00 CATH Catalytic 2D-model studies under high pressures CATL Catalytic 2D-model studies at 19:30 19:30 low pressures COMP Computational surface chemistry and physics CORR Corrosion at atomic level EG2D Epitaxial growth and modification of 2D materials ELAM Electron attachment of adsorbed molecules Monday, August 28 From 09:00 to 12:00 ELCH Electrochemistry at surfaces ENER Surfaces for energy production and harvesting SZTE TIK – CONGRESS HALL GRAP Graphene and carbon-based 2D films LASE LASER pulses for surface electron 09:00 OPENING CEREMONY (09:00 – 09:30) 09:00 dynamics 09:30 09:30 MAGN Surface and molecular magnetism Mon-9:30-Plen-1 – Surface science approach to the molecular level integration of the principles in heterogeneous, MOLA Ultrathin two-dimensional molecular PLENARY TALK homogeneous, and enzyme catalysis self‑assembly Somorjai G A University of California, Berkeley, USA NAEX Novel advancement of experimental methods 10:20 COFFEE BREAK 20’ (10:20 – 10:40) 10:20 ORGS Organic molecules on solid surfaces OXID Oxide surfaces and ultrathin oxide films 10:40 10:40 Photo-Induced Surface Chemistry Mon-10:40-Plen-2 – Ultrafast dynamics of excited states and light induced processes at surfaces PISC PLENARY TALK SAMA Structural analysis and manipulation Wolf M (Fritz Haber Institute of the Max Planck Society, Department of Physical Chemistry, Berlin, Germany on atomic scale SEMI Semiconductor surfaces and ultrathin 11:30 Mon-11:30-K-ELI-ALPS – ELI-ALPS highlights 11:30 layers Osvay K ELI-ALPS, ELI-HU Nonprofit Ltd, Szeged, Hungary IUVSTA-Elsevier STUDENT AWARD WINNERS

12:00 LUNCH (12:00 – 14:00) 12:00 EPS STUDENT GRANT WINNERS

EPS POSTER PRIZE APPLICANTS

ECOSS PRIZE APPLICANTS

24 25 Monday Monday HALL-A HALL-B HALL-C HALL-D HALL-E Monday, August 28 From 14:00 to 18:00 14:00 Mon-14:00-I-CATL – Spectroscopic characterization Mon-14:00-O-ORGS – Simultaneous high-resolution Mon-14:00-I-SAMA – Manipulation of individual Mon-14:00-I-NAEX – Investigation of ionic liquid Mon-14:00-O-BAND – Novel systems toward 14:00 of reaction pathways over a Pd-Cu(111) Single-Atom AFM/STM/IETS imaging of FePc on Au111 atoms/molecules on surfaces of 2D atomic crystals: interfaces using time- and position-resolved XPS ambient pressure photoemission spectroscopy Alloy Krejči O Institute of Physics of the CAS, Prague, Czech From Kondo effect to reversible single spin control Suzer S Bilkent University, Chemistry Department, Walczak L R&D Department, PREVAC Sp. z o.o., BAND Band structure of solid surfaces Trenary M University of Illinois at Chicago, Chicago, Republic Wang J Institute of Physics & University of Chinese Ankara, Turkey Rogow, Poland USA Co-authors: de la Torre B, Švec M, Krejčí O, Foti G, Academy of Sciences, China BIMS Bimetallic surfaces and alloy nanocrystals Co-authors: Kruppe C M, Krooswyk J D Vázquez H, Zbořil R, Jelínek P CATH Catalytic 2D-model studies under high pressures 14:20 Mon-14:20-O-ORGS – Adsorption of porphyrin‑based Mon-14:20-O-BAND – Theoretical study on spin 14:20 CATL Catalytic 2D-model studies at dyes on TiO surfaces: STM study states of photoelectrons emitted from spin-polarized 2 low pressures Such B Jagiellonian University, Krakow, Poland surface states with a mirror symmetry COMP Computational surface chemistry Co-authors: Zając Ł, Olszowski P, Bodek Ł, Godlewski S, Kobayashi K Department of Physics, Ochanomizu and physics Jöhr R, Glatzel T, Meyer E, Szymonski M University, Japan Co-authors: Yaji K, Kuroda K, Komori F CORR Corrosion at atomic level EG2D Epitaxial growth and modification of 14:40 Mon-14:40-O-CATL – Oxidation reactions on Au Mon-14:40-O-ORGS – Control over self-assembly Mon-14:40-O-SAMA – Characterization of polycyclic Mon-14:40-O-NAEX – EnviroESCA – Routine Mon-14:40-O-BAND – Spectroscopic investigation of 14:40 2D materials surfaces: the role of water of phthalocyanine molecules via the electric field of an conjugated hydrocarbons by means of NCAFM surface chemical analysis under environmental surface opto-spin-current on Ir(111) covered by graphene ELAM Electron attachment of adsorbed Risse T Institute of Chemistry and Biochemistry, Free STM tip Majzik Z IBM Research-Zurich, Rüschlikon, Switzerland conditions for biological samples Arafune R International Center for Materials molecules University Berlin, Berlin, Germany Kocán P Charles University in Prague, Prague, Czech Co-authors: Pavliček N, Vilas-Varela M, Pérez D, Guitián E, Simic-Milosevic V SPECS Surface Nano Analysis Nanoarchitectonics, National Institute for Materials ELCH Electrochemistry at surfaces Co-authors: Moreira R, Meyer E Republic Meyer G, Peña D, Gross L GmbH, Berlin, Germany Science, Tokyo, Japan ENER Surfaces for energy production and Co-authors: Matvija P, Sobotík P, Pieczyrak B, Co-authors: Bahr S, Thissen A, Dietrich P, Kjaervik M, Co-authors: Nakazawa T, Takagi N, Kawai M harvesting Jurczyszyn L, Rozbořil F, Ošťádal I Unger W GRAP Graphene and carbon-based 2D films 15:00 Mon-15:00-O-CATL – Effect of gold on the Mon-15:00-I-ORGS – Generic nature of long-range Mon-15:00-O-SAMA – Dipole-mediated single- Mon-15:00-O-NAEX – Transmission X-ray Mon-15:00-I-BAND – Electronic structure of 15:00 LASE LASER pulses for surface electron adsorption properties of acetaldehyde on clean and h-BN repulsion in molecular self-assembly on a bulk insulator molecule manipulation diffraction for a real-time observation of thin-film quantum materials and perspectives with ultra-high dynamics covered Rh(111) surface surface Simpson G J University of Graz, Graz, Austria growth brilliant sources MAGN Surface and molecular magnetism Farkas A P ELI-ALPS, ELI-HU Non-profit Ltd, Szeged, Kühnle A Institut für Physikalische Chemie, Co-authors: Grill L, García-López V, Tour J Tajiri H Japan Synchrotron Radiation Research Institute Taleb-Ibrahimi A UR1-CNRS/ Synchrotron SOLEIL, MOLA Ultrathin two-dimensional molecular Hungary Johannes Gutenberg-Universität Main, Mainz, Germany SPRING-8, Japan L’Orme des Merisiers, Saint-Aubin, Gif sur Yvette, self‑assembly Co-authors: Szitás Á, Vári G, Óvári L, Berkó A, Kiss J, Co-authors: Neff J L France NAEX Novel advancement of experimental Kónya Z methods 15:20 Mon-15:20-O-CATL – Real-time observation of Mon-15:20-O-SAMA – Ferroelectricity at the atomic Mon-15:20-O-NAEX – Seeing is believing: atomic- 15:20 ORGS Organic molecules on solid surfaces diffusive processes by field emission microscopy scale scale imaging of catalysts under reaction conditions OXID Oxide surfaces and ultrathin oxide films Barroo C Chemical Physics of Materials and Catalysis, Serrate D Instituto de Nanociencia de Aragón and Groot I M N Leiden Institute of Chemistry, Leiden PISC Photo-Induced Surface Chemistry Université libre de Bruxelles, CP243, Brussels, Belgium Laboratorio de Microscopías Avanzadas, Universidad de University, the Netherlands SAMA Structural analysis and manipulation Co-authors: de Decker Y, de Bocarmé T V Zaragoza, Zaragoza, Spain on atomic scale Co-authors: Piantek M, Schubert S, Persson M, SEMI Semiconductor surfaces and ultrathin Hirjibehedin C F layers 15:40 COFFEE BREAK 20’ 15:40 – 16:00 15:40 EPS INVITED SPEAKER GRANT 16:00 Visit to ELI-ALPS 16:00 – 18:00 Participants should check in for this program 5 days before the visit by e-mail message. 16:00 IUVSTA-Elsevier STUDENT AWARD WINNERS 17:00 Mon-17:00-O-ELI-ALPS – The next generation of attosecond sources at ELI-ALPS EPS STUDENT GRANT WINNERS Kuehn S ELI-ALPS, ELI-HU Nonprofit Ltd, Szeged, Hungary 18:00 Co-authors: Csizmadia T, Farkas B, Füle M, Dumergue M, Kahaly S, Major B, Mondal S, Tzallas P, Antici P, Charalambidis D, Dombi P, Lepine F, Fülöp L, Mészáros G, Osvay K, Sansone G, Varju K 18:00 EPS POSTER PRIZE APPLICANTS

ECOSS PRIZE APPLICANTS

26 27 HALL-A HALL-B HALL-C HALL-D HALL-E Tuesday, August 29 From 09:00 to 11:00 09:00 Tue-9:00-I-ENER – Single-atom Pt-cerium oxide Tue-9:00-I-CORR – Using surface science to Tue-9:00-O-NAEX – Sharpness-induced energy Tue-9:00-O-MAGN – Spin reorientation in fcc Fe Tue-9:00-O-ORGS – Hydrogen bond assisted self- 09:00 catalysts understand corrosion shifts of quantum well states in Pb islands on Cu(111) thin films with Mn overlayer assembly of switchable azobenzene derivatives on HOPG Matolin V Charles University, Faculty of Mathematics Lindsay R Corrosion and Protection Centre, School of Chan W-Y Institute of Physics, Academia Sinica, Nakashima S University of Tokyo, Kashiwa - Chiba, Yadav K Department of Chemistry, Indian Institute of and Physics, Prague, Czech Republic Materials, The University of Manchester, Manchester, UK Nankang, Taipei, Taiwan, Republic of China Japan Technology, Kanpur, India Co-authors: Acres M, Hussain H Co-authors: Lu S-M, Su W-B, Liao C-C, Hoffmann G, Co-authors: Miyamachi T, Takahashi Y, Komori F Co-authors: Halbritter T, Heckel A, Gopakumar T G BAND Band structure of solid surfaces

Tsai T-R, Chang C-S Tuesday BIMS Bimetallic surfaces and alloy nanocrystals 09:20 Tue-9:20-O-NAEX – Silica-based catalyst supports Tue-9:20-O-MAGN – Probing the exchange Tue-9:20-O-ORGS – Conductance of aromatic and 09:20 CATH Catalytic 2D-model studies under are inert, are they not?: Striking differences in ethanol coupling through a Nc-functionalized STM antiaromatic molecules high pressures decomposition reaction originated from meso- and surface- Verlhac B Université de Strasbourg, Strasbourg, Arasu N P Institute of Physics, Academy of Sciences CATL Catalytic 2D-model studies at fine-structure evidenced by small-angle ‑X ray scattering France of the Czech Republic, Prague, Czech Republic low pressures Sápi A Department of Applied and Environmental Chemistry, Co-authors: Ormaza M, Bachellier, Garnier L, Limot L, Co-author: Vázquez H COMP Computational surface chemistry University of Szeged, Szeged, Hungary Bocquet M-L, Lorente N and physics Co-authors: Dobó D G, Sebők D, Halasi Gy, Juhász K L, CORR Corrosion at atomic level Szamosvölgyi Á, Pusztai P, Varga E, Kálomista I, Galbács G, Kukovecz Á, Kónya Z EG2D Epitaxial growth and modification of 2D materials 09:40 Tue-9:40-O-ENER – Redox-mediated conversion of Tue-9:40-O-CORR – Corrosion studies of Lithium Tue-9:40-I-NAEX – Novel solutions for near ambient Tue-9:40-O-MAGN – Giant hysteresis of single- Tue-9:40-O-ORGS – Investigating 09:40 ELAM Electron attachment of adsorbed atomically dispersed platinum to sub-nanometer particles Hydride thin films pressure in-situ photoelectron spectro-microscopy molecule magnets adsorbed on a nonmagnetic insulator superhydrogenated polycyclic aromatic hydrocarbons molecules on graphite and their catalytic effect on interstellar H Lykhach Y Friedrich-Alexander-Universität Erlangen- King M AWE, University of Surrey, Guildford, UK Gregoratti L Elettra – Sincrotrone Trieste, Basovizza- Dreiser J Swiss Light Source, Paul Scherrer Institut, 2 ELCH Electrochemistry at surfaces formation Nürnberg, Erlangen, Germany Co-authors: Tonks J, Galloway E Trieste, Italy Villigen and Institute of Physics (IPHYS), Ecole Polytech- ENER Surfaces for energy production and Co-authors: Figueroba A, Skála T, Duchoň T, Tsud N, Co-authors: Amati M, Sezen H, Al-Hada M nique Fédérale de Lausanne, Lausanne, Switzerland Simonsen F D S Department of Physics and harvesting Aulická M, Neitzel A, Veltruská K,Prince K C, Matolín V, Co-authors: Wäckerlin C, Donati F, Singha A, Baltic R, Astronomy, Aarhus University, Aarhus, Denmark GRAP Graphene and carbon-based 2D films Neyman K M, Libuda J Rusponi S, Diller K, Patthey F, Pivetta M, Brune H Co-authors: Skov A W, Jensen P A, Hornekær L LASE LASER pulses for surface electron dynamics 10:00 Tue-10:00-O-ENER – Graphite oxide-TiO2 Tue-10:00-O-CORR – H adsorption studies on the Tue-10:00-O-MAGN – Ab-initio analysis of nitric Tue-10:00-O-ORGS – Adsorption of anthracene and 10:00

nanocomposite type photocatalyst for methanol Zr(0001) surface oxide adsorption on an FeO2 terminated (001) surface pentacene on coinage metal surfaces: coverage effects MAGN Surface and molecular magnetism photocatalytic reforming reaction of LaFeO and the role of the van der Waals interactions Horakova K Institute of Physics, Prague, Czech Republic 3 MOLA Ultrathin two-dimensional molecular Tálas E Research Centre for Natural Sciences, Budapest, Co-authors: Cichon S, Lancok J, Kratochvilova I, Chab V, Kizaki H Department of Precision Science and Morbec J M Faculty of Physics, University of self‑assembly Sajdl P, Floreano L, Verdini A, Rivera M D Hungary Technology, Graduate School of Engineering, Osaka Duisburg-Essen, Duisburg, Germany NAEX Novel advancement of experimental Co-authors: Turcsányi Á, Majrik K, Pászti Z, Szabó T, University, Japan Co-author: Kratzer P methods Domján A, Mihály J, Tompos A, Dékány I Co-authors: Morikawa Y ORGS Organic molecules on solid surfaces 10:20 COFFEE BREAK 20’ (10:20 – 10:40) 10:20 OXID Oxide surfaces and ultrathin oxide films PISC Photo-Induced Surface Chemistry 10:40 Tue-10:40-O-EG2D – Symmetry reduction on metal Tue-10:40-O-ORGS1 – On-surface transmetalation of Tue-10:40-I-NAEX – High-resolution AFM/STM/IETS Tue-10:40-I-MAGN – Manipulation of interface- Tue-10:40-O-ORGS2 – Electronic structure of 10:40 SAMA Structural analysis and manipulation supported Graphene by intercalation of Pb Fe-Porphyrin network on Au(111) imaging and its applications induced Skyrmions studied with STM Au-C60-Au single molecule junction fixed by current on atomic scale Ayani C G IMDEA Nanociencia, Madrid, Spain Hötger D Max Planck Institute for Solid State Jelinek P Institute of Physics of the Czech Academy of Bergmann K Department of Physics, University of voltage characteristics and thermopower measurement SEMI Semiconductor surfaces and ultrathin Co-authors: Navarro J J, Calleja F, Vázquez de Parga A L, Research, Stuttgart, Germany Sciences, Prague, Czech Republic Hamburg, Germany Isshiki Y Department of Chemistry, Tokyo Institute of layers Miranda R Co-authors: Morchutt C, Alexa P, Grumelli D, technology, Tokyo, Japan Dreiser J, Stepanow S, Etzkorn M, Gutzler R, Kern K Co-authors: Komoto Y, Fujii S, Kiguchi M IUVSTA-Elsevier STUDENT AWARD WINNERS 11:00 Tue-11:00-O-EG2D – Transition from Sulfided Tue-11:00-O-ORGS1 – Structure and electronic Tue-11:00-O-ORGS2 – Switchable charge states in 11:00 EPS STUDENT GRANT WINNERS Molybdenum clusters to monolayer MoS2 on Au(111) properties of Zn-tetra-phenyl-porphyrins single- and multi-ferrocene molecules multi-layer films grown on Fe (001)-p(1x1)O Bana H V Physics Department, University of Trieste, Ondráček M Institute of Physics, Czech Academy of EPS POSTER PRIZE APPLICANTS Trieste, Italy Calloni A Department of Physics, Politecnico di Milano, Italy Sciences, Praha, Czech Republic Co-authors: Travaglia E, Lacovig P, Bignardi L, Co-authors: Floreano L, Yivlialin R, Bussetti G, A. Goldoni A, Co-authors: Berger J, Stetsovych O, Švec M, Stará I, ECOSS PRIZE APPLICANTS Larciprete R, Baraldi A, Lizzit S Verdini A, Picone A, Brambilla A, Finazzi M, Duò L, Ciccacci F Starý I, Jelínek P 28 29 HALL-A HALL-B HALL-C HALL-D HALL-E Tuesday, August 29 From 11:20 to 14:20 11:20 Tue-11:20-O-EG2D – Surface reactivity of Au-Ag and Tue-11:20-O-ORGS1 – Chemical transformation Tue-11:20-O-OXID – Probing in situ the wetting at Tue-11:20-O-ELCH – Ionic liquid thin films on the Tue-11:20-O-ORGS2 – Single-molecule electronic 11:20

Pt-Rh during deNOx reactions studied by field emission and magnetic induced properties of a fluorinated metal/oxide interface via plasmonics combined with HOPG and VN surfaces: in-situ electrochemical XPS study on nanographene techniques tetraphenylporphyrin on Au(111) photoemission study Fujii S Tokyo Institute of Technology, Tokyo, Japan Jacobs L Chemical Physics of Materials and Catalysis, Cirera B IMDEA Nanoscience, Madrid, Spain Messaykeh M Institut des NanoSciences de Paris, Bondarchuk A CIC energiGUNE, Miñano, Alava, Spain Co-authors: Kiguchi M Université libre de Bruxelles, Brussels, Belgium Co-authors: Otero R, Gallego J M, Ecija D CNRS Sorbonne Université, Paris, France Co-authors: Panhwer M, Rojo T, Mysyk R, Goikolea E BAND Band structure of solid surfaces

Co-authors: Barroo C, Gilis N, Lambeets S, Genty E, de Co-authors: Lazzari R, Jupille J, Cabailh G, Le T H L, Tuesday Bocarmé T V Goniakowski J, Noguera C, Chenot S, Koltsov A, BIMS Bimetallic surfaces and alloy nanocrystals Mataigne J M CATH Catalytic 2D-model studies under high pressures CATL Catalytic 2D-model studies at low pressures 11:40 Tue-11:40-O-ORGS1 – Molecular topology and metal/ Tue-11:40-O-OXID – Self-cleaning oxide surfaces as Tue-11:40-O-ELCH – One-pot electrochemical Tue-11:40-O-ORGS2 – Tracking on-surface 11:40 COMP Computational surface chemistry organic interfaces optical windows used in environmental surveillance fabrication of reduced graphene oxide-metal/metal chemical reactions for the bottom-up fabrication of and physics Gottfried M J Fachbereich Chemie, Philipps-Universität Akhtar N Department of Physics and Technology, oxide nanocomposites for catalytic, sensor and energy graphene nanoribbons and open-shell polymers CORR Corrosion at atomic level Marburg, Germany University of Bergen, Norway storage applications Di Giovannantonio M EMPA – Swiss Federal Co-authors: Klein B P, van der Heijden N, Krug C K, Co-authors: Holst B Demir Ü Department of Chemistry, Faculty of Laboratories for Materials Science and Technology, EG2D Epitaxial growth and modification of Schöniger M, Rosenow P, Schmid M, Tonner R, Swart I Sciences, Atatürk University, Erzurum, Turkey Dübendorf, Switzerland 2D materials Co-authors: Öznülüer T, Doğan H Ö, Urhan B K Co-authors: Deniz O, Urgel J I, Mishra S, Widmer R, ELAM Electron attachment of adsorbed Stolz S, Ruffieux P, Fasel R, Muntwiler M, Dumslaff T, molecules Beser U, Narita A, Müllen K ELCH Electrochemistry at surfaces ENER Surfaces for energy production and 12:00 EXHIBITION, LUNCH (12:00 – 14:00) 12:00 harvesting 14:00 Tue-14:00-O-BIMS – Size dependent spinodal Tue-14:00-O-ORGS – On-surface synthesis of free- Tue-14:00-I-OXID – Tailoring the properties of oxide/ Tue-14:00-I-ELCH – Electrochemical formation of Tue-14:00-O-EG2D – Supramolecular assembly 14:00 GRAP Graphene and carbon-based 2D films decomposition in Cu-Ag nanoparticles base corroles: A combined theoretical and experimental metal interfaces: From metallic to graphitic buffer layers nanostructures monitored by EC-STM and CV on top and underneath 2D materials: Can molecules LASE LASER pulses for surface electron Erdélyi Z Department of Solid State Physics, University characterization Duò L Dipartimento di Fisica, Politecnico di Milano, Nowicki M University of Wroclaw, Wroclaw, Poland interact across a graphene barrier? dynamics of Debrecen, Debrecen, Hungary Rauls E Det teknisk-naturvitenskapelige Fakultet, Milano, Italy Co-authors: Madry B, Wandelt K Laker Z P L University of Warwick, Coventry, United MAGN Surface and molecular magnetism Co-authors: Gajdics B, Tomán J J, Radnóczi G, Bokányi Universitetet i Stavanger, Norway Kingdom MOLA Ultrathin two-dimensional molecular E, Misják F Co-authors: Aldahhak H, Paszkiewicz M, Allegretti F, Co-authors: Pinfold H, Xia X, Costantini G, Wilson N R self‑assembly Duncan D A, Tebi S, Deimel P S, Aguilar P C, Zhang Y, NAEX Novel advancement of experimental Papageorgiou A C, Koch R, Barth J V, Schmidt W methods G, Müllegger S, Schöfberger W, Klappenberger F, Gerstmann U ORGS Organic molecules on solid surfaces OXID Oxide surfaces and ultrathin oxide films 14:20 Tue-14:20-O-BIMS – Site correlation of two- Tue-14:20-O-ORGS – Real-space visualization of the Tue-14:20-O-EG2D – Controlling the growth of 14:20 PISC Photo-Induced Surface Chemistry dimensional Cu-Ni Alloys on Ni(110) pair correlation function in a 2D molecular gas Bi(110) and Bi(111) films on an insulating substrate SAMA Structural analysis and manipulation Fukuda T Osaka City University, Osaka, Japan Matvija P Faculty of Mathematics and Physics, Charles Jankowski M ESRF-The European Synchrotron, on atomic scale Co-authors: Kishida I, Umezawa K University, Prague, Czech Republic Grenoble, France SEMI Semiconductor surfaces and ultrathin Co-authors: Rozbořil F, Sobotík P, Ošťádal I, Kocán P Co-authors: Kamiński D, Vergeer K, Mirolo M, Carla F, layers Rijnders G, Bollmann T R J

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30 31 HALL-A HALL-B HALL-C HALL-D HALL-E Tuesday, August 29 From 14:40 to 16:20 14:40 Tue-14:40-O-BIMS – Melting processes of 3d metal Tue-14:40-O-ORGS – Self-assembly of tritopic Tue-14:40-O-OXID – From 2D to 3D alumina: Tue-14:40-O-ELCH – In-situ spectro- Tue-14:40-O-EG2D – Fast surface X-ray diffraction: 14:40

alloy nanoparticles deposited on surfaces molecules on surfaces: Structure and bonding from interface templated growth of γ-Al2O3(111)-like films electrochemical infrared investigations at atomically- Gold epitaxy on MoS2

Getzlaff M Insitute of Applied Physics and computer simulations Zabka W-D University of Zürich, Zürich, Switzerland defined Pt/Co3O4(111) model catalysts Resta A Synchrotron SOLEIL, L’Orme des Merisiers, Nanotechnology, University of Düsseldorf, Düsseldorf, Szabelski P Maria Curie-Skłodowska University, Lublin, Co-authors: Leuenberger D, Mette G, Osterwalder J Faisal F Department of Chemistry and Pharmacy, Saint-Aubin, France Germany Poland Friedrich-Alexander-University Erlangen-Nürnberg, Co-authors: Narayanan-nair M, Garreau Y, Taleb A, BAND Band structure of solid surfaces

Co-author: Bettermann H Co-authors: Rżysko W, Nieckarz D Erlangen, Germany Vlad A, Coati A Tuesday Co-authors: Brummel O, Bertram M, Stumm C, Libuda J BIMS Bimetallic surfaces and alloy nanocrystals CATH Catalytic 2D-model studies under 15:00 Tue-15:00-I-BIMS – Efficient computational Tue-15:00-O-ORGS – Measuring the mechanical Tue-15:00-O-OXID – Band structure of one single Tue-15:00-O-ELCH – X-ray photoelectron Tue-15:00-I-EG2D –SPM characterization and 15:00 high pressures engineering of bimetallic nanocrystals properties of molecular conformers layer of silica on Ru(0001) spectroscopy of ionic liquids – from half cell processing of 2D materials CATL Catalytic 2D-model studies at Neyman K M Departament de Ciència dels Materials Jarvis S P Physics Department and Materials Science Kremer G Institut Jean Lamour, Université de Lorraine/ measurements to in situ elechtrochemical XPS studies Biró L P Institute of Technical Physics and Materials low pressures i Química Física and Institut de Química Teòrica i Institute, Lancaster University, Lancaster, UK CNRS, Vandoeuvre-les-Nancy, France Foelske-Schmitz A TU-Wien, Vienna, Austria Science, MTA Centre for Energy Research, Budapest, COMP Computational surface chemistry Computacional, Universitat de Barcelona, Barcelona, Co-authors: Taylor S, Baran J D, Thompson D, Saywell A, Co-authors: Fagot-Revurat Y, Sicot M, Kierren B, Co-authors: Sauer M, Weingarth D, Kötz R Hungary and physics Spain Mangham B, Champness N R, Larsson J A, Moriarty P Malterre D, Moreau L, Lisi S, Coraux J, Pochet P, Co-authors: Nemes-Incze P, Magda G Z, Vancsó P, CORR Corrosion at atomic level Dappe Y J, Le Fèvre P, Bertran F, Rault J Dobrik G, Koós A A, Horváth Z E, Pető J, Márk G I, Lambin Ph, Hwang C, Tapasztó L EG2D Epitaxial growth and modification of 2D materials ELAM Electron attachment of adsorbed 15:20 Tue-15:20-O-ORGS – Ductility of Thin Films Tue-15:20-O-OXID – The interaction of hydrogen, Tue-15:20-O-ELCH – Oxygen reduction reaction by 15:20 molecules Constituting Organic Light Emitting Diodes water and carbon monoxide with rhodium covered pyridinic nitrogen-containing carbon electrocatalysts ELCH Electrochemistry at surfaces Kobayashi T Department of Electronics & Control TiO (110) surfaces Nakamura J Faculty of Pure and Applied Sciences, 2 ENER Surfaces for energy production and Engineering, National Institute of Technology, Okayama, Deák L MTA-SZTE Reaction Kinetics and Surface University of Tsukuba, Japan harvesting Japan Chemistry Research Group, Szeged, Hungary Co-authors: Shibuya R, Shimoyama Y, Kondo T Graphene and carbon-based 2D films Co-authors: Munkhtsog M, Okada M, Utsumi Y, Co-authors: Szenti I, Kónya Z GRAP Kanematsu H, Masuda T LASE LASER pulses for surface electron dynamics 15:40 COFFEE BREAK 20’ (15:40 – 16:00) 15:40 MAGN Surface and molecular magnetism MOLA Ultrathin two-dimensional molecular 16:00 Tue-16:00-I-PISC – Buffer layer assisted deposition Tue-16:00-O-ORGS – Site selective, reversible Diels- Tue-16:00-O-OXID – Water adsorption at the zirconia Tue-16:00-O-ELCH – In situ X-ray scattering Tue-16:00-O-CATL – CeO (111), a model catalyst 16:00 2-x self‑assembly as a tool for basic catalysis and photo-induced surface Alder reaction between polycyclic conjugated molecules surface on Pt Zr studies of the formation of a Pb/Au(111) surface alloy in for the HCl oxidation 3 NAEX Novel advancement of experimental science studies and DB dimers on Ge(001):H Lackner P Institute of Applied Physics, TU Wien, Vienna, the electrochemical environment Sack C Institute of Phycal Chemistry, Justus-Liebig- methods Asscher M (Institute of Chemistry, The Hebrew Godlewski S Jagiellonian University, Krakow, Poland Austria Fogg J University of Liverpool, Liverpool, Universität Gießen, Gießen, Germany University of Jerusalem, IL), Co-authors: Kolmer M, Engelund M, Kawai H, Zuzak R, Co-authors: Hulva J, Choi J J, Köck E-M, Penner S, United Kingdom Co-authors: Over H, Lustemberg P, Pirovano M V G ORGS Organic molecules on solid surfaces Co-authors: Zilberberg L, Mitlin S Garcia-Lekue A, Echavaren A, Peña D, Pérez D, Guitián E, Klötzer B, Diebold U, Parkinson G, Schmid M Co-authors: Lucas C, Grunder Y, Vasiljevic N OXID Oxide surfaces and ultrathin oxide films Joachim C, Sanchez-Portal D, Saeys M, Szymonski M PISC Photo-Induced Surface Chemistry SAMA Structural analysis and manipulation 16:20 Tue-16:20-O-ORGS – Reversible CO absorption with Tue-16:20-O-OXID – Iron doping on cobalt oxide Tue-16:20-O-ELCH – In-situ x-ray scattering: nano- Tue-16:20-O-CATL – Sulfur-Passivation of 16:20 2 on atomic scale a superbasic ionic liquid [P66614] [Benzim] studied using bilayers on Au(111): toward a model of synergistic structured aluminum oxides Graphene-Supported Platinum Nanocluster Arrays SEMI Semiconductor surfaces and ultrathin near-ambient pressure X-ray photoelectron spectroscopy catalytic effect in the oxygen evolution reaction Harlow G S Division of Synchrotron Radiation Papp C Friedrich-Alexander-Universität Erlangen- layers Syres K L The Jeremiah Horrocks Institute, University of Sun Z Interdisciplinary Nanoscience Center, iNANO, Research, Lund University, Lund, Sweden Nürnberg, Erlangen, Germany Central Lancashire, Preston, United Kindom Aarhus University, Aarhus, Denmark Co-authors: Vinogradov N A, Felici R, Carla F, Co-authors: Düll F, Späth F, Bauer U, Bachmann P, Co-authors: Henderson Z, Taylor R, Hardacre C, Co-authors: Rodriguez-Fernandez J, Fester J, Evertsson J, Rullik L, Linepé W, Lundgren E Steinhauer J, Steinrück H-P IUVSTA-Elsevier STUDENT AWARD WINNERS Thomas A G Lauritsen J V EPS STUDENT GRANT WINNERS

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32 33 HALL-A HALL-B HALL-C HALL-D HALL-E Tuesday, August 29 From 16:40 to 19:30 16:40 Tue-16:40-O-PISC – Adsorption and photolysis Tue-16:40-O-ORGS – Surface chemistry of coronene Tue-16:40-O-OXID – Enhanced gas sensing Tue-16:40-O-ELCH – An in-situ study of Sn Tue-16:40-K-CATL – Partial selective 16:40

of trimethyl acetate on TiO2(B) (001) studied with on a hydrogenated graphite surface properties of Cu-doped ZnO nanorods deposition into nano-porous ordered anodic aluminum hydrogenation of acrolein over model Pd catalysts: a synchrotron radiation core level photoelectron Jørgensen J H Aarhus University, Aarhus, Denmark Alev O Gebze Technical University, Gebze, Turkey oxide mechanistic IRAS and molecular beam study spectroscopy Co-authors: Skov A W, Hornekær L Co-authors: Torun I, Öztürk Z Z Linpé W Lund University, Lund, Sweden Schauermann S Institute of Physical Chemistry, Sandell A Dept. of Physics and Astronomy, Uppsala Co-authors: Harlow G S, Evertsson J, Hejral U, Christian Albrechts University of Kiel, Kiel, Germany BAND Band structure of solid surfaces

University, Uppsala, Sweden Lundgren E Co-authors: Dostert K-H, Brien C O, Freund H-J Tuesday Co-authors: Schaefer A, Ragazzon D, Farstad M H, BIMS Bimetallic surfaces and alloy nanocrystals Borg A CATH Catalytic 2D-model studies under high pressures 17:00 Tue-17:00-O-PISC – On-surface photo- and thermal- Tue-17:00-O-ORGS – Interlayer states induced by Tue-17:00-O-OXID – Low temperature CO oxidation Tue-17:00-O-MOLA – Peekaboo on the Nanoscale: 17:00 CATL Catalytic 2D-model studies at generation of higher acenes image potential states in naphthalene on graphene catalyzed by iron oxide nanoparticles decorating internal Self-Assembled Monolayers of 1, 3, 5-tris(4- low pressures part of mesoporous alumina bead carboxyphenyl)benzene (H3BTB) on Silver Urgel J I Swiss Federal Laboratories for Material Hamamoto Y Department of Precision Science and COMP Computational surface chemistry Science and Technology, Dübendorf, Switzerland Technology, Graduate School of Engineering, Osaka Han S W Sungkyunkwan University, Suwon, Republic of De La Morena R M O University of St Andrews, and physics Co-authors: Mishra S, Hayashi H, Di Giovannantonio M, University, Osaka, Japan Korea North Haugh, St Andrews, United Kingdom CORR Corrosion at atomic level Pignedoli C A, Deniz O, Ruffieux P, Yamada H, Fasel R Co-authors: Wella S A, Sawada H, Kawaguchi N, Co-authors: Kim I H, Kim H J, Cha B J, Park C H, Jeong J Co-authors: Aitchison H, Lu H, Zharnikov M, Buck M Muttaqien F, Inagaki K, Hamada I, Morikawa Y H, Woo T G, Seo H O, Kim Y D EG2D Epitaxial growth and modification of 2D materials 17:20 Tue-17:20-O-PISC – Bragg diffraction of surface Tue-17:20-O-ORGS – Graphene functionalized with Tue-17:20-O-OXID – Model oxide-supported Tue-17:20-O-MOLA – Self-Assembled Monolayers Tue-17:20-O-CATL – Observation of oxygen 17:20 ELAM Electron attachment of adsorbed state electrons electron acceptor molecules enantioselective catalysts : interaction between – the impact of the binding group on structure and spillover between different {012} and {113} Rh facets molecules TiO ‑supported Ni nanoparticles and a chiral modifier stability during adsorption and hydrogenation of CO Martín-Jiménez A IMDEA-Nanoscience C, Madrid, Harsh R Laboratoire Matériaux et Phénomènes 2 2 ELCH Electrochemistry at surfaces Spain Quantiques, UMR 7162 CNRS, Université Paris Diderot, Meriggio E Sorbonne Université, Paris, France Cyganik P Smoluchowski Institute of Physics, Lambeets S V Chemical Physics of Materials, CPMCT, ENER Surfaces for energy production and Co-authors: Écija D, Miranda R, Otero R Paris, France Co-authors: Méthivier C, Cabailh G, Carrier X, Humblot V Jagiellonian University, Kraków, Poland Université libre de Bruxelles, Brussels, Belgium harvesting Co-authors: Chacon C, Repain V,Girard Y, Bellec A, Co-authors: Ossowski J, Żaba T, Krzykawska A Co-authors: Barroo C, Owczarek S, Genty E, Gilis N, GRAP Graphene and carbon-based 2D films Rousset S, Joucken F, Lagoute J Jacobs L, de Bocarmé T V LASE LASER pulses for surface electron 17:40 Tue-17:40-O-ORGS – Covalent and periodic Tue-17:40-O-OXID – Temperature-induced Tue-17:40-O-MOLA – Self-organization and 17:40 dynamics

functionalization of graphene/Ru(0001) transformation of electrochemically formed hydrous RuO2 electronic structure of thin and mono-molecular layer MAGN Surface and molecular magnetism layers over Ru(0001) model electrodes of Keggin-type Al -sulfate salt Navarro J J Universidad Autónoma de Madrid, Madrid, 13 MOLA Ultrathin two-dimensional molecular Spain Camuka H Institute of Physical Chemistry, Justus- Kovács I Technical Institute, University of Dunaújváros, self‑assembly Co-authors: Calleja F, Miranda R, Pérez E M, Vázquez de Liebig-University of Gießen, Gießen, Germany Dunaújváros, Hungary NAEX Novel advancement of experimental Parga A L Co-authors: Krause P P, Leichtweiss T, Over H Co-authors: Stirling A, Schay Z methods 18:00 POSTER SESSION 1 (18:00 – 19:30) 18:00 ORGS Organic molecules on solid surfaces OXID Oxide surfaces and ultrathin oxide films PISC Photo-Induced Surface Chemistry SAMA Structural analysis and manipulation on atomic scale SEMI Semiconductor surfaces and ultrathin 19:30 19:30 layers

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34 35 HALL-A HALL-B HALL-C HALL-D HALL-E Wednesday, August 30 From 09:00 to 10:20 09:00 Wed-9:00-O-ORGS – Revealing phthalocyanine Wed-9:00-I-BIMS – Alloy surface science spanning Wed-9:00-I-OXID – 2D ternary oxide layers: new Wed-9:00-O-GRAP – Decoupling epitaxial Wed-9:00-O-COMP – Nuclear bound states of H2 09:00 arrangements on Ag(100): From pure overlayer of CoPc composition space paradigmas of structure and stoichiometry graphene from metals by potential-controlled on a stepped metal surface

and F16CuPc to bimolecular heterostructures Gellman A J Department of Chemical Engineering, Surnev S Institute of Physics, Karl-Franzens University electrochemical oxidation Arguelles E F Osaka University, Osaka, Japan Sabik A Institute of Experimental Physics, University of Carnegie Mellon University, Pittsburgh, USA Graz, Graz, Austria Palacio I Institute of Materials Science of Madrid Co-authors: Kasai H, Fukutani K, Yajima A, Wrocław, Wrocław, Poland Co-authors: Miller J B, Kondratyuk P, Payne M, Sen I (ICMM-CSIC), Madrid, Spain Nakayama K, Yamashita S, Dino W A BAND Band structure of solid surfaces Co-authors: Mazur P, Gołek F, Antczak G Co-authors: Otero-Irurueta G, Alonso C , Martínez J I, López-Elvira E, Muñoz-Ochando I, Salavagione H J, BIMS Bimetallic surfaces and alloy nanocrystals López M F, García-Hernández M, Méndez J, Ellis G J, CATH Catalytic 2D-model studies under Martín-Gago J A high pressures CATL Catalytic 2D-model studies at 09:20 Wed-9:20-O-ORGS – Conclusively addressing Wed-9:20-O-GRAP – Mechanistic picture Wed-9:20-O-COMP – Stability of vicinal crystal 09:20 low pressures the CoPc electronic structure: a joint gas-phase and and kinetic analysis of surface-confined Ullmann surfaces against step bunching: Atomistic scale model COMP Computational surface chemistry solid-state photoemission and absorption spectroscopy polymerization of unstable evaporation and growth and physics

study Contini G Istituto di Struttura della Materia, CNR, Krzyzewski F Institute of Physics, Warsaw, Poland Wednesday CORR Corrosion at atomic level Zhang T Department of Physics and Astronomy, Uppsala Roma, Italy Co-authors: Popova H, Krasteva A, Załuska-Kotur M, University, Uppsala, Sweden Co-authors: Di Giovannantonio M, Tomellini M, Lipton- Tonchev V EG2D Epitaxial growth and modification of Co-authors: Brumboiu I, Lüder J, Grazioli C, Lanzilotto V, Duffin J, Galeotti G, Ebrahimi M, Cossaro A, Verdini 2D materials Giangrisostomi E, Ovsyannikov R, Sassa Y, Bidermane I, A, Kharche N, Meunier V, Vasseur G, Fagot-Revurat Y, ELAM Electron attachment of adsorbed Stupar M, de Simone M, Coreno M, Ressel B, Pedio M, Perepichka D F, Rosei F molecules P, Brena B, Puglia C ELCH Electrochemistry at surfaces 09:40 09:40 ENER Surfaces for energy production and Wed-9:40-K-NAEX – Chemical reactions in ionic Wed-9:40-O-BIMS – Surface atomic arrangement Wed-9:40-O-OXID – Ultrathin Fe films on Wed-9:40-I-GRAP – Surfaces of nanocarbon- Wed-9:40-O-COMP – Many particle collective harvesting liquids monitored through the gas (vacuum)/liquid and grain boundary diffusion in nanolayers SrTiO (001): growth, interfacial interaction and electronic based materials – chemical and structural analysis by diffusion in an arbitrary one-dimensional potential 3 GRAP Graphene and carbon-based 2D films interface Vad K MTA Institute for Nuclear Research, Debrecen, structure electron spectroscopic methods landscape Steinrück H P Physikalische Chemie II, Universität Hungary Catrou P Université de Rennes 1, Institut de Physique de Lesiak-Orłowska B Institute of Physical Chemistry, Minkowski M Institute of Physics, Polish Academy of LASE LASER pulses for surface electron Erlangen-Nürnberg, Germany Co-authors: Takáts V, Csík A, Hakl J Rennes, UMR UR1-CNRS 6251, France Polish Academy of Sciences, Warsaw, Poland Sciences, Warsaw, Poland dynamics Co-authors: Niedermaier I, Maier F Co-authors: Delhaye G, Le Breton J-C, Tricot S, Turban P, Co-author: Załuska M A MAGN Surface and molecular magnetism Lépine B, Schieffer P MOLA Ultrathin two-dimensional molecular self‑assembly 10:00 Wed-10:00-O-BIMS – Remarkable confinement Wed-10:00-O-OXID – Phonons of ultrathin Perovskite Wed-10:00-O-COMP –Calculation of molecular 10:00 NAEX Novel advancement of experimental effects on equilibrated adsorption, segregation and Oxide Films conductance ‘on the fly’ methods dimerization reaction predicted for alloy nanoparticles Schumann F O Institute of Physics, Martin-Luther- Montes E Institute of Physics, Czech Academy of ORGS Organic molecules on solid surfaces Polak M Department of Chemistry, Ben-Gurion Universität Halle-Wittenberg, Halle, Germany Sciences, Prague, Czech Republic University of the Negev, Beer-Sheva, Israel Co-authors: Meinel K, Widdra W Co-author: Vázquez H OXID Oxide surfaces and ultrathin oxide films Co-author: Rubinovich L PISC Photo-Induced Surface Chemistry SAMA Structural analysis and manipulation 10:20 COFFEE BREAK 20’ (10:20 – 10:40) 10:20 on atomic scale SEMI Semiconductor surfaces and ultrathin layers

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36 37 HALL-A HALL-B HALL-C HALL-D HALL-E Wednesday, August 30 From 10:40 to 15:40 10:40 Wed-10:40-O-ORGS – Tailoring the topology of Wed-10:40-O-BAND – Energy band alignment at the Wed-10:40-O-OXID – Low dimensional electron Wed-10:40-O-GRAP – Switching the reactivity of Wed-10:40-I-COMP – Molecularly functionalized 10:40 low-dimensional organic nanostructures with surface nanoscale system at titanates surfaces and related interfaces: graphene on Ir(111) by hydrogen intercalation surfaces and interfaces templates Deuermeier J i3N/CENIMAT, Department of Materials Create and control Balog R Dept. of Physics and Astronomy, University of Foster A S Department of Applied Physics, Aalto Zhu J University of Science and Technology of China, Science, Universidade NOVA de Lisboa and CEMOP/ Radovic M Swiss Light Source, Paul Scherrer Institut, Aarhus, Aarhus C, Denmark School of Science, Aalto, Finland Hefei, P.R. China UNINOVA, Caparica, Portugal Switzerland Co-authors: Kyhl L, Jorgensen J, Cassidy A, Cabo A G, BAND Band structure of solid surfaces Co-authors: Fan Q, Gottfried J M Co-authors: Fortunato E, Martins R, Klein A Hornekær L BIMS Bimetallic surfaces and alloy nanocrystals 11:00 Wed-11:00-O-ORGS – Enantiomeric separations of Wed-11:00-O-BAND – Scanning tunnelling Wed-11:00-O-OXID – The formation mechanism of Wed-11:00-O-GRAP – Reactivity of bi- and single 11:00 CATH Catalytic 2D-model studies under chiral pharmaceuticals using chiral tetrahexahedral Au spectroscopy of BiTeCl the p(2×3) reconstruction on Mo(112) surface layer graphene on Ir(111) towards hydrogen high pressures nanoparticles Aquilar P C Universidad Autonoma de Madrid, Madrid, Ma T Shenyang Agricultural University, Shenyang, China Kyhl L Aarhus University, Aarhus, Denmark CATL Catalytic 2D-model studies at Shukla N Carnegie Mellon University, Department of Spain Co-author: Bao X Co-authors: Jørgensen J H, Cassidy A, Hornekær L, low pressures Chemical Engineering, Pittsburgh, USA Co-authors: Norris A, Ayani C G, Chulkov E V, Miranda R, Balog R COMP Computational surface chemistry Co-authors: Yang D, Zhao Y, Gellman A J Vázquez de Parga A L and physics CORR Corrosion at atomic level Wednesday 11:20 Wed-11:20-O-ORGS – Suppressed rotational Wed-11:20-O-BAND – Unoccupied band structure of Wed-11:20-O-OXID – Structure of the Ag(111)- Wed-11:20-K-GRAP – Towards the low temperature Wed-11:20-O-COMP – Revised Chen’s derivative 11:20 EG2D Epitaxial growth and modification of oscillation by protonation of single triazatruxene Si nanoribbons on Ag(110) studied by IPE p(4x4)-O phase: Ag6 model or multilayer oxide? growth of transfer free graphene rule for efficient calculations of scanning tunneling molecules on Ag(111) Kleimeier N F Westfälische Wilhelms-Universität, Andryushechkin B V A.M.Prokhorov General Physics Tanemura M Nagoya Institute of Technology, Nagoya, microscopy 2D materials Bauer A Department of Physics, University Konstanz, Münster, Germany Institute of Russian Academy of Sciences, Moscow, Japan Palotás K Institute of Physics, Slovak Academy of ELAM Electron attachment of adsorbed Konstanz, Germany Co-authors: Wenzel G Russia Co-authors: Vishwakarma R, Takahashi K, Araby Sciences, , Slovakia molecules Co-authors: Singer F, Erler P, Maier M, Winter R, Co-authors: Shevlyuga V M, Pavlova T V, Zhidomirov G M, M I, Wakamatsu Y, Kalita G, Rosmi M S, Yaakob Y, Co-author: Mándi G ELCH Electrochemistry at surfaces Dedkov Y, Fonin M Eltsov K N Kitazawa M ENER Surfaces for energy production and harvesting 11:40 Wed-11:40-O-ORGS – Bonding of biomolecules to Wed-11:40-O-BAND – Valence band structures of the Wed-11:40-O-OXID – Adsorption of a functionalized Wed-11:40-O-COMP – Electron transfer between 11:40 GRAP Graphene and carbon-based 2D films cerium oxide: histidine and adenine single crystal pentacene porphyrin on MgO(100) thin films: a high-resolution gold adatoms and the reduced CeO2(111) surface: Tsud N Charles University, Prague, Czech Republic Nakayama Y Tokyo University of Science, Tokyo, Japan photoemission and X-ray absorption spectroscopy study Lessons learned from static density functional theory LASE LASER pulses for surface electron Co-authors: Bercha S, Ševčíková K,Acres R G, Vorokhta Co-authors: Hikasa M, Yoshida K, Murata M, Mizuno Y, Tariq Q Physical Chemistry II, Friedrich Alexander Paier J Institut für Chemie, Humboldt-Universität zu dynamics M, Khalakhan I, Dubau M, Matolínová I, Prince K C, Skála Ideta S, Tanaka K, Ueno N, Ueba T, Kera S, Nakayama Y University Erlangen-Nürnberg, Germany Berlin, Berlin, Germany MAGN Surface and molecular magnetism T, Matolín V Co-authors: Franke M, Wechsler D, Steinrück H-P, Co-author: Penschke C MOLA Ultrathin two-dimensional molecular Lytken O self‑assembly NAEX Novel advancement of experimental 12:00 (12:00 – 14:00) 12:00 EXHIBITION, LUNCH methods ORGS Organic molecules on solid surfaces SZTE TIK – CONGRESS HALL OXID Oxide surfaces and ultrathin oxide films PISC Photo-Induced Surface Chemistry 14:00 14:00 SAMA Structural analysis and manipulation Wed-14:00-Plen-3 – Understanding bulk properties from surfaces of high temperature superconductors on atomic scale PLENARY TALK Kuk Y Department of Physics and Astronomy, Seoul National University, Seoul, South Korea SEMI Semiconductor surfaces and ultrathin layers 14:50 14:50 Wed-14:50-Plen-4 – Supramolecular and covalent assembly of molecules at surfaces: chirality, complexity and IUVSTA-Elsevier STUDENT AWARD WINNERS PLENARY TALK diversity EPS STUDENT GRANT WINNERS Raval R The Surface Science Research Center, Department of Chemistry, University of Liverpool, United Kingdom 15:40 15:40 EPS POSTER PRIZE APPLICANTS

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38 39 HALL-A HALL-B HALL-C HALL-D HALL-E Wednesday, August 30 From 15:40 to 22:00 15:40 COFFEE BREAK 20’ (15:40 – 16:00) 15:40

16:00 Wed-16:00-O-ORGS – Ta2O5:PMMA composite Wed-16:00-O-BAND – Electronic properties of Wed-16:00-K-OXID – Metal-supported 2D oxide Wed-16:00-O-GRAP – Electronic interaction of Wed-16:00-O-SAMA – Shaping surface landscapes 16:00

dielectric layer for ambipolar organic field effect thallium single crystal thin film systems: strong versus weak substrate coupling organic molecules with nitrogen doped graphene with molecules: rotationally induced diffraction of H2 on transistors Sakamoto K Department of Materials Science, Chiba Netzer FP Institute of Physics, Karl-Franzens University Lagoute J Université Paris Diderot, Paris, France LiF(001) under fast grazing incidence conditions BAND Band structure of solid surfaces Canimkurbey B Department of Physics, Gebze University, Chiba, Japan Graz, Graz, Austria Co-authors: Pham V D, Joucken F, Repain V, Chacon C, Del Cueto M Departamento de Química, Módulo 13, Technical University, Kocaeli, Turkey Co-authors: Iwaoka M, Koga M, Yaoita Y, Zhang Y, Co-authors: Surnev S Bellec A, Girard Y, Rousset S Universidad Autónoma de Madrid, Madrid, Spain BIMS Bimetallic surfaces and alloy nanocrystals Co-authors: Çakırlar C, Büyükköse S, Parlak E A, Öztürk Fujii J, Yoshida Y, Hasegawa Y, Ichinokura S, Akiyama R, Co-authors: Muzas A S, Somers M F, Kroes G J, Díaz CATH Catalytic 2D-model studies under Z Z, Berber S Hasegawa S C, Martín F high pressures CATL Catalytic 2D-model studies at 16:20 Wed-16:20-O-ORGS – Layer-resolved molecular Wed-16:20-O-BAND – Solving mysteries in pure Wed-16:20-O-GRAP – Synthesis and Wed-16:20-O-SAMA – X-ray absorption study of 16:20 low pressures organization of pentacene thin films for organic bismuth by quantum confinement characterization of patterned graphene oxide a barium titanate derived quasicrystal on Pt(111) COMP Computational surface chemistry transistors by resonant soft X-ray reflectivity Ito S Institute for Solid State Physics, University of Tokyo, Cassidy A Department of Physics and Astronomy, Bayat A Institut für Physik, Martin-Luther-Universität, and physics

Pasquali L Dipartimento di Ingegneria ‘Enzo Ferrari’, Tokyo, Japan University of Aarhus, Aarhus, Denmark Halle-Wittenberg, Halle, Germany Wednesday CORR Corrosion at atomic level Università di Modena, Modena, Italy Co-authors: Feng B, Arita M, Takayama A, Liu R-Y, Co-authors: Angot T, Salomon E, Bisson R, Hornekær L Co-authors: Förster S, Zollner E M, Dresler C, Widdra Co-authors: Capelli R, Nardi M V, Toccoli T, Verucchi R, Someya T, Chen W-C, Iimori T, Namatame H, Taniguchi W, Huth P, Denecke R, Chasse A, Schindler K-M EG2D Epitaxial growth and modification of Dinelli F, Gelsomini C, Koshmak K, Giglia A, Nannarone S M, Cheng C-M, Tang S-J, Komori F, Kobayashi K, Chiang 2D materials T-C, Matsuda I ELAM Electron attachment of adsorbed molecules ELCH Electrochemistry at surfaces 16:40 Wed-16:40-O-ORGS – Chemical controlled electronic Wed-16:40-O-BAND – Soft X-ray spectroscopic Wed-16:40-O-OXID – The influence of surface Wed-16:40-O-SAMA – Vicinal noble metal surfaces 16:40 ENER Surfaces for energy production and decoupling of three-dimensional molecules on surfaces study of electronic structure of Pd nanoparticles atomic structure on solid state electrochemistry: oxygen with densely kinked steps harvesting GRAP Graphene and carbon-based 2D films investigated with LT-UHV-STM Ogawa S Energy Engineering, Graduate School of exchange on SrTiO3(110) surfaces Ortega J E International Physics Center DIPC, San Ebeling R Forschungszentrum Jülich GmbH, PGI-7, Engineering, Nagoya University, Japan Franceschi G Institute of Applied Physics, TU Wien, Sebastian, Spain LASE LASER pulses for surface electron Jülich, Germany Co-authors: Otsuki K, Yagi S Wien, Austria Co-authors: Lobo-Checa J, Piquero-Zulaica I, dynamics Co-authors: Tsukamoto S, Caciuc V, Atodiresei N, Co-authors: Riva M, Kubicek M, Hao X, Gerhold S, El‑Sayed A, Abd-el-Fattah Z, Corso M, Schiller F MAGN Surface and molecular magnetism Blügel S, Waser R, Karthäuser S Franceschi G, Schmid M, Hutter H, Fleig J, Franchini C, MOLA Ultrathin two-dimensional molecular Yildiz B, Diebold U self‑assembly 17:00 SOCIAL EVENTS (17:00 – 22:00) 17:00 NAEX Novel advancement of experimental methods ORGS Organic molecules on solid surfaces OXID Oxide surfaces and ultrathin oxide films PISC Photo-Induced Surface Chemistry SAMA Structural analysis and manipulation on atomic scale SEMI Semiconductor surfaces and ultrathin 22.00 22.00 layers

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40 41 HALL-A HALL-B HALL-C HALL-D HALL-E Thursday, August 31 From 09:00 to 11:00 09:00 Thu-9:00-O-MOLA – Arginine on Cu(110): several Thu-9:00-O-CATH – Hydrogen-induced crystal Thu-9:00-O-OXID – Influence of the multifunctional Thu-9:00-I-SEMI – Electronic properties of high Thu-9:00-I-LASE – Ultrafast magnetization 09:00

adsorption configurations for a single molecule reshaping and edge vacancy formation in MoS2 catalyst Ti0.7M0.3O2-C (M= W, Mo) composite supports on the density doping profiles in semiconductors dynamics and its signature in the transient electronic Humblot V Université Pierre et Marie Curie, Paris, particles on Au(111) electrochemical performance of Pt electrocatalysts Miwa J A Department of Physics & Astronomy, Aarhus structure France Grønborg S S Aarhus University, Aarhus, Denmark Pászti Z Institute of Materials and Environmental University, Aarhus, Denmark Weinelt M Fachbereich Physik, Freie Universität Berlin, Co-authors: Totani R, Méthivier C, Pradier C M, Cruguel F Co-authors: Salazar N, Bruix A, Rodriguez-Fernandez J, Chemistry, Research Centre for Natural Sciences, Berlin, Germany BAND Band structure of solid surfaces H, Verdini A, Floreano L, Cossaro A Thomsen S D, Hammer B, Lauritsen J V Hungarian Academy of Sciences, Budapest, Hungary Co-authors: Vass Á, Borbáth I, Bakos I, Sajó I, Tompos A BIMS Bimetallic surfaces and alloy nanocrystals CATH Catalytic 2D-model studies under high pressures 09:20 Thu-9:20-O-MOLA – Molecular chessboard Thu-9:20-O-CATH – Adsorption and reaction of CO Thu-9:20-O-OXID – Imaging and manipulations of 09:20 2 CATL Catalytic 2D-model studies at assemblies sorted by site-specific interactions of out-of- on graphene studied by ambient pressure XPS dissociated water on In2O3(111) low pressures plane d-orbitals with a semi-metal template Yamamoto S Wagner M The University of Tokyo, Tokyo, Japan (Institut fur Angewandte Physik, TU Wien, COMP Computational surface chemistry Popova O Department of Physics, University of Basel, Co-authors: Takeuchi K, Liu R-Y, Shiozawa Y, Wien, Austria), and physics Basel, Switzerland Koitaya T, Someya T, Tashima K, Fukidome H, Mukai K, Co-authors: Setvín M, Seiler S, Boatner L A, Schmid M, CORR Corrosion at atomic level Co-authors: Fatayer S, Nijs T, Nowakowska S, Yoshimoto S, Suemitsu M, Yoshinobu J, Matsuda I Meyer B, Diebold U Mousavi S F, Ahsan A, Jung T A, Wäckerlin C EG2D Epitaxial growth and modification of 2D materials

09:40 Thu-9:40-O-MOLA – Multi-layered poly-functional Thu-9:40-I-CATH – Spectroscopy and microscopy of Thu-9:40-O-OXID – TiO2 rutile (011) exposed to liquid Thu-9:40-O-SAMA – Atomic resolution imaging Thu-9:40-O-LASE – Circular dichroism in laser 09:40 ELAM Electron attachment of adsorbed microspheres for rapid multiplexed immunoassay catalytic processes on well-defined surfaces: from UHV water and carrier type determination of Molybdenum disulfide induced electron emission from nanohelix arrays molecules Rice D Bernal Institute, University of Limerick, Limerick, to operando conditions Balajka J Institute of Applied Physics, TU Wien, Austria by noncontact scanning nonlinear dielectric microscopy Nürenberg D Physikalisches Institut, Westfälische ELCH Electrochemistry at surfaces Ireland Rupprechter G Institute of Materials Chemistry, Co-authors: Aschauer U, Selloni A, Schmid M, Diebold U Yamasue K Research Institute of Electrical Wilhelms-Universität Münster, Germany ENER Surfaces for energy production and Co-authors: Gleeson M, O’Dwyer K, Mouras R, Liu N, Technische Universität Wien, Vienna, Austria Communication Tohoku University, Sendai, JP Co-authors: Mark A, Kettner M, Fischer P, Zacharias H harvesting Soulimane T, Tofail S A M, Silien C Co-authors: Rameshan C, Föttinger K, Suchorski Y Co-author: Cho Y GRAP Graphene and carbon-based 2D films Thursday 10:00 Thu-10:00-O-MOLA – Ultrathin film polymorphs of Thu-10:00-O-OXID – Interaction of water with Thu-10:00-O-GRAP – Nitride layers grown on Thu-10:00-O-LASE – Surface science perspectives 10:00 LASE LASER pulses for surface electron dynamics ferrocene derivatives assisted by functional groups and anatase TiO2(001)-1×4 patterned graphene/SiC at ELI Attosecond Light Pulse Source solvents Beinik I Interdisciplinary Nanoscience Center, iNANO, Pécz B MTA CER Institute for Technical Physics and Óvári L ELI-ALPS, ELI-HU Non-profit Ltd., Szeged, MAGN Surface and molecular magnetism Saha P Department of Chemistry, Indian Institute of Aarhus University, Aarhus, Denmark Materials Science, Budapest, Hungary Hungary MOLA Ultrathin two-dimensional molecular Technology Kanpur, India Co-authors: Adamsen K C, Stig Koust S, Lauritsen J V, Co-authors: Kovács A, Yakimova R, Behmenburg H, Co-authors: Dombi P, Charalambidis D self‑assembly Co-authors: Vinithra G, Malik I H, Wendt S Giesen C, Heuken M NAEX Novel advancement of experimental Ramapanicker I R, Gopakumar T G methods 10:20 COFFEE BREAK 20’ (10:20 – 10:40) 10:20 ORGS Organic molecules on solid surfaces OXID Oxide surfaces and ultrathin oxide films 10:40 Thu-10:40-I-GRAP – Graphene growth on Ni (111) Thu-10:40-O-CATH – study of the oxidation of Thu-10:40-I-OXID – Multiscale modelling of reactive Thu-10:40-O-ORGS – Morphology and stability of Thu-10:40-O-LASE – Optical control of Young’s 10:40 In-situ PISC Photo-Induced Surface Chemistry Comelli G Department of Physics, University of Trieste, Cu(100) by CO metal oxide interfaces thin para-hexaphenyl layer grown on atomically flat Type Interferometers for Ultrafast Electron Pulses 2 SAMA Structural analysis and manipulation surfaces of TiO (110) Trieste, Italy Hagman B Lund University, Lund, Sweden Hermansson K Department of Chemistry-Ångström, 2 Yanagisawa H Max Plank Institute of Quantum on atomic scale Co-authors: Borbon A P, Schaefer A, Merte L, Shipilin M, Uppsala University, Uppsala, Sweden Belza W Marian Smoluchowski Institute of Physics, Optics, Garching, Germany SEMI Semiconductor surfaces and ultrathin Zhang C, Crumlin E, Grönbeck H, Lundgren E, Gustafson J Jagiellonian University, Krakow, Poland Co-authors: Szajna K, Wrana D, Cieślik K, Krok F layers

11:00 Thu-11:00-O-CATH – Near ambient pressure Thu-11:00-O-SEMI – Field-driven orientation of Thu-11:00-O-ORGS – Structural transformation 11:00 IUVSTA-Elsevier STUDENT AWARD WINNERS photoelectron spectroscopy studies of CO oxidation on small polar molecules in the condensed phase and stabilization of metal-organic motifs induced by EPS STUDENT GRANT WINNERS Co3O4 surfaces: electronic structure and mechanistic Park Y Department of Chemistry, Seoul National halogen doping aspects of wet and dry CO oxidation University, Seoul, South Korea Xie L Tongji University, Shanghai, China EPS POSTER PRIZE APPLICANTS Jain R Catalysis Division, National Chemical Laboratory, Co-authors: Kang Hani, Kang Heon Co-authors: Zhang C, Ding Y, Xu W Pune 411 008, India ECOSS PRIZE APPLICANTS Co-author: Gopinath C S 42 43 HALL-A HALL-B HALL-C HALL-D HALL-E Thursday, August 31 From 11:20 to 14:40 11:20 Thu-11:20-O-GRAP – Opening a pseudogap, and the Thu-11:20-O-CATH – Simultaneously 2D spatially Thu-11:20-O-OXID – Adsorption of CO and water on Thu-11:20-O-SEMI – Formation of highly-ordered Thu-11:20-O-ORGS – Supramolecular corrals on 11:20

rich interplay of Dirac fermions with singularites, doping resolved activity and surface of a Pd(100) single crystal magnetite Fe3O4 surfaces molecular structures on ion beam modified TiO2(110) surfaces resulting from aromatic interactions of non- and assymetric potentials in graphene during CO oxidation Zaki E Fritz-Haber-Institut der Max-Planck-Gesellschaft, surface – the role of wetting layer stability planar triazoles Norris A Imdea Nanoscience, Universidad de Utonoma, Zhou J Division of Combustion Physics, Lund University, Berlin, Germany Szajna K Marian Smoluchowski Institute of Physics, Kolsbjerg E L Interdisciplinary Nanoscience Center Madrid, Spain Lund, Sweden Co-authors: Mirabella F, Ivars-Barcelo F, Shaikhutdinov S, Jagiellonian University, Krakow, Poland (iNANO), Aarhus University, Aarhus, Denmark BAND Band structure of solid surfaces Co-authors: Calleja F, Navarro J J, Vázquez de Parga A L, Co-authors: Blomberg S, Gustafson J, Lundgren E, Freund H-J Co-authors: Kratzer M, Bełza W, Wrana D, Jany B R, Co-authors: Jethwa S J, Hammer B, Linderoth T R Miranda R Zetterberg J Teichert C, Krok F BIMS Bimetallic surfaces and alloy nanocrystals CATH Catalytic 2D-model studies under 11:40 Thu-11:40-O-GRAP – Density driven sodium 2D Thu-11:40-O-CATH – The misfit structure between Thu-11:40-O-OXID – Atomic scale STM and nc-AFM Thu-11:40-O-ORGS – Titanium Tetraisopropoxide 11:40 high pressures phase transformation on epitaxial graphene the Pd(100) and PdO(101) under reaction conditions study of the Hematite (012) surface Adsorption and Decomposition on Cu(111) CATL Catalytic 2D-model studies at Lisi S Institut NEEL CNRS/UGA UPR2940, 38042 Lundgren E Division of Synchrotron Radiation Research, Jakub Z Institute of Applied Physics, TU-Wien, Vienna, Petukhov M ICB, UMR 6303 CNRS-Université de low pressures Grenoble, France Lund University, Lund, Sweden Austria Bourgogne Franche-Comté, Dijon, France COMP Computational surface chemistry Co-authors: Estelle M, Ana-Cristina G-H, Dung N V, Co-authors: Shipilin M, Stierle A, Merte L R, Gustafson J, Co-authors: Kraushofer F, Bichler M, Hulva J, Schmid M, Co-authors: Birnal P, Bourgeois S, Domenichini B, and physics Valerie G, Philippe D, Johann C Hejral U, Martin N M, Zhang C, Franz D, Kilic V Diebold U,Blaha P, Parkinson G S Vantalon D, Lagarde P CORR Corrosion at atomic level 12:00 EXHIBITION, LUNCH (12:00 – 14:00) 12:00 EG2D Epitaxial growth and modification of 2D materials 14:00 Thu-14:00-O-GRAP – Graphene/doped graphene Thu-14:00-I-ENER – Information and energy storage Thu-14:00-O-OXID – The interaction between cerium Thu-14:00-O-SEMI – Formation of stable Thu-14:00-O-ORGS – Co-adsorption of alanine and 14:00 ELAM Electron attachment of adsorbed from adsorbed molecules in magnetic skyrmions and helices: Role of oscillating oxide and platinum studied by LEEM hexagonal (hcp) gold nanostructures in the process of water on Ni{110} molecules Dzyaloshinskii-Moriya interactions self-assembling on Ge(001) surface Zehra T Zernike Institute for advanced materials, Luches P Institute of Nanoscience, Consiglio Nazionale Tsaousis P Department of Chemistry,University of ELCH Electrochemistry at surfaces University of Groningen, The Netherlands Vedmedenko E University of Hamburg, Hamburg, delle Ricerche, Modena, Italy Jany B R Marian Smoluchowski Institute of Physics Reading, Berkshire, United Kingdom ENER Surfaces for energy production and Co-authors: Syari’ati A, van Dorp W, de Hosson J T M, Co-authors: Gasperi G, Valeri S, Sauerbrey M, Falta J, Co-authors: Cornish A, Nicklin R E, Watson D, Held G Germany Jagiellonian University, Krakow, Poland harvesting Rudolf P Flege J I Co-authors: Gauquelin N, Willhammar T, Nikiel M, van den Bos K H W, Janas A, Szajna K, Verbeeck J, GRAP Graphene and carbon-based 2D films Thursday Van Aert S, Van Tendeloo G, Krok F LASE LASER pulses for surface electron dynamics 14:20 Thu-14:20-O-CATH – Combining high energy X-ray Thu-14:20-O-OXID – Bulk hydroxylation and fast Thu-14:20-O-SEMI – Correlation between fractal Thu-14:20-O-ORGS – Energetics of adsorbed 14:20 MAGN Surface and molecular magnetism diffraction techniques with laser-induced fluorescence in water splitting on highly reduced ceria and wettability of rippled silicon surfaces under ion molecules and molecular fragments on Nickel (111) by MOLA Ultrathin two-dimensional molecular operando catalysis Johanek V Charles University in Prague, Prague, Czech beam irradiation microcalorimetry self‑assembly Hejral U Division of Synchrotron Radiation Research, Republic Yadav R P Department of Physics, Motilal Nehru Carey S J University of Washington, USA NAEX Novel advancement of experimental Lund University, Lund, Sweden Co-authors: Dvořák F, Mysliveček J, Tovt A, Skála T, National Institute of Technology, Allahabad, India Co-authors: Zhao W, Mao Z, Zhang W, Campbell C T methods Co-authors: Gustafson J, Albertin S, Balmes O, Zhou J, Szabová L, Farnesi Camellone M, Fabris S Co-authors: Kumar M, Pandey S N, Mittal A K Wiegmann T, Drnec J, Blomberg S, Shipilin M, Pfaff S, J. ORGS Organic molecules on solid surfaces Zetterberg J, Lundgren E OXID Oxide surfaces and ultrathin oxide films PISC Photo-Induced Surface Chemistry 14:40 Thu-14:40-O-CATH – In situ structural studies and Thu-14:40-O-ENER – Experimental valence band Thu-14:40-O-OXID – Surface stabilises ceria in Thu-14:40-O-SAMA – Ion irradiation induced Thu-14:40-O-ORGS – C60 adsorption on a two- 14:40 SAMA Structural analysis and manipulation gas phase visualization of model catalysts at work dispersion of CH NH PbI hybrid organic-inorganic unexpected stoichiometry compound formation dimensional oxide quasicrystal 3 3 3 on atomic scale Blomberg S Division Synchrotron Radiation Research, perovskite Olbrich R Fachbereich Physik, Universitat Osnabruck, Menyhárd M Institute for Technical Physics and Zollner E M Martin-Luther-Universität Halle- SEMI Semiconductor surfaces and ultrathin Lund University, Sweden Tejeda A Laboratoire de Physique des Solides, CNRS, Osnabruck, Germany Materials Science, MTA Centre for Energy Research, Wittenberg, Halle, Germany layers Co-authors: Zetterberg J, Zhou J, Gustafson J, Paris-Saclay, Orsay, France Co-authors: Murgida G E, Ferrari V, Barth C, Llois A M, Budapest, Hungary Co-authors: Förster S, Hammer R, Meinel K, Widdra W Lundgren E Co-authors: Lee M, Barragán A, Nair M N, Jacques V, Reichling M, Ganduglia-Pirovano M V Co-authors: Battistig G, Gurban S, Rácz A, Sulyok A, Le Bolloc’h D, Fertey P, Jemli K, Lédée F, Trippé-Allard G, Zolnai Z, Vertesy G, Németh A IUVSTA-Elsevier STUDENT AWARD WINNERS Deleporte E, Taleb-Ibrahimi A EPS STUDENT GRANT WINNERS

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44 45 HALL-A HALL-B HALL-C HALL-D HALL-E Thursday, August 31 From 15:00 to 22:00 15:00 Thu-15:00-I-CATH – The mechanism of CO2 Thu-15:00-O-ENER – In situ investigation of Thu-15:00-O-OXID – The adsorption sites of CO2 on Thu-15:00-I-SEMI – (Ga,Mn)As as a canonical Thu-15:00-O-ORGS – Unveiling universal trends for 15:00

reduction over Pd/Al2O3: a combined steady state isotope degradation at metal halide perovskite surfaces by near cerium oxide studied using quantitative TPD dilute ferromagnetic semiconductor – electronic the energy level alignment in organic/oxide interfaces transient kinetic analysis (SSITKA) and operando FTIR ambient pressure X-ray photoelectron spectroscopy Schweke D Nuclear Research Centre Negev, Beer- structure, surface effects & magnetism in low Martinez J I Institute of Materials Science of Madrid, investigation Ke C-R Physics Astronomy and Photon Science Institute, Sheva, Israel dimensional structures ICMM-CSIC, Madrid, Spain Szanyi J Institute for Integrated Catalysis Pacific University of Manchester, Manchester, UK Co-authors: Zalkind S, Atti S, Bloch J Sadowski J Institute of Physics, Polish Academy of Co-authors: Rangan S, Ruggieri C, Bartynski R, Flores BAND Band structure of solid surfaces Northwest National Laboratory Richland, USA Co-authors: Walton A S, Lewis D J, Tedstone A A, Sciences, Warszawa, Poland F, Ortega J Co-authors: Wang X, Shi H O’Brien P, Thomas A G, Flavell W R BIMS Bimetallic surfaces and alloy nanocrystals CATH Catalytic 2D-model studies under high pressures CATL Catalytic 2D-model studies at 15:20 15:20 Thu-15:20-O-ENER – Morphology Effect on Proton Thu-15:20-O-OXID – The structure of the SnO2(110)- Thu-15:20-O-ORGS – Epitaxial growth of organic low pressures Dynamics in Nafion® 117 and Sulfonated Polyether Ether (4×1) surface crystal networks on ultra-thin hexagonal boron nitride COMP Computational surface chemistry Ketone (SPEEK) Merte R L Chalmers University of Technology, Kratzer M Institute of Physics, Montanuniversität and physics Diño W A Department of Applied Physics, Osaka Gothenburg, Sweden Leoben, Leoben, Austria CORR Corrosion at atomic level University, Suita, Osaka, Japan Co-authors: Jørgensen M S, Pussi K, Gustafson J, Shipilin Co-authors: Matković A, Genser J, Lüftner D, Gajić R, Co-authors: Leong J X, Ahmad A, Daud W R W, Kasai H M, Schaefer A, Zhang C, Rawle J, Thornton G, Lindsay R, Puschnig P, Teichert C EG2D Epitaxial growth and modification of Hammer B, Lundgren E 2D materials ELAM Electron attachment of adsorbed 15:40 COFFEE BREAK 20’ (15:40 – 16:00) 15:40 molecules ELCH Electrochemistry at surfaces 16:00 Thu-16:00-O-CATH – Non-noble intermetallic Thu-16:00-O-ENER – Stable hydrated protons on Thu-16:00-I-ELAM – Towards the controlled Thu-16:00-O-SEMI – Electronic states induced by Thu-16:00-O-ORGS – Intramolecular cyclization of 16:00 compounds as selective butadiene-hydrogenation platinum surface fabrication of well defined nanostructures: a surface cesium on atomically rough and flat GaAs(001) surfaces o-quinone amines with a focus on dopamine-quinone: ENER Surfaces for energy production and harvesting catalysts: Al13Fe4 vs Al13Co4 Kang H Department of Chemistry, Seoul National science approach to electron beam lithography Zhuravlev A G Novosibirsk State University, a density functional theory based study Piccolo L Université Claude Bernard – Lyon 1, CNRS, University, Seoul, Republic of Korea Marbach H Lehrstuhl für Physikalische Chemie II, Novosibirsk, Russia Institute of Semiconductor Physics, Kishida R Department of Applied Physics, GRAP Graphene and carbon-based 2D films Thursday Lyon, France Co-author: Kim Y Friedrich-Alexander Universität Erlangen-Nürnberg, Novosibirsk, Russia Osaka University, Osaka, Japan LASE LASER pulses for surface electron Co-authors: Gaudry E, Ledieu J, Fournée V, Kibis L Erlangen, Germany Co-author: Alperovich V L Co-author: Kasai H dynamics MAGN Surface and molecular magnetism 16:20 Thu-16:20-O-CATL – Contrasting dynamics for Thu-16:20-O-ENER – Fabrication and investigation of Thu-16:20-O-SEMI – Various organic adsorbates Thu-16:20-O-ORGS – Competition between 16:20 MOLA Ultrathin two-dimensional molecular aryl- and alkyl-halide surface-reaction at copper porous gold nanoparticles passivated with TiO layer for Si(553)-Au surface functionalization hydrogen bonds and coordination bonds steered by the 2 self‑assembly Leung L Lash Miller Chemical Laboratories, Department Juhász L Department of Solid State Physics, University Suchkova S Leibniz-Institut für Analytische surface molecular coverage NAEX Novel advancement of experimental of Chemistry, University of Toronto, Toronto, Ontario, of Debrecen, Debrecen, Hungary Wissenschaften, Interface Analytics Department, Berlin, Cai L Tongji University, Shanghai, China 16:40 16:40 methods Canada Co-authors: Parditka B, Cserháti C, Shenouda S S, Erdélyi Z Germany Co-authors: Sun Q, Xu W Co-authors: Timm M J, Anggara K, Lim T Hu Z, Polanyi J C Co-authors: Speiser E, Chandola S, Hogan C, ORGS Organic molecules on solid surfaces Bechstedt F, Esser N OXID Oxide surfaces and ultrathin oxide films PISC Photo-Induced Surface Chemistry SAMA Structural analysis and manipulation 17:00 POSTER SESSION 2 (17:00 – 18:30) 17:00 on atomic scale SEMI Semiconductor surfaces and ultrathin 18:30 18:30 layers IUVSTA-Elsevier STUDENT AWARD WINNERS

19:30 CONFERENCE DINNER (19:30 – 22:00) 19:30 EPS STUDENT GRANT WINNERS EPS POSTER PRIZE APPLICANTS 22:00 22:00 ECOSS PRIZE APPLICANTS

46 47 SZTE TIK – CONGRESS HALL Friday, September 1 09:20 09:20 From 09:20 to 12:40 Fri-9:20-Plen-5 – Adsorption calorimetry techniques on well-defined surfaces and their application in PLENARY TALK understanding catalysis, photovoltaics and atomic-layer deposition Campbell C T Department of Chemistry, University of Washington, Seattle, USA BAND Band structure of solid surfaces 10:10 10:10 BIMS Bimetallic surfaces and alloy nanocrystals Fri-10:10-Plen-6 – Illuminating nanosystems at surfaces PLENARY TALK CATH Catalytic 2D-model studies under Molinari E CNR Institute of Nanoscience S3 Modena, ITALY high pressures CATL Catalytic 2D-model studies at 11:00 COFFEE BREAK 20’ (11:00 – 11:20) 11:00 low pressures COMP Computational surface chemistry 11:20 11:20 and physics Fri-11:20-Plen-7 – Nanostructured metal surfaces – from surface science to electrochemistry / electrocatalysis CORR Corrosion at atomic level PLENARY TALK Behm R J Institute of Surface Chemistry and Catalysis, Ulm University, Ulm, Germany EG2D Epitaxial growth and modification of 2D materials ELAM Electron attachment of adsorbed 12:10 CLOSING CEREMONY (12:10 – 12:40) 12:10 molecules 12:40 12:40 ELCH Electrochemistry at surfaces ENER Surfaces for energy production and harvesting GRAP Graphene and carbon-based 2D films LASE LASER pulses for surface electron Friday dynamics MAGN Surface and molecular magnetism MOLA Ultrathin two-dimensional molecular self‑assembly NAEX Novel advancement of experimental methods ORGS Organic molecules on solid surfaces OXID Oxide surfaces and ultrathin oxide films PISC Photo-Induced Surface Chemistry SAMA Structural analysis and manipulation on atomic scale SEMI Semiconductor surfaces and ultrathin layers

IUVSTA-Elsevier STUDENT AWARD WINNERS

EPS STUDENT GRANT WINNERS

EPS POSTER PRIZE APPLICANTS

ECOSS PRIZE APPLICANTS

48 49 POSTER SESSION 1 Tuesday, August 29 18:00 – 19:30 POSTER SESSION 1 Tuesday, August 29 18:00 – 19:30

Tue-PS1-01 Interstital impurity induced magnetism on lead oxide surface Tue-PS1-14 The sol aging time impact on the structural, optical and electrical properties of ZnO thin films Arguelles E F Osaka University, Osaka, Japan Jannane T Sultan Moulay Slimane University, Material Physics Laboratory, Beni Mellal, Morocco Co-authors: Amino S, Aspera S, Nakanishi H, Kasai H, Dino W A Co-authors: Manoua M, Liba A, Fezouan N Tue-PS1-02 Hybrid SEM/AFM metrology for complex surface characterization Tue-PS1-15 Morphology and optical properties of porous gold nanoparticles coated with alumina layer Basa P Semilab Semiconductor Physics Laboratory Co. Ltd., Budapest, Hungary Juhász L Department of Solid State Physics, University of Debrecen, Debrecen, Hungary Co-authors: Hitzel F, Zhou F Co-authors: Parditka B, Shenouda S S, Kosinova A, Wang D, Baradács E, Schaaf P, Rabkin E, Cserháti C, Erdélyi Z

Tue-PS1-03 Oxygen reduction on carbon supported PtxSn electrodes with optimized Pt/Sn surface composition prepared by controlled surface reactions Tue-PS1-16 Photonic bandgap engineering and photo-induced emission in layered two-dimensional structures Pászti Z Institute of Materials and Environmental Chemistry, Research Centre for Natural Sciences, Hungarian Academy of Sciences, Budapest, Hungary Kahaly M U ELI-ALPS, ELI-HU Nonprofit Ltd., Szeged, Hungary Co-authors: Borbáth I, Bakos I, Sajó I, Tompos A Co-authors: Madas S, Jilili J, Mishra S Tue-PS1-04 Nitrogen doping of titania nanomaterials using thermal and plasma activation Tue-PS1-17 Reaction pathways of adsorbed acetaldehyde on clean and modified Rh(111) surfaces Buchholcz B Department of Applied and Environmental Chemistry, University of Szeged, Szeged, Hungary Kovacs I University of Dunaújváros, Dunaújváros, Hungary Co-authors: Plank K, Mohai M, Kukovecz Á, Kiss J, Bertóti I, Kónya Z Co-authors: Farkas A P, Szitás Á, Kónya Z, Kiss J, Solymosi F Tue-PS1-05 Self-assembly of ordered graphene nanodot arrays Tue-PS1-18 Photo-switchable wettability and electric conductivity of self-assembled dithienylethene monolayers on Ag surface Camilli L Center for Nanostructured Graphene, DTU Nanotech, Technical University of Denmark, Kongens Lyngby, Denmark Kumar S Zernikhe institute for Advanced Materials, University of Groningen, The Netherlands Co-authors: Jørgensen J H, Balog R, Cassidy A, Hornekær L, Tersoff J, Sadowski J T, Stoot A, Bøggild P Co-authors: Danowski W, Feringa B L, Chiechi R C, Rudolf P Tue-PS1-06 Effect of growing conditions on surface modification of PbTe crystals caused by Ar+ ion bombardment Tue-PS1-19 Monolayer-to-thin-film transition in supramolecular assemblies on graphene Csik A Institute for Nuclear Research, Hungarian Academy of Sciences (ATOMKI), Debrecen, Hungary Laker Z P L University of Warwick, Coventry, United Kingdom Co-authors: Zayachuk D M, Slynko V E Co-authors: Marsden A J, De Luca O, Alves Perdigao L M, Costantini G, Wilson N R Tue-PS1-07 Nano-spectroscopy of phonon-polariton modes in boron nitride nanostructures Tue-PS1-20 Antiferromagnetic domains in epitaxial CoO ultra-thin layers grown on Pt(001) Datz D Institute for Solid State Physics and Optics, MTA Wigner Research Centre for Physics, Budapest, Hungary Lamirand A D Diamond Light Source, Chilton, Didcot, Oxfordshire, United Kingdom Co-authors: Németh G, Pekker Á, Walker K, Rance G, Khlobystov A, Kamarás K Co-authors: Maccherozzi F, Forrest T, Wilson A, Dhesi S S Tue-PS1-08 Surface enrichment in gold/silver alloys: Study of the physicochemical influences using atom probe tomography Tue-PS1-21 Atomistic modeling of alkali metals (Li, Na, K) intercalation into graphite Jacobs L Chemical Physics of Materials and Catalysis (CPMCT), Université libre de Bruxelles, Faculty of Sciences, Brussels, Belgium Lenchuk O Justus Liebig University Gießen, Institute of Physical Chemistry, Gießen, Germany Co-authors: Jacobs L, Lambeets S V, Genty E, Barroo C, de Bocarmé T V Co-author: Mollenhauer D

Tue-PS1-09 Synthesis, metalation and structures of tetrapyrroles at interfaces Tue-PS1-22 Adsorption of CO and H2O on Fe3O4 surfaces studied by density-functional theory Gottfried M J Fachbereich Chemie, Philipps-Universität Marburg, Germany Li X Institut für Chemie, Humboldt-Universität zu Berlin, Berlin, Germany Co-authors: Zugermeier M, Chen M, Drescher H-J, Klein B P, Krug C K, Schmid M Co-author: Paier J Sessions Poster

Tue-PS1-10 Au-Pd nanoparticles and Au/Rh double layers on TiO2(110) Tue-PS1-23 Ellipsometric and XPS study of Zr and ZrO2 Gubó R ELI-ALPS, ELI-HU Nonprofit Ltd., Szeged, Hungary Menyhárd M Institute for Technical Physics and Materials Science CER MTA, Budapest, Hungary

Co-authors: Yim C M, Allan M, Pang C L, Óvári L, Berkó A, Thornton G Co-authors: Petrik P, Sulyok A, Novotny T, Perez-Feró E, Kalas B, Agócs E, Lohner T, Hózer Z

Tue-PS1-11 Hydrogenation of CO2 on Pt nanoparticles supported on NiO Tue-PS1-24 Adsorption and dehydrogenation of napthalene on nickel(111) Halasi G MTA-SZTE Reaction Kinetics and Surface Chemistry Research Group, University of Szeged, Szeged, Hungary Marks K M Stockholm University, Stockholm, Sweden Co-authors: Sápi A, Dobó D, Baán K, Kiss J, Kónya Z Co-authors: Ghadami M, Moud P H, Piskorz W, Kotarba A, Hansson T, Öström H, Göthelied M, Engvall K Tue-PS1-12 Charge transfer and orbital level alignment at inorganic/organic interfaces: the role of dielectric interlayers Tue-PS1-25 Insight into surface-confined 2D polymerization of a 1,2-bis(4-bromophenyl)ethyne on Ag(110) surface Hurdax P Institute of Physics, University of Graz, NAWI Graz, Graz, Austria Mohebbi E University of Padova, Padova, Italy Co-authors: Hollerer M, Lüftner D, Ules T, Soubatch S, Tautz F S, Koller G Puschnig P, Sterrer M, Ramsey M G Co-authors: Carlotto S, Fakhrabadi M, Sedona F, Sambi M, Casarin M

Tue-PS1-13 Evaluation of electronic structure of the single molecule junction based on current voltage characteristics and thermopower Tue-PS1-26 Formate decomposition dynamics on Cu(111): importance of CO2 bending vibrational mode Isshiki Y Tokyo Institute of Technology, Tokyo, Japan Muttaqien F Osaka University, Osaka, Japan Co-authors: Komoto Y, Fujii S, Kiguchi M Co-authors: Oshima H, Hamamoto Y, Inagaki K, Hamada I, Morikawa Y

50 51 POSTER SESSION 1 Tuesday, August 29 18:00 – 19:30 POSTER SESSION 1 Tuesday, August 29 18:00 – 19:30

Tue-PS1-27 Sol derived alumina and silica supported Au-Ag bimetallic catalysts: structure and activity in aerobic selective oxidation of benzyl alcohol Tue-PS1-40 Indium coverage on Si(111)-√7×√3-In surface Nagy G MTA Centre for Energy Research, Budapest, Hungary Suzuki T Department of Electronics Engineering and Computer Science, Fukuoka University, Fukuoka, Japan Co-authors: Somodi F, Sáfrán G, Schay Z, T. Gál T, Beck A Co-authors: Lawrence J, Walker M, Morbec J M, Blowey P,Yagyu K, Kratzer P, Costantini G Tue-PS1-28 Effect of cationic species on the oxygen reduction reaction on Pt(111) electrode Tue-PS1-41 Adhesion model of graphene islands on metal substrates based on Moiré-patterns Nakamura M Chiba University, Chiba, Japan Szendrő M MTA Centre for Energy Research, Institute for Technical Physics and Materials Science, Budapest, Hungary Co-authors: Kumeda T, Hoshi N Co-author: Süle P Tue-PS1-29 First principles study on the interaction between hydrogen atoms and the graphene buffer layer grown on the SiC(0001) surface Tue-PS1-42 Adsorption, polymerization and decomposition of acetaldehyde on clean and carbon-covered Rh(111) surfaces Nara J National Institute for Materials Science, Tokyo, Japan Szitás A University of Szeged, Szeged, Hungary Co-authors: Yamasaki T, Ohno T Co-authors: Farkas A P, Kovács I, Kónya Z, Kiss J Tue-PS1-30 Regular and disordered surface vacancies on a ceria film surface Tue-PS1-43 Electron spectroscopic study of carbon fiber – polyacrylate composites Olbrich R Fachbereich Physik, Universitat Osnabruck, Osnabruck, Germany Tóth J MTA-ATOMKI Institute for Nuclear Research, Debrecen, Hungary Co-authors: Murgida G E, Ferrari V, Barth C, Llois A M, Reichling M, Ganduglia-Pirovano M V Co-authors: Károly T, Nagy I P Tue-PS1-31 Spin relaxation length for medium energy electrons in Pd and LiF ultrathin films Tue-PS1-44 Interaction of Au, Rh and Au-Rh alloys with the hexagonal boron nitride monolayer studied on Rh(111) Pavlov A V Institute of Physics, Nanotechnology and Telecommunications, Peter the Great St. Petersburg Polytechnic University, St. Petersburg, Russia Vari G Department of Applied and Environmental Chemistry, University of Szeged, Szeged, Hungary Co-authors: Ustinov A B, Petrov V N Co-authors: Gubó R, Kiss J, Farkas A P, Óvári L, Berkó A, Kónya Z Tue-PS1-32 Surface fluorination by C60F18 molecules adsorption on copper (001) Tue-PS1-45 Transmission surface diffraction for operando studies of heterogeneous interfaces Petukhov M University of Burgundy/Franche-Comté, Dijon, France Wiegmann T Institute of Experimental and Applied Physics, Kiel University, Kiel, Germany Co-authors: Oreshkin A, Muzychenko D, S. Oreshkin S, Bourgeois S, Bakhtizin R Co-authors: Reikowski F, Stettner J, Drnec J, Honkimäki V, Maroun F, Allongue P, Magnussen O M Tue-PS1-33 Configuring electronic states in an atomically precise array of quantum boxes Tue-PS1-46 Gold intercalation in Graphene/Ir(111) Popova O University of Basel, Basel, Switzerland Navarro J J Instituto Madrileño de Estudios Avanzados en Nanociencia, Cantoblanco, Madrid, Spain Co-authors: Nowakowska S, Waeckerlin A, Piquero-Zulaica I, Nowakowski J, Kawai S, Waeckerlin C, Matena M, Nijs T, Fatayer S, Ahsan A, Mousavi S F, Ivas T, Co-authors: Calleja F, Vázquez de Parga A L, Miranda R Meyer E, Stohr M, Ortega J E, Bjork J, Gade L H, Lobo-Checa J, Jung T A Tue-PS1-47 Decomposition of methanol on vanadium nanoclusters supported by graphene grown on Ru(0001) Tue-PS1-34 Photon and electron induced chemistry of molecules embedded within amorphous solid water (ASW) Wu Y C Department of Physics, National Central University, Taoyuan, Taiwan Ramakrishnan S Department of Physical Chemistry, The Hebrew University of Jerusalem, Israel Co-authors: Huang Y C, Luo M F Co-author: Asscher M Tue-PS1-48 Spin-orbital entanglement and optical spin control in solid surfaces Tue-PS1-35 Grafting unsaturated carbon groups on hydrogenated diamond under low-energy electron irradiation Yaji K Institute for Solid State Physics, The University of Tokyo, Tokyo, Japan Sala L A Univ Paris-Sud, Orsay, France Co-authors: Kuroda K, Kobayashi K, Komori F, Shin S Sessions

Co-authors: Amiaud L, Dablemont C, Lafosse A Poster Tue-PS1-49 Orange up-conversion in TiO2-ZnO composite ceramics fabricated by metal organic decomposition Tue-PS1-36 Effect of electric field on proton transfer at acid-base interface Yamamoto S-I Ryukoku University, Japan Shin S Department of Chemistry, Seoul National University, Seoul, South Korea. Co-author: Nonaka T

Co-author: Kang H Tue-PS1-50 Comparison of multiwalled carbon nanotubes modified with silver and gold particles as surface modifiers of carbon paste electrode for hydrodynamic

Tue-PS1-37 STM and STS study of thin Ag films grown on the Ga/Si(111)- √3×√3 surface chronoamperometric determination of H2O2 Starfelt S Department of Engineering and Physics, Karlstad University, Karlstad, Sweden Vajdle O Department of Chemistry, Biochemistry and Environmental Protection, University of Novi Sad, Novi Sad, Serbia Co-authors: Zhang H M, Johansson L S O Co-authors: Guzsvány V, Gurdeljević M, Pusztai P, Madarász D, Nagy L, Kónya Z Tue-PS1-38 Structural and Electronic modifications induced by reduction in cerium oxide nanoparticles Tue-PS1-51 Grazing incident excitations on aluminum and silicon surface Cresi J S P Dipartimento di Scienze Fisiche Informatiche e Matematiche, Università degli Studi di Modena e Reggio Emilia, Modena, Italy Sulyok A Institute for Technical Physics and Materials Science, MTA Centre for Energy Research, Budapest, Hungary Co-authors: Spadaro M C, D’Addato S, Valeri S, Amidani L, Boscherini F, Bertoni G, Deiana D, Luches P Co-author: Tőkési K Tue-PS1-39 Enantioselective reactions on chirally-modified model surfaces: a new molecular beam/surface spectroscopy apparatus Tue-PS1-52 Paper-supported electrochemical analysis platform for ion and biosensing Attia S Fritz Haber Institute of the Max Planck Society, Berlin, Germany Peltonen J Laboratory of Physical Chemistry, Centre for Functional Materials, Åbo Akademi University, , Finland Co-authors: Spadafora E J, Freund H J, Schauermann S Co-authors: Rosqvist E, Fogde A, Ihalainen P, Määttänen A, Sarfraz J

52 53 POSTER SESSION 2 Thursday, August 31 17:00 – 18:30 POSTER SESSION 2 Thursday, August 31 17:00 – 18:30

Thu-PS2-01 New instrumentation for spin-integrated and spin-resolved momentum microscopy – METIS and KREIOS Thu-PS2-14 Fabrication and characterization of the substrateless GaN-on-Si LEDs with a metal can package Simic-Milosevic V SPECS Surface Nano Analysis GmbH, Berlin, Germany Tsai C L Department of Electronic Engineering and Green Technology Research Center, Chang Gung University, Taoyuan, Taiwan Co-authors: Wietstruk M, Thissen A, Schoenhense G, Oelsner A, Tusche C Co-authors: Lu Y-C, Yu C-Y, Tu Y-C, Thu-PS2-02 Energy loss function of samarium derived from reflection electron energy loss spectroscopy Thu-PS2-15 Thermally induced dewetting of three dimensional Cu islands on the Ag(111) surface Tőkési K ELI-ALPS, ELI-HU Non-profit Ltd., Szeged, Hungary Jankowski M ESRF, Grenoble, France Co-authors: Xu H, Sulyok A Co-authors: Mirolo M, Kwieciński W, Hofhuis K, Birkhölzer Y, De Santis M, Wormeester H, Bailly A

Thu-PS2-03 BaZrO3 inclusions in solution-derived YBa2Cu3O7-d epitaxial thin films studied by X-Ray photoelectron spectroscopy Thu-PS2-16 Temperature effect on transport and charging of low-energy electrons interacting with amorphous solid water films Santoni A FSN-TECFIS-MNF, ENEA C.R. Frascati, Frascati, Italy Sagi R Institute of Chemistry, The Hebrew University of Jerusalem, Jerusalem, Israel Co-authors: Rondino F, Armenio A A, Mancini A, Pinto V, Celentano G, Piperno L Co-authors: Asscher M Thu-PS2-04 X-ray photoemission studies of liquid model systems for Pt-Ga and Pd-Ga bimetallic dehydrogenation catalysts Thu-PS2-17 Reversible interface formed on metal alloy oxide nanoparticles via lithiation Grabau M Friedrich-Alexander-Universität Erlangen-Nürnberg, Erlangen, Germany Rezvani S J IOM CNR, Trieste, Italy Co-authors: Erhard J, Taccardi N, Krick Calderon S, Neiss C, Wasserscheid P, Görling A, Steinrück H-P, Papp C Co-authors: Di Cicco A, Gunnella R, Nobili F, Passerini S, Pasquali L, Nannarone S Thu-PS2-05 Improvement in corrosion resistance of NiWP and NiWB films formed by electroless plating Thu-PS2-18 Electrostatic shielding versus sterical ligand stabilization: tunable nanocrystal stabilization mechanisms Shibata M University of Yamanashi Mohrhusen L Institute of Chemistry Physical Chemistry, Carl von Ossietzky University of Oldenburg, Oldenburg, Germany Co-author: Miyazawa Y Co-authors: Osmić M, Kolny-Olesiak J, Al-Shamery K Thu-PS2-06 Adsorption and thermal reaction of 1H-pyrazole on Cu(100) Thu-PS2-19 Gap opening in graphene buffer layer induced by structural superperiodicity Lin J L Department of Chemistry, National Cheng Kung University, Taiwan Tejeda A Synchrotron SOLEIL, Saint-Aubin, France Co-authors: Nair M N, Palacio I, Celis A, Zobelli A, Gloter A, Kubsky S, Turmaud J-P, Conrad M, Berger C, de Heer W, Conrad E H, Taleb-Ibrahimi A Thu-PS2-07 Reforming of ethanol on Rh(111) surface and supported Rh nanoclusters Thu-PS2-20 In situ XPS study of Ni-catalyzed graphitization on nano-crystalline diamond surface Hsia Y Y Department of Physics, National Central University, Taoyuan, Taiwan Romanyuk O Institute of Physics, Prague, Czech Republic Co-authors: Ansari A A, Lai Y L, Hsu Y J, Luo M F Co-authors: Varga M, Tulic S, Susi T, Waitz T, Skakalova V, Izak I, Jiricek P, Kromka A, Rezek B Thu-PS2-08 Synthesis of Pd nanoparticles by solution plasma method Thu-PS2-21 Multi-wall carbon nanotubes grown by USP-CVD: study of the growth time ratio against its length Otsuki K Energy Engineering, Graduate School of Engineering, Nagoya University, Japan Luna López J A Benemérita Universidad Autónoma de Puebla, Puebla, México Co-authors: Ogawa S, Ikenaga E, Yagi S Co-authors: Garzon-Roman A, Hernández-de la Luz A D, Rabanal Jimenez M E Thu-PS2-09 XPS MultiQuant: multimodel XPS quantification software Thu-PS2-22 Reduction and nitrogen implantation of graphene-oxide thin films in low pressure N-containing plasma Mohai M Institute of Materials and Environmental Chemistry, MTA Research Centre for Natural Sciences, Budapest, Hungary Bertóti I Institute of Materials and Environmental Chemistry, MTA Research Centre for Natural Sciences, Budapest, Hungary Co-author: Mohai M Sessions Thu-PS2-10 Stochastic kinetic mean-field model – a new atomic scale simulation method Poster Gajdics B Department of Solid State Physics, University of Debrecen, Debrecen, Hungary Thu-PS2-23 Plasmon-induced electron emission from a carbon nanotube under polarized laser: A real-time first-principles study Co-authors: Erdélyi Z, Pasichny M, Bezpalchuk V, Tomán J J, Gusak A M Uchida K Tokyo University of Science, Tokyo, Japan

Co-author: Watanabe K Thu-PS2-11 Reactivity of vanadium oxide monolayers on CeO2(111) studied by density functional theory Penschke C Humboldt-Universität zu Berlin, Berlin, Germany Thu-PS2-24 Metastable skyrmionic spin structures with various topologies and their electron charge/spin transport properties Co-author: Paier J Palotás K Institute of Physics, Slovak Academy of Sciences, Bratislava, Slovakia Co-author: Mándi G Thu-PS2-12 Collision-induced enhancement of polyimide corrosion in sub-low Earth orbit (LEO) space environment Tagawa M Kobe University, Kobe, Japan Thu-PS2-25 Investigation of oxide dispersion strengthened steel by photoelectron emission, Mössbauer spectroscopy, and X-ray diffraction Co-authors: Okura R, Fujimoto Y, Kita K, Yokota K Pető G Institute of Technical Physics and Materials Science, MTA Centre for Energy Research, Budapest, Hungary Co-authors: Dézsi I, Kiss L F, Horváth Z E, Oszetzky D, Nagy A, Molnár G, Balázsi K, Daróczi C S, Horváth A Thu-PS2-13 Surface degradation of fluoroethylenepropylene (FEP) films in sub-low earth orbit (LEO) environment; origin and mechanism Yokota K Kobe University, Kobe, Japan Co-authors: Fujimoto Y, Okura R, Kita K, Tagawa M

54 55 POSTER SESSION 2 Thursday, August 31 17:00 – 18:30 POSTER SESSION 2 Thursday, August 31 17:00 – 18:30

Thu-PS2-26 Iron phthalocyanine on ultrathin alumina template Thu-PS2-39 Toluene total oxidation over NiO nanoparticles on mesoporous SiO2: catalytic reaction at lower temperatures and repeated regeneration Mohamed F Department of Physics, University of Trieste, Italy Han S W Sungkyunkwan University, Suwon, Republic of Korea Co-authors: Corva M, Feng Z, Seriani N, Peressi M, Vesselli E Co-authors: Kim I H, Kim H J, Cha B J, Park C H, Jeong J H, Woo T G, Seo H O

Thu-PS2-27 Advancement of sample preparation for atom probe tomography: analysis of nanoporous and single-atom-alloy catalysts Thu-PS2-40 Surface plasmons on aluminum particles and silicon nanocrystals in off- stoichiometric SiO2 films used to increase the conversion efficiency in silicon solar cells Barroo C Chemical Physics of Materials and Catalysis, Université libre de Bruxelles, Brussels, Belgium López J C CIDS-ICUAP, Benemérita Universidad Autónoma de Puebla, Puebla, México Co-authors: Akey A J, Bell D C Co-author: López J A L Thu-PS2-28 Photon-stimulated desorption processes of polymers by vacuum ultraviolet emissions from a laser-produced plasma Thu-PS2-41 Titanate nanotube supported plasmonic gold and rhodium particles for heterogeneous photocatalysis Kaku M University of Miyazaki, Miyazaki, Japan László B University of Szeged, Szeged, Hungary Co-authors: Fuchigami K, Katto M, Yokotani A,Sasaki W Co-authors: Baán K, Oszkó A, Erdőhelyi A, Kónya Z, Kiss J Thu-PS2-29 Chiral recognition using field ion and field emission microscopy Thu-PS2-42 First-principle study of angle-resolved secondary electron emission from atomic sheets Lambeets S V Chemical Physics of Materials and Catalysis (CPMCT), Université libre de Bruxelles, Faculty of Sciences, Brussels, Belgium Ueda Y Department of Physics, Tokyo University of Science, Tokyo, Japan Co-authors: Prakash J, Lambeets S V, Genty E, Barroo C, de Bocarmé T V Co-authors: Suzuki Y, Watanabe K Thu-PS2-30 Surface mobility and nucleation of a molecular switch: tetraaniline on hematite Thu-PS2-43 Oxide layer growth and hydrogen transfer processes at the surface of tungsten Mohtasebi A Department of Chemistry and Chemical Biology, McMaster University, Hamilton, Ontario, Canada El Kharbachi A CEA, SCBM, Laboratoire de Marquage par le Tritium, Gif-sur-Yvette, France Co-author: Kruse P Co-authors: Marchetti L, Miserque F, Rousseau B Thu-PS2-31 Perfluoropentacene films on gold surfaces grown by supersonic molecular beam deposition Thu-PS2-44 Influence of local surface potential on Kikuchi envelope and channeling of high-energy electrons on reconstructed surface Yavuz A Middle East Technical University, Ankara, Turkey Shigeta Y Yokohama City University, Yokohama, Japan Co-authors: Bracco G, Danisman M F Co-author: Hagiwara Y Thu-PS2-32 Formation of carbon nanostructures on metal deposits prepared by EBID Thu-PS2-45 Preformed cluster mobility as a probe for surface characterization Szenti I University of Szeged, Szeged, Hungary Lion J Laboratoire Aimé Cotton – CNRS, Université Paris-Sud, Orsay Cedex, France Co-authors: Tu F, Dorst M , Marbach H, Kiss J, Kónya Z Co-authors: Billaud P, Sarfati A, Kébaïli N Thu-PS2-33 In-situ observation of water-induced reordering in ultrathin ionic liquid films Thu-PS2-46 Observation of shell structure in mixed Ar/Kr clusters studied by electron energy loss spectroscopy Henderson Z Jeremiah Horrocks Institute for Mathematics, Physics and Astronomy, University of Central Lancashire, Preston, Lancashire, United Kingdom Hirayama T Department of Physics, Rikkyo University, Tokyo, Japan Co-authors: Walton A S, Thomas A G, Syres K L Co-authors: Kita K, Nomura T, Tachibana T

Thu-PS2-34 Single-molecule conductance measurement of Ru(bpy)3 derivative Thu-PS2-47 Effect of conduction band non-parabolicity on the intersubband transitions in ZnO/MgxZn1-xO Quantum Well Heterostructures Komoto Y Graduate School of Science, Tokyo Institute of Technology, Tokyo, Japan Chrafih YSustainable Development Laboratory, Department of Physics, Morocco Co-authors: Fujii S, Tamaki Y, Kiguchi M Co-authors: Lirst R K, Zorkani I Sessions Poster Thu-PS2-35 Epitaxial growth of fullerene on the organic single crystal Thu-PS2-48 Particular behaviour of the GaAs wetting layer on AlGaAs substrate during droplet epitaxy Tsuruta R Department of Pure and Applied Chemistry, Tokyo University of Science, Tokyo, Japan Nemcsics Á Institute for Microelectronics and Technology, Óbuda University, Budapest, Hungary

Co-authors: Mizuno Y, Togami Y, Yamanaka S, Mori T, Koganezawa T, Hosokai T, Nakayama Y Co-authors: Tóth L, Erdélyi Z Thu-PS2-36 Investigation of carbendazim removal from water media by multiwalled carbon nanotubes and magnetite modified multiwalled carbon nanotubes Tasič A Department of Chemistry, Biochemistry and Environmental Protection, University of Novi Sad, Novi Sad, Serbia Co-authors: Guzsvány V, Bogosavljev M, Vajdle O, Nagy L, Kukovecz Á, Kónya Z

Thu-PS2-37 Surface spectroscopic analysis of transition metal doped TiO2 nanoparticles Lee H Department of Chemistry, Sookmyung Women’s University, Seoul, Republic of Korea Thu-PS2-38 Messenger atom action spectroscopy of solid surfaces Plucienik A Department of Chemical Physics, Fritz-Haber-Institut der Max-Planck-Gesellschaft, Berlin, Germany Co-authors: Wu Z-F, Naschitzki M, Wachsmann W, Kuhlenbeck H, Hajo Freund H-J

56 57 A Ayani C G Tue‑10:40‑O‑EG2D, Bertóti I Tue‑PS1‑04, Thu‑PS2‑22 Cai L Thu‑16:20‑O‑ORGS Conrad E H Thu‑PS2‑19 Di Giovannantonio M Tue‑11:40‑O‑ORGS2, Wed‑11:00‑O‑BAND Tue‑17:00‑O‑PISC, Abd‑el‑Fattah Z Wed‑16:40‑O‑SAMA Bertram M Tue‑14:40‑O‑ELCH Cakirlar C Wed‑16:00‑O‑ORGS Constantini G Tue‑14:00‑O‑EG2D, B Bertran F Tue‑15:00‑O‑OXID Calleja F Tue‑10:40‑O‑EG2D, Tue‑PS1‑19, Tue‑PS1‑40 Wed‑9:20‑O‑GRAP Acres M Tue‑9:00‑I‑CORR Díaz C Wed‑16:00‑O‑SAMA Baán K Tue‑PS1‑11, Thu‑PS2‑41 Beser U Tue‑11:40‑O‑ORGS2 Tue‑17:40‑O‑ORGS, Contini G Wed‑9:20‑O‑GRAP Acres R G Wed‑11:40‑O‑ORGS Tue‑PS1‑46, Thu‑11:20‑O‑GRAP Diebold U Tue‑16:00‑O‑OXID, Bachellier N Tue‑9:20‑O‑MAGN Bettermann H Tue‑14:40‑O‑BIMS Coraux J Tue‑15:00‑O‑OXID Agócs E Tue‑PS1‑23 Calloni A Tue‑11:00‑O‑ORGS1 Wed‑16:40‑O‑OXID, Bachmann P Tue‑16:20‑O‑CATL Bezpalchuk V Thu‑PS2‑10 Coreno M Wed‑9:20‑O‑ORGS Aguilar P C Tue‑14:00‑O‑ORGS, Camilli L Tue‑PS1‑05 Thu‑9:20‑O‑OXID, Wed‑11:00‑O‑BAND Bahr S Mon‑14:40‑O‑NAEX Bichler M Thu‑11:40‑O‑OXID Cornish A Thu‑14:00‑O‑ORGS Thu‑9:40‑O‑OXID, Bidermane I Wed‑9:20‑O‑ORGS Campbell C T Thu‑14:20‑O‑ORGS, Corso M Wed‑16:40‑O‑SAMA Thu‑11:40‑O‑OXID Ahmad A Thu‑15:20‑O‑ENER Bailly A Thu‑PS2‑15 Fri‑9:20‑Plen‑5 Bignardi L Tue‑11:00‑O‑EG2D Corva M Thu‑PS2‑26 Dietrich P Mon‑14:40‑O‑NAEX Ahsan A Tue‑PS1‑33, Bakhtizin R Tue‑PS1‑32 Camuka H Tue‑17:40‑O‑OXID Thu‑9:20‑O‑MOLA Billaud P Thu‑PS2‑45 Cossaro A Wed‑9:20‑O‑GRAP, Diller K Tue‑9:40‑O‑MAGN Bakos I Tue‑PS1‑03, Canimkurbey B Wed‑16:00‑O‑ORGS Aitchison H Tue‑17:00‑O‑MOLA Thu‑9:00‑O‑OXID Birkhölzer Y Thu‑PS2‑15 Thu‑9:00‑O‑MOLA Dinelli F Wed‑16:20‑O‑ORGS Capelli R Wed‑16:20‑O‑ORGS Akey A J Thu‑PS2‑27 Balajka J Thu‑9:40‑O‑OXID Birnal P Thu‑11:40‑O‑ORGS Cresi J S P Tue‑PS1‑38 Ding Z J Tue‑11:00‑O‑ORGS Carey S J Thu‑14:20‑O‑ORGS Akhtar N Tue‑11:40‑O‑OXID Balázsi K Thu‑PS2‑25 Biró L P Tue‑15:00‑I‑EG2D Cruguel F H Thu‑9:00‑O‑MOLA Dino W A Tue‑PS1‑01, Carla F Tue‑14:20‑O‑EG2D, Akiyama R Wed‑16:00‑O‑BAND Balmes O Thu‑14:20‑O‑CATH Bisson R Wed‑16:20‑O‑GRAP Crumlin E Thu‑10:40‑O‑CATH Wed‑9:00‑O‑COMP, Tue‑16:20‑O‑ELCH Csizmadia T Mon-17:00-O-ELI-ALPS Thu‑15:20‑O‑ENER Albertin S Thu‑14:20‑O‑CATH Balog R Tue‑PS1‑05, Björk J Tue‑PS1‑33 Carlotto S Tue‑PS1‑25 Wed‑10:40‑O‑GRAP, Cyganik P Tue‑17:20‑O‑MOLA Dobó G D Tue‑9:20‑O‑NAEX, Tue‑PS1‑11 Aldahhak H Tue‑14:00‑O‑ORGS Blaha P Thu‑11:40‑O‑OXID Carrier X Tue‑17:20‑O‑OXID Alev O Tue‑16:40‑O‑OXID Wed‑11:00‑O‑GRAP Bloch J Thu‑15:00‑O‑OXID Cserháti C Tue‑PS1‑15, Dobrik G Tue‑15:00‑I‑EG2D Casarin M Tue‑PS1‑25 Thu‑16:20‑O‑ENER Alexa P Tue‑10:40‑O‑ORGS1 Baltic R Tue‑9:40‑O‑MAGN Blomberg S Thu‑11:20‑O‑CATH, Dogan H Ö Tue‑11:40‑O‑ELCH Cassidy A Tue‑PS1‑05, Csík A Tue‑9:40‑O‑BIMS, Al‑Hada M Tue‑9:40‑I‑NAEX Bana H V Tue‑11:00‑O‑EG2D Thu‑14:20‑O‑CATH, Dombi P Mon-17:00-O-ELI-ALPS, Wed‑16:20‑O‑GRAP, Tue‑PS1‑06 Thu‑10:00‑O‑LASE Allan M Tue‑PS1‑10 Bao X Wed‑11:00‑O‑OXID Thu‑14:40‑O‑CATH Wed‑10:40‑O‑GRAP, D Rivera M D Tue‑10:00‑O‑CORR Allegretti F Tue‑14:00‑O‑ORGS Baradács E Tue‑PS1‑15 Blowey P Tue‑PS1‑40 Wed‑11:00‑O‑GRAP Domenichini B Thu‑11:40‑O‑ORGS Allongue P Tue‑PS1‑45 Baraldi A Tue‑11:00‑O‑EG2D Blügel S Wed‑16:40‑O‑ORGS Catrou P Wed‑9:40‑O‑OXID Dablemont C Tue‑PS1‑35 Domján A Tue‑10:00‑O‑ENER Alonso C Wed‑9:00‑O‑GRAP Baran J D Tue‑15:00‑O‑ORGS Boatner L A Thu‑9:20‑O‑OXID Celentano G Thu‑PS2‑03 D'Addato S Tue‑PS1‑38 Donati F Tue‑9:40‑O‑MAGN Alperovich V L Thu‑16:00‑O‑SEMI Barragán A Thu‑14:40‑O‑ENER Bocquet M‑L Tue‑9:20‑O‑MAGN Celis A Thu‑PS2‑19 Danisman M F Thu‑PS2‑31 Dorst M Thu‑PS2‑32 Al‑Shamery K Thu‑PS2‑18 Barroo C Mon‑15:20‑O‑CATL, Bodek L Mon‑14:20‑O‑ORGS Cha B J Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Danowski W Tue‑PS1‑18 Tue‑11:20‑O‑EG2D, Dostert K‑H Tue‑16:40‑K‑CATL Parlak E A Wed‑16:00‑O‑ORGS Boggild P Tue‑PS1‑05 Chab V Tue‑10:00‑O‑CORR Dappe Y J Tue‑15:00‑O‑OXID Tue‑17:20‑O‑CATL, Tue‑PS1‑08, Bogosavljev M Thu‑PS2‑36 Daróczi C S Thu‑PS2‑25 Dreiser J Tue‑9:40‑O‑MAGN, Alves Perdigao L M Tue‑PS1‑19 Thu‑PS2‑27, Thu‑PS2‑29 Chacon C Tue‑17:20‑O‑ORGS, Bokányi E Tue‑14:00‑O‑BIMS Wed‑16:00‑O‑GRAP Datz D Tue‑PS1‑07 Tue‑10:40‑O‑ORGS1 Amati M Tue‑9:40‑I‑NAEX Barth C Tue‑PS1‑30, Thu‑14:40‑O‑OXID Drescher H‑J Tue‑PS1‑09 Amiaud L Tue‑PS1‑35 Bollmann T R J Tue‑14:20‑O‑EG2D Champness N R Tue‑15:00‑O‑ORGS De Bocarmé T V Mon‑15:20‑O‑CATL, Barth J V Tue‑14:00‑O‑ORGS Thu‑PS2‑29 Dresler C Wed‑16:20‑O‑SAMA Amidani L Tue‑PS1‑38 Bondarchuk A Tue‑11:20‑O‑ELCH Chan W‑Y Tue‑9:00‑O‑NAEX Bartynski R Thu‑15:00‑O‑ORGS De Decker Y Mon‑15:20‑O‑CATL Drnec J Tue‑PS1‑45, Thu‑14:20‑O‑CATH Amino S Tue‑PS1‑01 Borbáth I Tue‑PS1‑03, Thu‑9:00‑O‑OXID Chandola S Thu‑16:20‑O‑SEMI Basa P Tue‑PS1‑02 De Heer W Thu‑PS2‑19 Dubau M Wed‑11:40‑O‑ORGS Ana‑Cristina G‑H Thu‑11:40‑O‑GRAP Borbon A P Thu‑10:40‑O‑CATH Chang C‑S Tue‑9:00‑O‑NAEX Battistig G Thu‑14:40‑O‑SAMA De Hosson J T M Thu‑14:00‑O‑GRAP Duchon T Tue‑9:40‑O‑ENER Andryushechkin B V Wed‑11:20‑O‑OXID Borg A Tue‑16:40‑O‑PISC Charalambidis D Mon-17:00-O-ELI-ALPS, Bauer U Tue‑16:20‑O‑CATL Thu‑10:00‑O‑LASE De La Torre B Mon‑14:00‑O‑ORGS Dumergue M Mon-17:00-O-ELI-ALPS Anggara K Thu‑16:20‑O‑CATL Boscherini F Tue‑PS1‑38 Bauer A Wed‑11:20‑O‑ORGS Chasse A Wed‑16:20‑O‑SAMA De Luca O Tue‑PS1‑19 Dumslaff T Tue‑11:40‑O‑ORGS2 Angot T Wed‑16:20‑O‑GRAP Bourgeois S Tue‑PS1‑32, Thu‑11:40‑O‑ORGS Bayat A Wed‑16:20‑O‑SAMA Chen W‑C Wed‑16:20‑O‑BAND De Santis M Thu‑PS2‑15 Duncan D A Tue‑14:00‑O‑ORGS Antici P Mon-17:00-O-ELI-ALPS Bracco G Thu‑PS2‑31 Bechstedt F Thu‑16:20‑O‑SEMI Chen M Tue‑PS1‑09 De Simone M Wed‑9:20‑O‑ORGS Dung N V Thu‑11:40‑O‑GRAP Armenio A A Thu‑PS2‑03 Brambilla A Tue‑11:00‑O‑ORGS1 Beck A Tue‑PS1‑27 Cheng C‑M Wed‑16:20‑O‑BAND Deák L Tue‑15:20‑O‑OXID Duò L Tue‑11:00‑O‑ORGS1, Ansari A A Thu‑PS2‑07 Brena B Wed‑9:20‑O‑ORGS Behm R J Fri‑11:20‑Plen‑7 Chenot S Tue‑11:20‑O‑OXID Dedkov Y Wed‑11:20‑O‑ORGS Tue‑14:00‑I‑OXID Antczak G Wed‑9:00‑O‑ORGS O'Brien P Thu‑15:00‑O‑ENER Behmenburg H Thu‑10:00‑O‑GRAP Chiang T‑C Wed‑16:20‑O‑BAND Deiana D Tue‑PS1‑38 Düll F Tue‑16:20‑O‑CATL Araby M I Wed‑11:20‑K‑GRAP Bruix A Thu‑9:00‑O‑CATH Beinik I Thu‑10:00‑O‑OXID Chiechi R C Tue‑PS1‑18 Deimel P S Tue‑14:00‑O‑ORGS Dvorák F Thu‑14:20‑O‑OXID Arafune R Mon‑14:40‑O‑BAND Brumboiu I Wed‑9:20‑O‑ORGS Bell D C Thu‑PS2‑27 Cho Y Thu‑9:40‑O‑SAMA Dékány I Tue‑10:00‑O‑ENER E Arasu N P Tue‑9:20‑O‑ORGS Brummel O Tue‑14:40‑O‑ELCH Bellec A Tue‑17:20‑O‑ORGS, Choi J J Tue‑16:00‑O‑OXID Del Cueto M Wed‑16:00‑O‑SAMA Ebeling R Wed‑16:40‑O‑ORGS Arguelles E F Wed‑9:00‑O‑COMP, Wed‑16:00‑O‑GRAP Brune H Tue‑9:40‑O‑MAGN Chrafih Y Thu‑PS2‑47 Deleporte E Thu‑14:40‑O‑ENER Ebrahimi M Wed‑9:20‑O‑GRAP Tue‑PS1‑01 Belza W Thu‑10:40‑O‑ORGS, Buchholcz B Tue‑PS1‑04 Arita M Wed‑16:20‑O‑BAND Thu‑11:20‑O‑SEMI Buck M Tue‑17:00‑O‑MOLA Adamsen K C Thu‑10:00‑O‑OXID Delhaye G Wed‑9:40‑O‑OXID Echavaren A Tue‑16:00‑O‑ORGS Aspera S Tue‑PS1‑01 Berber S Wed‑16:00‑O‑ORGS Bussetti G Tue‑11:00‑O‑ORGS1 Chulkov E V Wed‑11:00‑O‑BAND Demir Ü Tue‑11:40‑O‑ELCH Ecija D Tue‑11:20‑O‑ORGS1, Büyükköse S Wed‑16:00‑O‑ORGS Ciccacci F Tue‑11:00‑O‑ORGS1 Denecke R Wed‑16:20‑O‑SAMA Tue‑17:20‑O‑PISC Asschauer U Thu‑9:40‑O‑OXID Bercha S Wed‑11:40‑O‑ORGS Index El Kharbaci A Thu‑PS2‑43 Asscher M Tue‑16:00‑I‑PISC, Berger J Tue‑11:00‑O‑ORGS2 C Cichon S Tue‑10:00‑O‑CORR Deniz O Tue‑11:40‑O‑ORGS2, Tue‑17:00‑O‑PISC Ellis G J Wed‑9:00‑O‑GRAP Tue‑PS1‑34, Thu‑PS2‑16 Berger C Thu‑PS2‑19 Cieślik K Thu‑10:40‑O‑ORGS Cabailh G Tue‑11:20‑O‑OXID, Deuermeier J Wed‑10:40‑O‑BAND El‑Sayed A Wed‑16:40‑O‑SAMA Atodiresei N Wed‑16:40‑O‑ORGS Bergmann K Tue‑10:40‑I‑MAGN Tue‑17:20‑O‑OXID Cirera B Tue‑11:20‑O‑ORGS1 Dézsi I Thu‑PS2‑25 Eltsov K N Wed‑11:20‑O‑OXID Atti S Thu‑15:00‑O‑OXID Berkó A Mon‑15:00‑O‑CATL, Cabo A G Wed‑10:40‑O‑GRAP Coati A Tue‑14:40‑O‑EG2D Dhesi S S Tue‑PS1‑20 Engelund M Tue‑16:00‑O‑ORGS Attia S Tue‑PS1‑39 Tue‑PS1‑10, Tue‑PS1‑44 Caciuc V Wed‑16:40‑O‑ORGS Comelli G Thu‑10:40‑I‑GRAP Aulická M Tue‑9:40‑O‑ENER Bertoni G Tue‑PS1‑38 Conrad M Thu‑PS2‑19 Di Cicco A Thu‑PS2‑17 Engvall K Tue‑PS1‑24 58 59 Erdélyi Z Tue‑14:00‑O‑BIMS, Tue‑PS1‑15, Foti G Mon‑14:00‑O‑ORGS Giesen C Thu‑10:00‑O‑GRAP Halbritter T Tue‑9:00‑O‑ORGS Hulva J Tue‑16:00‑O‑OXID, Joucken F Tue‑17:20‑O‑ORGS, Thu‑16:20‑O‑ENER, Fournée V Thu‑16:00‑O‑CATH Giglia A Wed‑16:20‑O‑ORGS Hamada I Tue‑17:00‑O‑ORGS, Tue‑PS1‑26 Thu‑11:40‑O‑OXID Wed‑16:00‑O‑GRAP Thu‑PS2‑10, Thu‑PS2‑48 Förster S Wed‑16:20‑O‑SAMA, Gilis N Tue‑11:20‑O‑EG2D, Hamamoto Y Tue‑17:00‑O‑ORGS, Tue‑PS1‑26 Humblot V Tue‑17:20‑O‑OXID, Jöhr R Mon‑14:20‑O‑ORGS Erdőhelyi A Thu‑PS2‑41 Thu‑14:40‑O‑ORGS Tue‑17:20‑O‑CATL Hammer B Thu‑9:00‑O‑CATH, Thu‑9:00‑O‑MOLA Juhász K L Tue‑9:20‑O‑NAEX Erhard J Thu‑PS2‑04 Föttinger K Thu‑9:40‑I‑CATH Girard Y Tue‑17:20‑O‑ORGS, Thu‑11:20‑O‑ORGS, Hurdax P Tue‑PS1‑12 Juhász L Tue‑PS1‑15, Erler P Wed‑11:20‑O‑ORGS Franceschi G Wed‑16:40‑O‑OXID Wed‑16:00‑O‑GRAP Thu‑15:20‑O‑OXID Hussain H Tue‑9:00‑I‑CORR Thu‑16:20‑O‑ENER Esser N Thu‑16:20‑O‑SEMI Franchini C Wed‑16:40‑O‑OXID Ghadami M Tue‑PS1‑24 Hammer R Thu‑14:40‑O‑ORGS Huth P Wed‑16:20‑O‑SAMA Jung T A Tue‑PS1‑33, Estelle M Thu‑11:40‑O‑GRAP Franke M Wed‑11:40‑O‑OXID Glatzel T Mon‑14:20‑O‑ORGS Han S W Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Hutter H Wed‑16:40‑O‑OXID Thu‑9:20‑O‑MOLA Etzkorn M Tue‑10:40‑O‑ORGS1 Franz D Thu‑11:40‑O‑CATH Gleeson M Thu‑9:40‑O‑MOLA Hansson T Tue‑PS1‑24 Hwang C Tue‑15:00‑I‑EG2D Jupille J Tue‑11:20‑O‑OXID Evertsson J Tue‑16:20‑O‑ELCH, Freund H‑J Tue‑16:40‑K‑CATL, Tue‑PS1‑39, Gloter A Thu‑PS2‑19 Hao X Wed‑16:40‑O‑OXID I Jurczyszyn L Mon‑14:40‑O‑ORGS Tue‑16:40‑O‑ELCH Thu‑11:20‑O‑OXID, Thu‑PS2‑38 Godlewski S Mon‑14:20‑O‑ORGS, Hardacre C Tue‑16:20‑O‑ORGS Ichinokura S Wed‑16:00‑O‑BAND K Tue‑16:00‑O‑ORGS F Fuchigami K Thu‑PS2‑28 Harlow G S Tue‑16:20‑O‑ELCH, Ideta S Wed‑11:40‑O‑BAND Kahaly M U Tue‑PS1‑16 Goikolea E Tue‑11:20‑O‑ELCH Tue‑16:40‑O‑ELCH Fabris S Thu‑14:20‑O‑OXID Fujii S Tue‑10:40‑O‑ORGS2, Ihalainen P Tue‑PS1‑52 Kahaly S Mon-17:00-O-ELI-ALPS Fagot‑Revurat Y Tue‑15:00‑O‑OXID, Tue‑11:20‑O‑ORGS2, Goldoni A Tue‑11:00‑O‑ORGS1 Harsh R Tue‑17:20‑O‑ORGS Kaku M Thu‑PS2‑28 Thu‑PS2‑34 Iimori T Wed‑16:20‑O‑BAND Wed‑9:20‑O‑GRAP Golek F Wed‑9:00‑O‑ORGS Hasegawa Y Wed‑16:00‑O‑BAND Kalas B Tue‑PS1‑23 Fujii J Wed‑16:00‑O‑BAND Ikenaga E Thu‑PS2‑08 Faisal F Tue‑14:40‑O‑ELCH Goniakowski J Tue‑11:20‑O‑OXID Hasegawa S Wed‑16:00‑O‑BAND Kalita G Wed‑11:20‑K‑GRAP Fujimoto Y Thu‑PS2‑12, Thu‑PS2‑13 Inagaki K Tue‑17:00‑O‑ORGS, Tue‑PS1‑26 Fakhrabadi M Tue‑PS1‑25 Gopakumar T G Tue‑9:00‑O‑ORGS, Hayashi H Tue‑17:00‑O‑PISC Kálomista I Tue‑9:20‑O‑NAEX Fukidome H Thu‑9:20‑O‑CATH Thu‑10:00‑O‑MOLA Isshiki Y Tue‑10:40‑O‑ORGS2, Falta J Thu‑14:00‑O‑OXID Heckel A Tue‑9:00‑O‑ORGS Tue‑PS1‑13 Kamarás K Tue‑PS1‑07 Fukuda T Tue‑14:20‑O‑BIMS Gopinath C S Thu‑11:00‑O‑CATH Fan Q Wed‑10:40‑O‑ORGS Hejral U Tue‑16:40‑O‑ELCH, Ito S Wed‑16:20‑O‑BAND Kaminski D Tue‑14:20‑O‑EG2D Fukutani K Wed‑9:00‑O‑COMP Gottfried J M Tue‑11:40‑O‑ORGS1, Thu‑11:40‑O‑CATH, Farkas A P Mon‑15:00‑O‑CATL, Ivars‑Barcelo F Thu‑11:20‑O‑OXID Kanematsu H Tue‑15:20‑O‑ORGS Füle M Mon-17:00-O-ELI-ALPS Tue‑PS1‑09, Thu‑14:20‑O‑CATH Tue‑PS1‑17, Tue‑PS1‑42, Ivas T Tue‑PS1‑33 Kang Ha Thu‑11:00‑O‑SEMI Tue‑PS1‑44 Fülöp L Mon-17:00-O-ELI-ALPS Wed‑10:40‑O‑ORGS Held G Thu‑14:00‑O‑ORGS Iwaoka M Wed‑16:00‑O‑BAND Kang He Thu‑11:00‑O‑SEMI Farkas B Mon-17:00-O-ELI-ALPS Görling A Thu‑PS2‑04 Henderson Z Tue‑16:20‑O‑ORGS, G Izak I Thu‑PS2‑20 Károly T Tue‑PS1‑43 Farnesi Camellone M Thu‑14:20‑O‑OXID Göthelied M Tue‑PS1‑24 Thu‑PS2‑33 Gade L H Tue‑PS1‑33 Grabau M Thu‑PS2‑04 Hermansson K Thu‑10:40‑I‑OXID J Karthäuser S Wed‑16:40‑O‑ORGS Farstad M H Tue‑16:40‑O‑PISC Gajdics B Tue‑14:00‑O‑BIMS, Thu‑PS2‑10 Grazioli C Wed‑9:20‑O‑ORGS Hernández‑de la Luz A D Thu‑PS2‑21 Jacobs L Tue‑11:20‑O‑EG2D, Kasai H Tue‑PS1‑01, Fasel R Tue‑11:40‑O‑ORGS2, Gajic R Thu‑15:20‑O‑ORGS Wed‑9:00‑O‑COMP, TUe‑17:00‑O‑PISC Gregoratti L Tue‑9:40‑I‑NAEX Heuken M Thu‑10:00‑O‑GRAP Tue‑17:20‑O‑CATL, Tue‑PS1‑08 Gál T Tue‑PS1‑27 Thu‑15:20‑O‑ENER, Fatayer S Tue‑PS1‑33, Thu‑9:20‑O‑MOLA Grill L Mon‑15:00‑O‑SAMA Hikasa M Wed‑11:40‑O‑BAND Jacques V Thu‑14:40‑O‑ENER Galbács G Tue‑9:20‑O‑NAEX Thu‑16:00‑O‑ORGS Felici R Tue‑16:20‑O‑ELCH Gronborg S S Thu‑9:00‑O‑CATH Hirayama T Thu‑PS2‑46 Jain R Thu‑11:00‑O‑CATH Galeotti G Wed‑9:20‑O‑GRAP Katto M Thu‑PS2‑28 Feng B Wed‑16:20‑O‑BAND Groot I M N Mon‑15:20‑O‑NAEX Hirjibehedin C F Mon‑15:20‑O‑SAMA Jakub Z Thu‑11:40‑O‑OXID Gallego J M Tue‑11:20‑O‑ORGS1 Kawaguchi N Tue‑17:00‑O‑ORGS Feng Z Thu‑PS2‑26 Gross L Mon‑14:40‑O‑SAMA Hitzel F Tue‑PS1‑02 Janas A Thu‑14:00‑O‑SEMI Galloway E Tue‑9:40‑O‑CORR Kawai H Tue‑16:00‑O‑ORGS Feringa B L Tue‑PS1‑18 Grönbeck H Thu‑10:40‑O‑CATH Hoffmann G Tue‑9:00‑O‑NAEX Jankowski M Tue‑14:20‑O‑EG2D, Thu‑PS2‑15 Kawai M Mon‑14:00‑O‑BAND Ganduglia‑Pirovano Tue‑16:00‑O‑CATL, Tue‑PS1‑30, Grumelli D Tue‑10:40‑O‑ORGS1 Hofhuis K Thu‑PS2‑15 Jannane T Tue‑PS1‑14 Ferrari V Tue‑PS1‑30, Thu‑14:40‑O‑OXID M V Thu‑14:40‑O‑OXID Kawai S Tue‑PS1‑33 Fertey P Thu‑14:40‑O‑ENER Grunder Y Tue‑16:00‑O‑ELCH Hollerer M Tue‑PS1‑12 Jany B R Thu‑11:20‑O‑SEMI, Ke C‑R Thu‑15:00‑O‑ENER García López V Mon‑15:00‑O‑SAMA Thu‑14:00‑O‑SEMI Fester J Tue‑16:20‑O‑OXID Gubó R Tue‑PS1‑10, Tue‑PS1‑44 Hogan C Thu‑16:20‑O‑SEMI Kébaïli N Thu‑PS2‑45 García‑Hernández M Wed‑9:00‑O‑GRAP Jarvis S P Tue‑15:00‑O‑ORGS Fezouan N Tue‑PS1‑14 Guitián E Mon‑14:40‑O‑SAMA, Holst B Tue‑11:40‑O‑OXID Kera S Wed‑11:40‑O‑BAND Garcia‑Lekue A Tue‑16:00‑O‑ORGS Tue‑16:00‑O‑ORGS Jelinek P Mon‑14:00‑O‑ORGS, Figueroba A Tue‑9:40‑O‑ENER Honkimäki V Tue‑PS1‑45 Kern K Tue‑10:40‑O‑ORGS1 Garnier L Tue‑9:20‑O‑MAGN Gunnella R Thu‑PS2‑17 Tue‑10:40‑I‑NAEX, Finazzi M Tue‑11:00‑O‑ORGS1 Horakova K Tue‑10:00‑O‑CORR Kettner M Thu‑9:40‑O‑LASE Garreau Y Tue‑14:40‑O‑EG2D Gurban S Thu‑14:40‑O‑SAMA Tue‑11:00‑O‑ORGS2 Fischer P Thu‑9:40‑O‑LASE Hornekær L Tue‑9:40‑O‑ORGS, Khalakhan I Wed‑11:40‑O‑ORGS Garzon‑Roman A Thu‑PS2‑21 Gurdeljević M Tue‑PS1‑50 Tue‑16:40‑O‑ORGS, Jemli K Thu‑14:40‑O‑ENER Flavell W R Thu‑15:00‑O‑ENER Kharche N Wed‑9:20‑O‑GRAP Gasperi G Thu‑14:00‑O‑OXID Gusak A M Thu‑PS2‑10 Tue‑PS1‑05, Jensen P A Tue‑9:40‑O‑ORGS Flege J I Thu‑14:00‑O‑OXID Gaudry E Thu‑16:00‑O‑CATH Wed‑10:40‑O‑GRAP, Jeong J H Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Khlobystov A Tue‑PS1‑07 Fleig J Wed‑16:40‑O‑OXID Gustafson J Thu‑10:40‑O‑CATH, Gauquelin N Thu‑14:00‑O‑SEMI Thu‑11:20‑O‑CATH, Wed‑11:00‑O‑GRAP, Jethwa S J Thu‑11:20‑O‑ORGS Kibis L Thu‑16:00‑O‑CATH Wed‑16:20‑O‑GRAP Floreano L Tue‑10:00‑O‑CORR, Gellmann A J Wed‑9:00‑I‑BIMS, Thu‑11:40‑O‑CATH, Jilili J Tue‑PS1‑16 Kierren B Tue‑15:00‑O‑OXID Tue‑11:00‑O‑ORGS1, Horváth A Thu‑PS2‑25 Wed‑11:00‑O‑ORGS Thu‑14:20‑O‑CATH, Jiricek P Thu‑PS2‑20 Kiguchi M Tue‑10:40‑O‑ORGS2, Thu‑9:00‑O‑MOLA Thu‑14:40‑O‑CATH, Horváth Z E Tue‑15:00‑I‑EG2D, Thu‑PS2‑25 Gelsomini C Wed‑16:20‑O‑ORGS Joachim C Tue‑16:00‑O‑ORGS Tue‑11:20‑O‑ORGS2, Flores F Thu‑15:00‑O‑ORGS Thu‑15:20‑O‑OXID Hoshi N Tue‑PS1‑28 Tue‑PS1‑13, Thu‑PS2‑34 Genser J Thu‑15:20‑O‑ORGS Johann C Thu‑11:40‑O‑GRAP Foelske‑Schmitz A Tue‑15:00‑O‑ELCH Gutzler R Tue‑10:40‑O‑ORGS1 Hosokai T Thu‑PS2‑35 Kilic V Thu‑11:40‑O‑CATH Genty E Tue‑11:20‑O‑EG2D, Johánek V Thu‑14:20‑O‑OXID Fogde A Tue‑PS1‑52 Guzsvány V Tue‑PS1‑50, Thu‑PS2‑36 Hózer Z Tue‑PS1‑23 Kim I H Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Index Tue‑17:20‑O‑CATL, Tue‑PS1‑08, Johansson L S O Tue‑PS1‑37 Fogg J Tue‑16:00‑O‑ELCH Thu‑PS2‑29 H Hötger D Tue‑10:40‑O‑ORGS1 Kim H J Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Fonin M Wed‑11:20‑O‑ORGS Jorgensen J H Tue‑16:40‑O‑ORGS, Gerhold S Wed‑16:40‑O‑OXID Hagiwara Y Thu‑PS2‑44 Hsia Y‑Y Thu‑PS2‑07 Tue‑PS1‑05, Kim Y D Tue‑17:00‑O‑OXID Forrest T Tue‑PS1‑20 Gerstmann U Tue‑14:00‑O‑ORGS Hagman B Thu‑10:40‑O‑CATH Hsu Y‑J Thu‑PS2‑07 Wed‑10:40‑O‑GRAP, Kim Y Thu‑16:00‑O‑ENER Fortunato E Wed‑10:40‑O‑BAND Getzlaff M Tue‑14:40‑O‑BIMS Hakl J Tue‑9:40‑O‑BIMS Hu Z Thu‑16:20‑O‑CATL Wed‑11:00‑O‑GRAP King M Tue‑9:40‑O‑CORR Foster A S Wed‑10:40‑I‑COMP Giangrisostomi E Wed‑9:20‑O‑ORGS Halasi G Tue‑9:20‑O‑NAEX, Tue‑PS1‑11 Huang Y‑C Tue‑PS1‑47 Jorgensen M S Thu‑15:20‑O‑OXID Kishida I Tue‑14:20‑O‑BIMS

60 61 Kishida R Thu‑16:00‑O‑ORGS Köck E‑M Tue‑16:00‑O‑OXID Lanzilotto V Wed‑9:20‑O‑ORGS López M F Wed‑9:00‑O‑GRAP Martin N M Thu‑11:40‑O‑CATH Miwa J A Thu‑9:00‑I‑SEMI Kiss J Mon‑15:00‑O‑CATL, Kötz R Tue‑15:00‑O‑ELCH Larciprete R Tue‑11:00‑O‑EG2D Lopez‑Elvira E Wed‑9:00‑O‑GRAP Martín F Wed‑16:00‑O‑SAMA Miyamachi T Tue‑9:00‑O‑MAGN Tue‑PS1‑04, Tue‑PS1‑11, Krasteva A Wed‑9:20‑O‑COMP Larsson J A Tue‑15:00‑O‑ORGS Lorente N Tue‑9:20‑O‑MAGN Martinez J I Wed‑9:00‑O‑GRAP, Miyazawa Y Thu‑PS2‑05 Tue‑PS1‑17, Tue‑PS1‑42, Kratochvilova I Tue‑10:00‑O‑CORR László B Thu‑PS2‑41 Lu S‑M Tue‑9:00‑O‑NAEX Thu‑15:00‑O‑ORGS Mizuno Y Wed‑11:40‑O‑BAND, Tue‑PS1‑44, Thu‑PS2‑32, Martín‑Gago J A Wed‑9:00‑O‑GRAP Thu‑PS2‑35 Thu‑PS2‑41 Kratzer P Tue‑10:00‑O‑ORGS, Tue‑PS1‑40 Lauritsen J V Tue‑16:20‑O‑OXID, Lu Y‑C Thu‑PS2‑14 Thu‑9:00‑O‑CATH, Martín‑Jiménez A Tue‑17:20‑O‑PISC Mohai M Tue‑PS1‑04, Thu‑PS2‑09, Kiss L F Thu‑PS2‑25 Kratzer M Thu‑11:20‑O‑SEMI, LU C‑Y Thu‑PS2‑14 Thu‑15:20‑O‑ORGS Thu‑10:00‑O‑OXID Lu H Tue‑17:00‑O‑MOLA Martins R Wed‑10:40‑O‑BAND Thu‑PS2‑22 Kita K Thu‑PS2‑12, Thu‑PS2‑13, Lawrence J Tue‑PS1‑40 Mohamed F Thu‑PS2‑26 Thu‑PS2‑46 Krause P P Tue‑17:40‑O‑OXID Lucas C Tue‑16:00‑O‑ELCH Masuda T Tue‑15:20‑O‑ORGS Lazzari R Tue‑11:20‑O‑OXID Mohebbi E Tue‑PS1‑25 Kitazawa M Wed‑11:20‑K‑GRAP Kraushofer F Thu‑11:40‑O‑OXID Luches P Tue‑PS1‑38, Thu‑14:00‑O‑OXID Mataigne J M Tue‑11:20‑O‑OXID Le T H L Tue‑11:20‑O‑OXID Mohrhusen L Thu‑PS2‑18 Kizaki H Tue‑10:00‑O‑MAGN Krejci O Mon‑14:00‑O‑ORGS Luna López J A Thu‑PS2‑21 Matena M Tue‑PS1‑33 Le Bolloch D Thu‑14:40‑O‑ENER Mohtasebi A Thu‑PS2‑30 Kjaervik M Mon‑14:40‑O‑NAEX Kremer G Tue‑15:00‑O‑OXID Lundgren E Tue‑16:20‑O‑ELCH, Matkovic A Thu‑15:20‑O‑ORGS Le Breton J‑C Wed‑9:40‑O‑OXID Molinari E Fri‑10:10‑Plen‑6 Klappenberger F Tue‑14:00‑O‑ORGS Krick Calderon S Thu‑PS2‑04 Tue‑16:40‑O‑ELCH, Matolin V Tue‑9:00‑I‑ENER, Le Févre P Tue‑15:00‑O‑OXID Thu‑10:40‑O‑CATH, Tue‑9:40‑O‑ENER, Mollenhauer D Tue‑PS1‑21 Kleimeier N F Wed‑11:20‑O‑BAND Kroes G J Wed‑16:00‑O‑SAMA Lédée F Thu‑14:40‑O‑ENER Thu‑11:20‑O‑CATH, Wed‑11:40‑O‑ORGS Molnár G Thu‑PS2‑25 Klein A Wed‑10:40‑O‑BAND Krok F Thu‑10:40‑O‑ORGS, Thu‑11:20‑O‑SEMI, Ledieu J Thu‑16:00‑O‑CATH Thu‑11:40‑O‑CATH, Matolinová I Wed‑11:40‑O‑ORGS Mondal S Mon-17:00-O-ELI-ALPS Klein B P Tue‑11:40‑O‑ORGS1, Thu‑14:00‑O‑SEMI Thu‑14:20‑O‑CATH, Matsuda I Wed‑16:20‑O‑BAND, Tue‑PS1‑09 Lee M Thu‑14:40‑O‑ENER Thu‑14:40‑O‑CATH, Montes E Wed‑10:00‑O‑COMP Kromka A Thu‑PS2‑20 Thu‑9:20‑O‑CATH Klötzer B Tue‑16:00‑O‑OXID Lee H Thu‑PS2‑37 Thu‑15:20‑O‑OXID Morbec J M Tue‑10:00‑O‑ORGS, Tue‑PS1‑40 Krooswyk J D Mon‑14:00‑I‑CATL Leichtweiss T Tue‑17:40‑O‑OXID Matvija P Mon‑14:40‑O‑ORGS, Morchutt C Tue‑10:40‑O‑ORGS1 Kobayashi K Mon‑14:20‑O‑BAND, Luo M‑F Tue‑PS1‑47, Thu‑PS2‑07 Tue‑14:20‑O‑ORGS Tue‑PS1‑48, Krug C K Tue‑11:40‑O‑ORGS1, Lenchuk O Tue‑PS1‑21 Lustemberg P Tue‑16:00‑O‑CATL Moraeu L Tue‑15:00‑O‑OXID Tue‑PS1‑09 Mazur P Wed‑9:00‑O‑ORGS Wed‑16:20‑O‑BAND Leong J X Thu‑15:20‑O‑ENER Lüder J Wed‑9:20‑O‑ORGS Moreira R Mon‑14:40‑O‑CATL Kruppe C M Mon‑14:00‑I‑CATL Meinel K Wed‑10:00‑O‑OXID, Kobayashi T Tue‑15:20‑O‑ORGS Lépine B Wed‑9:40‑O‑OXID Lüftner D Tue‑PS1‑12, Thu‑15:20‑O‑ORGS Mori T Thu‑PS2‑35 Kruse P Thu‑PS2‑30 Thu‑14:40‑O‑ORGS Kocan P Mon‑14:40‑O‑ORGS, Lepine F Mon-17:00-O-ELI-ALPS Lykhach Y Tue‑9:40‑O‑ENER Mendez J Wed‑9:00‑O‑GRAP Moriarty P Tue‑15:00‑O‑ORGS Tue‑14:20‑O‑ORGS Krzykawska A Tue‑17:20‑O‑MOLA Lesiak B Wed‑9:40‑I‑GRAP Lytken O Wed‑11:40‑O‑OXID Menyhárd M Tue‑PS1‑23, Thu‑14:40‑O‑SAMA Morikawa Yoshitada Tue-10:00-O-MAGN, Tue-PS1-26 Koch R Tue‑14:00‑O‑ORGS Krzyzewski F Wed‑9:20‑O‑COMP Leuenberger D Tue‑14:40‑O‑OXID M Meriggio E Tue‑17:20‑O‑OXID Morikawa Yoritada Tue-17:00-O-ORGS Koga M Wed‑16:00‑O‑BAND Kubicek M Wed‑16:40‑O‑OXID Leung L Thu‑16:20‑O‑CATL Moud P H Tue‑PS1‑24 Ma T Wed‑11:00‑O‑OXID Merte R L Thu‑10:40‑O‑CATH, Koganezawa T Thu‑PS2‑35 Kubsky S Thu‑PS2‑19 Lewis D J Thu‑15:00‑O‑ENER Mouras R Thu‑9:40‑O‑MOLA Määttänen A Tue‑PS1‑52 Thu‑11:40‑O‑CATH, Koitaya T Thu‑9:20‑O‑CATH Kuhlenbeck H Thu‑PS2‑38 Li X Tue‑PS1‑22 Thu‑15:20‑O‑OXID Mousavi S F Tue‑PS1‑33, Thu‑9:20‑O‑MOLA Maccherozzi F Tue‑PS1‑20 Koller G Tue‑PS1‑12 Kuk Y Wed‑14:00‑Plen‑3 Liao C‑C Tue‑9:00‑O‑NAEX Messaykeh M Tue‑11:20‑O‑OXID Mukai K Thu‑9:20‑O‑CATH Madarász D Tue‑PS1‑50 Kolmer M Tue‑16:00‑O‑ORGS Kukovecz Á Tue‑9:20‑O‑NAEX, Tue‑PS1‑04, Liba A Tue‑PS1‑14 Mészáros G Mon-17:00-O-ELI-ALPS Munkhtsog M Tue‑15:20‑O‑ORGS Thu‑PS2‑36 Madas S Tue‑PS1‑16 Kolny‑Olesiak J Thu‑PS2‑18 Libuda J Tue‑9:40‑O‑ENER, Méthivier C Tue‑17:20‑O‑OXID, Munoz‑Ochando I Wed‑9:00‑O‑GRAP Kumar M Thu‑14:20‑O‑SEMI Madry B Tue‑14:00‑I‑ELCH Kolsbjerg E L Thu‑11:20‑O‑ORGS Tue‑14:40‑O‑ELCH Thu‑9:00‑O‑MOLA Muntwiler M Tue‑11:40‑O‑ORGS2 Kumar S Tue‑PS1‑18 Magda G Z Tue‑15:00‑I‑EG2D Koltsov A Tue‑11:20‑O‑OXID Lim T Thu‑16:20‑O‑CATL Mette G Tue‑14:40‑O‑OXID Murata M Wed‑11:40‑O‑BAND Kumeda T Tue‑PS1‑28 Magnussen O M Tue‑PS1‑45 Komori F Mon‑14:20‑O‑BAND, Limot L Tue‑9:20‑O‑MAGN Meunier V Wed‑9:20‑O‑GRAP Murgida G E Tue‑PS1‑30, Thu‑14:40‑O‑OXID Kuroda K Mon‑14:20‑O‑BAND, Maier F Wed‑9:40‑K‑NAEX Tue‑9:00‑O‑MAGN, Lin J L Thu‑PS2‑06 Meyer B Thu‑9:20‑O‑OXID Muttaqien F Tue‑17:00‑O‑ORGS, Tue‑PS1‑26 Tue‑PS1‑48, Tue‑PS1‑48 Maier M Wed‑11:20‑O‑ORGS Linderoth T R Thu‑11:20‑O‑ORGS Meyer Ernst Mon-14:20-O-ORGS, Tue-PS1-33 Muzas A S Wed‑16:00‑O‑SAMA Wed‑16:20‑O‑BAND Kühnle A Mon‑15:00‑I‑ORGS Major B Mon-17:00-O-ELI-ALPS Lindsay R Tue‑9:00‑I‑CORR, Meyer Erik Mon-14:40-O-CATL Muzychenko D Tue‑PS1‑32 Komoto Y Tue‑10:40‑O‑ORGS2, Kwieciński W Thu‑PS2‑15 Thu‑15:20‑O‑OXID Majrik K Tue‑10:00‑O‑ENER Tue‑PS1‑13, Thu‑PS2‑34 Meyer G Mon‑14:40‑O‑SAMA Müllegger S Tue‑14:00‑O‑ORGS Kyhl L Wed‑10:40‑O‑GRAP, Linepé W Tue‑16:20‑O‑ELCH Majzik Z Mon‑14:40‑O‑SAMA Kondo T Tue‑15:20‑O‑ELCH Wed‑11:00‑O‑GRAP Mihály J Tue‑10:00‑O‑ENER Müllen K Tue‑11:40‑O‑ORGS2 Linpé W Tue‑16:40‑O‑ELCH Malik I H Thu‑10:00‑O‑MOLA Kondratyuk P Wed‑9:00‑I‑BIMS Miller J B Wed‑9:00‑I‑BIMS Myslivecek J Thu‑14:20‑O‑OXID L Lion J Thu‑PS2‑45 Malterre D Tue‑15:00‑O‑OXID Kónya Z Mon‑15:00‑O‑CATL, Minkowski M Wed‑9:40‑O‑COMP Mysyk R Tue‑11:20‑O‑ELCH Lackner P Tue‑16:00‑O‑OXID Lipton‑Duffin J Wed‑9:20‑O‑GRAP Mancini A Thu‑PS2‑03 Tue‑9:20‑O‑NAEX, Mirabella F Thu‑11:20‑O‑OXID N Tue‑15:20‑O‑OXID,Tue‑PS1‑04, Lacovig P Tue‑11:00‑O‑EG2D Lirst R K Thu‑PS2‑47 Mándi G Wed‑11:20‑O‑COMP, Miranda R Tue‑10:40‑O‑EG2D, Tue‑PS1‑11, Tue‑PS1‑17, Lafosse A Tue‑PS1‑35 Lisi S Tue‑15:00‑O‑OXID, Thu‑PS2‑24 Tue‑17:20‑O‑PISC, Nagy A Thu‑PS2‑25 Tue‑PS1‑42, Tue‑PS1‑44, Lagarde P Thu‑11:40‑O‑ORGS Thu‑11:40‑O‑GRAP Mangham B Tue‑15:00‑O‑ORGS Tue‑17:40‑O‑ORGS, Nagy G Tue‑PS1‑27 Tue‑PS1‑50, Thu‑PS2‑32, Lagoute J Tue‑17:20‑O‑ORGS, Liu R‑Y Wed‑16:20‑O‑BAND, Manoua M Tue‑PS1‑14 Tue‑PS1‑46, Nagy I P Tue‑PS1‑43 Thu‑PS2‑36, Thu‑PS2‑41 Wed‑16:00‑O‑GRAP Thu‑9:20‑O‑CATH Mao Z Thu‑14:20‑O‑ORGS Wed‑11:00‑O‑BAND, Nagy L Tue‑PS1‑50, Thu‑PS2‑36 Koós A A Tue‑15:00‑I‑EG2D Lai Y‑L Thu‑PS2‑07 Liu N Thu‑9:40‑O‑MOLA Marbach H Thu‑16:00‑I‑ELAM, Thu‑PS2‑32 Thu‑11:20‑O‑GRAP Nair M N Thu‑14:40‑O‑ENER, Thu‑PS2‑19 Mirolo M Tue‑14:20‑O‑EG2D, Thu‑PS2‑15 Koshmak K Wed‑16:20‑O‑ORGS Laker Z P L Tue‑14:00‑O‑EG2D, Tue‑PS1‑19 Lizzit S Tue‑11:00‑O‑EG2D Marchetti L Thu‑PS2‑43 Nakamura M Tue‑PS1‑28 Index Kosinova A Tue‑PS1‑15 Lambeets S V Tue‑11:20‑O‑EG2D, Llois A M Tue‑PS1‑30, Thu‑14:40‑O‑OXID Mark A Thu‑9:40‑O‑LASE Miserque F Thu‑PS2‑43 Nakamura J Tue‑15:20‑O‑ELCH Kotarba A Tue‑PS1‑24 Tue‑17:20‑O‑CATL, Tue‑PS1‑08, Lobo‑Checa J Tue‑PS1‑33, Márk G I Tue‑15:00‑I‑EG2D Mishra S Tue‑11:40‑O‑ORGS2, Nakanishi H Tue‑PS1‑01 Tue‑17:00‑O‑PISC, Tue‑PS1‑16 Stig Koust S Thu‑10:00‑O‑OXID Thu‑PS2‑29 Wed‑16:40‑O‑SAMA Marks K M Tue‑PS1‑24 Nakashima S Tue‑9:00‑O‑MAGN Misják F Tue‑14:00‑O‑BIMS Kovács I Tue‑17:40‑O‑MOLA, Lambin Ph Tue‑15:00‑I‑EG2D Lohner T Tue‑PS1‑23 Maroun F Tue‑PS1‑45 Nakayama Y Wed‑11:40‑O‑BAND, Mitlin S Tue‑16:00‑I‑PISC Tue‑PS1‑17, Tue‑PS1‑42 Lamirand A D Tue‑PS1‑20 López J C Thu‑PS2‑40 Marsden A J Tue‑PS1‑19 Thu‑PS2‑35 Kovács A Thu‑10:00‑O‑GRAP Lancok J Tue‑10:00‑O‑CORR López J A L Thu‑PS2‑40 Mittal A K Thu‑14:20‑O‑SEMI 62 63 Nakayama K Wed‑9:00‑O‑COMP Ormaza M Tue‑9:20‑O‑MAGN Patthey F Tue‑9:40‑O‑MAGN Puschnig P Tue‑PS1‑12, Thu‑15:20‑O‑ORGS Rullik R Tue‑16:20‑O‑ELCH Schweke D Thu‑15:00‑O‑OXID Nakazawa T Mon‑14:00‑O‑BAND Ortega J Tue‑PS1‑33, Pavlicek N Mon‑14:40‑O‑SAMA Pussi K Thu‑15:20‑O‑OXID Rupprechter G Thu‑9:40‑I‑CATH Sebők D Tue‑9:20‑O‑NAEX Namatame H Wed‑16:20‑O‑BAND Wed‑16:40‑O‑SAMA, Pavlov A V Tue‑PS1‑31 Pusztai P Tue‑9:20‑O‑NAEX, Tue‑PS1‑50 Rusponi S Tue‑9:40‑O‑MAGN Sedona F Tue‑PS1‑25 Thu‑15:00‑O‑ORGS Nannarone S Wed‑16:20‑O‑ORGS, Pavlova T V Wed‑11:20‑O‑OXID R Rzysko W Tue‑14:40‑O‑ORGS Seiler S Thu‑9:20‑O‑OXID Thu‑PS2‑17 De La Morena R M O Tue‑17:00‑O‑MOLA Payne M Wed‑9:00‑I‑BIMS Rabanal Jimenez M E Thu‑PS2‑21 S Selloni A Thu‑9:40‑O‑OXID Nara J Tue‑PS1‑29 Oshima H Tue‑PS1‑26 Pécz B Thu‑10:00‑O‑GRAP Rabkin E Tue‑PS1‑15 Sabik A Wed‑9:00‑O‑ORGS Sen I Wed‑9:00‑I‑BIMS Narayanan‑nair M Tue‑14:40‑O‑EG2D Osmic M Thu‑PS2‑18 Pedio M Wed‑9:20‑O‑ORGS Rácz A Thu‑14:40‑O‑SAMA Sack C Tue‑16:00‑O‑CATL Seo H O Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Nardi M V Wed‑16:20‑O‑ORGS Ossowski J Tue‑17:20‑O‑MOLA Pekker Á Tue‑PS1‑07 Radnóczi G Tue‑14:00‑O‑BIMS Sadowski J T Tue‑PS1‑05 Seriani N Thu‑PS2‑26 Narita A Tue‑11:40‑O‑ORGS2 Ostadal I Mon‑14:40‑O‑ORGS, Peltonen J Tue‑PS1‑52 Serrate D Mon‑15:20‑O‑SAMA Tue‑14:20‑O‑ORGS Radovic M Wed‑10:40‑O‑OXID Sadowski J Thu‑15:00‑I‑SEMI Naschitzki M Thu‑PS2‑38 Cresi J S P Tue‑PS1‑38 Setvin M Thu‑9:20‑O‑OXID Osterwalder J Tue‑14:40‑O‑OXID Ragazzon D Tue‑16:40‑O‑PISC Sansone G Mon-17:00-O-ELI-ALPS Navarro J J Tue‑10:40‑O‑EG2D, Pena D Mon‑14:40‑O‑SAMA, Sevciková K Wed‑11:40‑O‑ORGS Osvay K Mon‑11:30‑I‑ELI‑ALPS, Ramakrishnan S Tue‑PS1‑34 Saeys M Tue‑16:00‑O‑ORGS Tue‑17:40‑O‑ORGS, Tue‑16:00‑O‑ORGS Sezen H Tue‑9:40‑I‑NAEX Tue‑PS1‑46, Thu‑11:20‑O‑GRAP Mon-17:00-O-ELI-ALPS Ramapanicker I R Thu‑10:00‑O‑MOLA Sáfrán G Tue‑PS1‑27 Penner S Tue‑16:00‑O‑OXID Shaikhutdinov S Thu‑11:20‑O‑OXID Neff J L Mon‑15:00‑O‑ORGS Oszetzky D Thu‑PS2‑25 Rameshan Christoph Thu‑9:40‑I‑CATH Sagi R Thu‑PS2‑16 Penschke C Wed‑11:40‑O‑COMP, Shenouda S S Tue‑PS1‑15, Thu‑16:20‑O‑ENER Neiss C Thu‑PS2‑04 Oszkó A Thu‑PS2‑41 Ramsey M G Tue‑PS1‑12 Saha P Thu‑10:00‑O‑MOLA Thu‑PS2‑11 Shevlyuga V M Wed‑11:20‑O‑OXID Neitzel A Tue‑9:40‑O‑ENER Otero R Tue‑11:20‑O‑ORGS1, Daud W R W Thu‑15:20‑O‑ENER Sajdi P Tue‑10:00‑O‑CORR Perepichka D F Wed‑9:20‑O‑GRAP Shi H Thu‑15:00‑I‑CATH Nemcsics Á Thu‑PS2‑48 Tue‑17:20‑O‑PISC Rance G Tue‑PS1‑07 Sajó I Tue‑PS1‑03, Thu‑9:00‑O‑OXID Peressi M Thu‑PS2‑26 Shibata M Thu‑PS2‑05 Nemes‑Incze P Tue‑15:00‑I‑EG2D Otero‑Irurueta G Wed‑9:00‑O‑GRAP Rangan S Thu‑15:00‑O‑ORGS Sakamoto K Wed‑16:00‑O‑BAND Perez‑Feró E Tue‑PS1‑23 Shibuya R Tue‑15:20‑O‑ELCH Németh A Thu‑14:40‑O‑SAMA Otsuki K Wed‑16:40‑O‑BAND, Rauls E Tue‑14:00‑O‑ORGS Sala L A Tue‑PS1‑35 Thu‑PS2‑08 Pérez D Mon‑14:40‑O‑SAMA, Shigeta Y Thu‑PS2‑44 Németh G Tue‑PS1‑07 Tue‑16:00‑O‑ORGS Rault J Tue‑15:00‑O‑OXID Salavagione H J Wed‑9:00‑O‑GRAP Óvári L Mon‑15:00‑O‑CATL, Shimoyama Y Tue‑15:20‑O‑ELCH Netzer F P Wed‑16:00‑K‑OXID Pérez E M Tue‑17:40‑O‑ORGS Raval R Wed‑14:50‑Plen‑4 Salazar N Thu‑9:00‑O‑CATH Tue‑PS1‑10, Tue‑PS1‑44, Shin Sunghwa Tue‑PS1‑36 Neyman K M Tue‑9:40‑O‑ENER, Persson M Mon‑15:20‑O‑SAMA Rawle J Thu‑15:20‑O‑OXID Salomon E Wed‑16:20‑O‑GRAP Thu‑10:00‑O‑LASE Shin Shik Tue-PS1-48 Tue‑15:00‑I‑BIMS Pető J Tue‑15:00‑I‑EG2D, Thu‑PS2‑25 Reichling M Tue‑PS1‑30, Thu‑14:40‑O‑OXID Sambi M Tue‑PS1‑25 Over H Tue‑16:00‑O‑CATL, Shiozawa Y Thu‑9:20‑O‑CATH Nicklin R E Thu‑14:00‑O‑ORGS Tue‑17:40‑O‑OXID Petrik P Tue‑PS1‑23 Reikowski F Tue‑PS1‑45 Sanchez‑Portal D Tue‑16:00‑O‑ORGS Shipilin M Thu‑10:40‑O‑CATH, Nieckarz D Tue‑14:40‑O‑ORGS Ovsyannikov R Wed‑9:20‑O‑ORGS Petrov V N Tue‑PS1‑31 Repain V Tue‑17:20‑O‑ORGS, Sandell A Tue‑16:40‑O‑PISC Wed‑16:00‑O‑GRAP Thu‑11:40‑O‑CATH, Niedermaier I Wed‑9:40‑K‑NAEX Owczarek S Tue‑17:20‑O‑CATL Petukhov M Tue‑PS1‑32, Thu‑11:40‑O‑ORGS Santoni A Thu‑PS2‑03 Thu‑14:20‑O‑CATH, Nijs T Tue‑PS1‑33, Thu‑9:20‑O‑MOLA Öström H Tue‑PS1‑24 Pfaff S Thu‑14:20‑O‑CATH Ressel B Wed‑9:20‑O‑ORGS Sápi A Tue‑9:20‑O‑NAEX, Tue‑PS1‑11 Thu‑15:20‑O‑OXID Nikiel M Thu‑14:00‑O‑SEMI Öznülüer T Tue‑11:40‑O‑ELCH Pham V D Wed‑16:00‑O‑GRAP Resta A Tue‑14:40‑O‑EG2D Sarfati A Thu‑PS2‑45 Shukla N Wed‑11:00‑O‑ORGS Nobili F Thu‑PS2‑17 Öztürk Z Z Tue‑16:40‑O‑OXID, Philippe D Thu‑11:40‑O‑GRAP Rezek B Thu‑PS2‑20 Sarfraz J Tue‑PS1‑52 Sicot M Tue‑15:00‑O‑OXID Noguera C Tue‑11:20‑O‑OXID Wed‑16:00‑O‑ORGS Piantek M Mon‑15:20‑O‑SAMA Rezvani S J Thu‑PS2‑17 Sasaki W Thu‑PS2‑28 Silien C Thu‑9:40‑O‑MOLA Nomura T Thu‑PS2‑46 P Piccolo L Thu‑16:00‑O‑CATH Rice D Thu‑9:40‑O‑MOLA Sassa Y Wed‑9:20‑O‑ORGS Simic‑Milosevic V Mon‑14:40‑O‑NAEX, Rijnders G Tue‑14:20‑O‑EG2D Nonaka T Tue‑PS1‑49 Paier J Wed‑11:40‑O‑COMP, Picone A Tue‑11:00‑O‑ORGS1 Sauer M Tue‑15:00‑O‑ELCH Thu‑PS2‑01 Norris A Wed‑11:00‑O‑BAND, Tue‑PS1‑22, Thu‑PS2‑11 Pieczyrak B Mon‑14:40‑O‑ORGS Risse T Mon‑14:40‑O‑CATL Sauerbrey M Thu‑14:00‑O‑OXID Simonsen F D S Tue‑9:40‑O‑ORGS Thu‑11:20‑O‑GRAP Palacio I Wed‑9:00‑O‑GRAP, Thu‑PS2‑19 Pignedoli C A Tue‑17:00‑O‑PISC Riva M Wed‑16:40‑O‑OXID Sawada H Tue‑17:00‑O‑ORGS Simpson G J Mon‑15:00‑O‑SAMA Novotny T Tue‑PS1‑23 Palotás K Wed‑11:20‑O‑COMP, Pinfold H Tue‑14:00‑O‑EG2D Rodriguez‑Fernandez J Tue‑16:20‑O‑OXID, Saywell A Tue‑15:00‑O‑ORGS Singer F Wed‑11:20‑O‑ORGS Thu‑9:00‑O‑CATH Nowakowski J Tue‑PS1‑33 Thu‑PS2‑24 Pinto V Thu‑PS2‑03 Schaaf P Tue‑PS1‑15 Singha A Tue‑9:40‑O‑MAGN Rojo T Tue‑11:20‑O‑ELCH Nowakowska S Tue‑PS1‑33, Thu‑9:20‑O‑MOLA Pandey S N Thu‑14:20‑O‑SEMI Piperno L Thu‑PS2‑03 Schaefer A Tue‑16:40‑O‑PISC, Skakalova V Thu‑PS2‑20 Romanyuk O Thu‑PS2‑20 Nowicki M Tue‑14:00‑I‑ELCH Pang C L Tue‑PS1‑10 Piquero‑Zulaica I Tue‑PS1‑33, Thu‑10:40‑O‑CATH, Skála T Tue‑9:40‑O‑ENER, Nürenberg D Thu‑9:40‑O‑LASE Panhwer M Tue‑11:20‑O‑ELCH Wed‑16:40‑O‑SAMA Rondino F Thu‑PS2‑03 Thu‑15:20‑O‑OXID Wed‑11:40‑O‑ORGS, O Papageorgiou A C Tue‑14:00‑O‑ORGS Piskorz W Tue‑PS1‑24 Rosei F Wed‑9:20‑O‑GRAP Schauermann S Tue‑16:40‑K‑CATL, Tue‑PS1‑39 Thu‑14:20‑O‑OXID Rosenow P Tue‑11:40‑O‑ORGS1 Schay Z Tue‑17:40‑O‑MOLA, Skov A W Tue‑9:40‑O‑ORGS, O’Dwyer K Thu‑9:40‑O‑MOLA Papp C Tue‑16:20‑O‑CATL, Thu‑PS2‑04 Pivetta M Tue‑9:40‑O‑MAGN Rosmi M S Wed‑11:20‑K‑GRAP Tue‑PS1‑27 Tue‑16:40‑O‑ORGS Brien C O Tue‑16:40‑K‑CATL Parditka B Tue‑PS1‑15, Thu‑16:20‑O‑ENER Plank K Tue‑PS1‑04 Rosqvist E Tue‑PS1‑52 Schieffer P Wed‑9:40‑O‑OXID Slynko V E Tue‑PS1‑06 Oelsner A Thu‑PS2‑01 Park Y Thu‑11:00‑O‑SEMI Plucienik A Thu‑PS2‑38 Rousseau B Thu‑PS2‑43 Schiller F Wed‑16:40‑O‑SAMA Sobotík P Mon‑14:40‑O‑ORGS, Ogawa S Wed‑16:40‑O‑BAND, Park C H Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Pochet P Tue‑15:00‑O‑OXID Rousset S Tue‑17:20‑O‑ORGS, Schindler K‑M Wed‑16:20‑O‑SAMA Tue‑14:20‑O‑ORGS Thu‑PS2‑08 Parkinson G Tue‑16:00‑O‑OXID, Polak M Wed‑10:00‑O‑BIMS Solymosi F Tue‑PS1‑17 Thu‑11:40‑O‑OXID Wed‑16:00‑O‑GRAP Schmid Michael Tue-16:00-O-OXID, Ohno T Tue‑PS1‑29 Polanyi J C Thu‑16:20‑O‑CATL Wed-16:40-O-OXID Somers M F Wed‑16:00‑O‑SAMA Pasichny M Thu‑PS2‑10 Rozbořil F Mon‑14:40‑O‑ORGS, Okada M Tue‑15:20‑O‑ORGS Popova H Wed‑9:20‑O‑COMP Someya T Wed‑16:20‑O‑BAND, Tue‑14:20‑O‑ORGS Schmid Martin Tue-11:40-O-ORGS1, Tue-PS1-09 Index Okura R Thu‑PS2‑12, Thu‑PS2‑13 Pasquali L Wed‑16:20‑O‑ORGS, Popova O Tue‑PS1‑33, Thu‑9:20‑O‑MOLA Thu‑9:20‑O‑CATH Thu‑PS2‑17 Rubinovich L Wed‑10:00‑O‑BIMS Schmidt W G Tue‑14:00‑O‑ORGS Olbrich R Tue‑PS1‑30, Thu‑14:40‑O‑OXID Pradier C‑M Thu‑9:00‑O‑MOLA Somodi F Tue‑PS1‑27 Passerini S Thu‑PS2‑17 Rudolf P Tue‑PS1‑18, Wed‑9:20‑O‑ORGS, Schoenhense G Thu‑PS2‑01 Olszowski P Mon‑14:20‑O‑ORGS Prakash J Thu‑PS2‑29 Thu‑14:00‑O‑GRAP Somorjai G A Mon‑9:30‑Plen‑1 Paszkiewicz M Tue‑14:00‑O‑ORGS Schöfberger W Tue‑14:00‑O‑ORGS Ondracek M Tue‑11:00‑O‑ORGS2 Prince K C Tue‑9:40‑O‑ENER, Ruffieux P Tue‑11:40‑O‑ORGS2, Schöniger M Tue‑11:40‑O‑ORGS1 Soubatch S Tue‑PS1‑12 Pászti Z Tue‑10:00‑O‑ENER, Wed‑11:40‑O‑ORGS Oreshkin A Tue‑PS1‑32 Tue‑17:00‑O‑PISC Schubert S Mon‑15:20‑O‑SAMA Soulimane T Thu‑9:40‑O‑MOLA Tue‑PS1‑03, Thu‑9:00‑O‑OXID Puglia C Wed‑9:20‑O‑ORGS Oreshkin S Tue‑PS1‑32 Ruggieri C Thu‑15:00‑O‑ORGS Schumann F O Wed‑10:00‑O‑OXID Spadafora E J Tue‑PS1‑39 64 65 Spadaro M C Tue‑PS1‑38 Szitás Á Mon‑15:00‑O‑CATL, Tonner R Tue‑11:40‑O‑ORGS1 Varga E Tue‑9:20‑O‑NAEX Watanabe K Thu‑PS2‑23, Thu‑PS2‑42 Yim C M Tue‑PS1‑10 Späth F Tue‑16:20‑O‑CATL Tue‑PS1‑17, Tue‑PS1‑42 Torun I Tue‑16:40‑O‑OXID Vári G Mon‑15:00‑O‑CATL, Watson D Thu‑14:00‑O‑ORGS Yivlialin R Tue‑11:00‑O‑ORGS1 Speiser E Thu‑16:20‑O‑SEMI Szymonski M Mon‑14:20‑O‑ORGS, Totani R Thu‑9:00‑O‑MOLA Tue‑PS1‑44 Wechsler D Wed‑11:40‑O‑OXID Yokota K Thu‑PS2‑12, Thu‑PS2‑13 Stara I Tue‑11:00‑O‑ORGS2 Tue‑16:00‑O‑ORGS Tóth J Tue‑PS1‑43 Varju K Mon-17:00-O-ELI-ALPS Weinelt M Thu‑9:00‑I‑LASE Yokotani A Thu‑PS2‑28 Starfelt S Tue‑PS1‑37 T Tóth L Thu‑PS2‑48 Vasiljevic N Tue‑16:00‑O‑ELCH Weingarth D Tue‑15:00‑O‑ELCH Yoshida K Wed‑11:40‑O‑BAND Stary I Tue‑11:00‑O‑ORGS2 Taccardi N Thu‑PS2‑04 Tour J Mon‑15:00‑O‑SAMA Vass Á Thu‑9:00‑O‑OXID Wella S A Tue‑17:00‑O‑ORGS Yoshida Y Wed‑16:00‑O‑BAND Steinhauer J Tue‑16:20‑O‑CATL Tachibana T Thu‑PS2‑46 Tovt A Thu‑14:20‑O‑OXID Vasseur G Wed‑9:20‑O‑GRAP Wendt S Thu‑10:00‑O‑OXID Yoshimoto S Thu‑9:20‑O‑CATH Steinrück H‑P Wed‑9:40‑K‑NAEX, Tagawa M Thu‑PS2‑12, Thu‑PS2‑13 Tőkési K Tue‑PS1‑51, Thu‑PS2‑02 Vázquez H Mon‑14:00‑O‑ORGS, Wenzel G Wed‑11:20‑O‑BAND Yoshinobu J Thu‑9:20‑O‑CATH Wed‑11:40‑O‑OXID, Tajiri H Mon‑15:00‑O‑NAEX Travaglia E Tue‑11:00‑O‑EG2D Tue‑9:20‑O‑ORGS, Widdra W Wed‑10:00‑O‑OXID, Yu C‑Y Thu‑PS2‑14 Wed‑10:00‑O‑COMP Tue‑16:20‑O‑CATL, Thu‑PS2‑04 Takagi N Mon‑14:00‑O‑BAND Trenary M Mon‑14:00‑I‑CATL Wed‑16:20‑O‑SAMA, Zaba T Tue‑17:20‑O‑MOLA Vázquez de Parga A L Tue‑10:40‑O‑EG2D, Stepanow S Tue‑10:40‑O‑ORGS1 Takahashi Y Tue‑9:00‑O‑MAGN, Tricot S Wed‑9:40‑O‑OXID Thu‑14:40‑O‑ORGS Zabka W‑D Tue‑14:40‑O‑OXID Sterrer M Tue‑PS1‑12 Tue‑17:40‑O‑ORGS, Tue‑PS1‑46, Widmer R Tue‑11:40‑O‑ORGS2 Wed‑11:20‑K‑GRAP Trippé‑Allard G Thu‑14:40‑O‑ENER Wed‑11:00‑O‑BAND, Zacharias H Thu‑9:40‑O‑LASE Stetsovych O Tue‑11:00‑O‑ORGS2 Takáts V Tue‑9:40‑O‑BIMS Tsai T‑R Tue‑9:00‑O‑NAEX Thu‑11:20‑O‑GRAP Wiegmann T Tue‑PS1‑45, Thu‑14:20‑O‑CATH Zajac L Mon‑14:20‑O‑ORGS Stettner J Tue‑PS1‑45 Takayama A Wed‑16:20‑O‑BAND Tsai C‑L Thu‑PS2‑14 Vedmedenko E Y Thu‑14:00‑I‑ENER Wietstruk M Thu‑PS2‑01 Zaki E Thu‑11:20‑O‑OXID Stierle A Thu‑11:40‑O‑CATH Takeuchi K Thu‑9:20‑O‑CATH Tsaousis P Thu‑14:00‑O‑ORGS Veltruská K Tue‑9:40‑O‑ENER Willhammar T Thu‑14:00‑O‑SEMI Zalkind S Thu‑15:00‑O‑OXID Stirling A Tue‑17:40‑O‑MOLA Tálas E Tue‑10:00‑O‑ENER Tsud N Tue‑9:40‑O‑ENER, Van den Bos K H W Thu‑14:00‑O‑SEMI Wilson N R Tue‑14:00‑O‑EG2D, Tue‑PS1‑19 Załuska‑Kotur M A Wed‑9:20‑O‑COMP, Stohr M Tue‑PS1‑33 Taleb‑Ibrahimi A Mon‑15:00‑I‑BAND, Wed‑11:40‑O‑ORGS Verbeeck J Thu‑14:00‑O‑SEMI Wilson A Tue‑PS1‑20 Wed‑9:40‑O‑COMP Stolz S Tue‑11:40‑O‑ORGS2 Tue‑14:40‑O‑EG2D, Tsukamoto S Wed‑16:40‑O‑ORGS Verdini A Tue‑10:00‑O‑CORR, Winter R Wed‑11:20‑O‑ORGS Zayachuk D M Tue‑PS1‑06 Stoot A Tue‑PS1‑05 Thu‑14:40‑O‑ENER, Thu‑PS2‑19 Tsuruta R Thu‑PS2‑35 Tue‑11:00‑O‑ORGS1, Wolf M Mon‑10:40‑Plen‑2 Zboril R Mon‑14:00‑O‑ORGS Stumm C Tue‑14:40‑O‑ELCH Tamaki Y Thu‑PS2‑34 Tu Y‑C Thu‑PS2‑14 Wed‑9:20‑O‑GRAP, Woo T G Tue‑17:00‑O‑OXID, Thu‑PS2‑39 Zehra T Thu‑14:00‑O‑GRAP Stupar M Wed‑9:20‑O‑ORGS Tanaka K Wed‑11:40‑O‑BAND Tu F Thu‑PS2‑32 Thu‑9:00‑O‑MOLA Wormeester H Thu‑PS2‑15 Zetterberg J Thu‑11:20‑O‑CATH, Su W‑B Tue‑9:00‑O‑NAEX Tang S‑J Wed‑16:20‑O‑BAND Tusche C Thu‑PS2‑01 Vergeer K Tue‑14:20‑O‑EG2D Wrana D Thu‑10:40‑O‑ORGS, Thu‑14:20‑O‑CATH, Such B Mon‑14:20‑O‑ORGS Tanemura M Wed‑11:20‑K‑GRAP Tulic S Thu‑PS2‑20 Verlhac B Tue‑9:20‑O‑MAGN Thu‑11:20‑O‑SEMI Thu‑14:40‑O‑CATH Suchkova S Thu‑16:20‑O‑SEMI Taniguchi M Wed‑16:20‑O‑BAND Turban P Wed‑9:40‑O‑OXID Vertesy G Thu‑14:40‑O‑SAMA Wu Z Thu‑PS2‑38 Zhang Chi Thu-11:00-O-ORGS Suchorski Y Thu‑9:40‑I‑CATH Tapasztó L Tue‑15:00‑I‑EG2D Turcsányi Á Tue‑10:00‑O‑ENER Verucchi R Wed‑16:20‑O‑ORGS Wu Y‑C Tue‑PS1‑47 Zhang Chu Thu‑10:40‑O‑CATH, Suemitsu M Thu‑9:20‑O‑CATH Tariq Q Wed‑11:40‑O‑OXID Vesselli E Thu‑PS2‑26 Thu‑11:40‑O‑CATH, Turmaud J‑P Thu‑PS2‑19 X Thu‑15:20‑O‑OXID Sulyok A Tue‑PS1‑23, Tue‑PS1‑51, Tashima K Thu‑9:20‑O‑CATH Tzallas P Mon-17:00-O-ELI-ALPS Vilas‑Varela M Mon‑14:40‑O‑SAMA Xia X Tue‑14:00‑O‑EG2D Thu‑14:40‑O‑SAMA, Thu‑PS2‑02 Vinithra G Thu‑10:00‑O‑MOLA Zhang T Wed‑9:20‑O‑ORGS Tasic A Thu‑PS2‑36 U Xie L Tue‑11:00‑O‑ORGS Sun Q Thu‑16:20‑O‑ORGS Tautz F S Tue‑PS1‑12 Vinogradov N A Tue‑16:20‑O‑ELCH Zhang Y Tue‑14:00‑O‑ORGS, Uchida K Thu‑PS2‑23 Xu W Tue‑11:00‑O‑ORGS, Zhang Yituo Wed-16:00-O-BAND Sun Z Tue‑16:20‑O‑OXID Taylor R Tue‑16:20‑O‑ORGS Vishwakarma R Wed‑11:20‑K‑GRAP Thu‑16:20‑O‑ORGS Ueba T Wed‑11:40‑O‑BAND Zhang W Thu‑14:20‑O‑ORGS Surnev S Wed‑9:00‑I‑OXID, Taylor S Tue‑15:00‑O‑ORGS De Bocarmé T V Tue‑11:20‑O‑EG2D, Xu H Thu‑PS2‑02 Ueda Y Thu‑PS2‑42 Zhang H M Tue‑PS1‑37 Wed‑16:00‑K‑OXID Tebi S Tue‑14:00‑O‑ORGS Tue‑17:20‑O‑CATL, Tue‑PS1‑08 Yadav K Tue‑9:00‑O‑ORGS Ueno N Wed‑11:40‑O‑BAND Zhao W Thu‑14:20‑O‑ORGS Susi T Thu‑PS2‑20 Tedstone A A Thu‑15:00‑O‑ENER Vlad A Tue‑14:40‑O‑EG2D Yadav R P Thu‑14:20‑O‑SEMI Ules T Tue‑PS1‑12 Zhao Y Wed‑11:00‑O‑ORGS Suzer S Mon‑14:00‑I‑NAEX Teichert C Thu‑11:20‑O‑SEMI, Vorokhta M Wed‑11:40‑O‑ORGS Yagi S Wed‑16:40‑O‑BAND, Suzuki T Tue‑PS1‑40 Thu‑15:20‑O‑ORGS Umezawa K Tue‑14:20‑O‑BIMS W Thu‑PS2‑08 Zharnikov M Tue‑17:00‑O‑MOLA Unger W Mon‑14:40‑O‑NAEX Zhidomirov G M Wed‑11:20‑O‑OXID Suzuki Y Thu‑PS2‑42 Tejeda A Thu‑14:40‑O‑ENER, Thu‑PS2‑19 Wachsmann W Thu‑PS2‑38 Yagyu K Tue‑PS1‑40 Urgel J I Tue‑11:40‑O‑ORGS2, Zhou J Thu‑11:20‑O‑CATH, Süle P Tue‑PS1‑41 Tersoff J Tue‑PS1‑05 Wäckerlin A Tue‑PS1‑33 Yaji K Mon‑14:20‑O‑BAND, Svec M Mon‑14:00‑O‑ORGS, Thissen A Mon‑14:40‑O‑NAEX, Thu‑PS2‑01 Tue‑17:00‑O‑PISC Tue‑PS1‑48 Thu‑14:20‑O‑CATH, Wäckerlin C Tue‑9:40‑O‑MAGN, Thu‑14:40‑O‑CATH Tue‑11:00‑O‑ORGS2 Thomas A G Tue‑16:20‑O‑ORGS, Urhan B K Tue‑11:40‑O‑ELCH Yajima A Wed‑9:00‑O‑COMP Tue‑PS1‑33, Thu‑9:20‑O‑MOLA Zhou F Tue‑PS1‑02 Swart I Tue‑11:40‑O‑ORGS1 Thu‑15:00‑O‑ENER, Thu‑PS2‑33 Ustinov A B Tue‑PS1‑31 Yaakob Y Wed‑11:20‑K‑GRAP Wagner M Thu‑9:20‑O‑OXID Zhu J Wed‑10:40‑O‑ORGS Syari’ati A Thu‑14:00‑O‑GRAP Thompson D Tue‑15:00‑O‑ORGS Utsumi Y Tue‑15:20‑O‑ORGS Yakimova R Thu‑10:00‑O‑GRAP Waitz T Thu‑PS2‑20 Zhuravlev A G Thu‑16:00‑O‑SEMI Syres K L Tue‑16:20‑O‑ORGS, Thomsen S D Thu‑9:00‑O‑CATH V Wakamatsu Y Wed‑11:20‑K‑GRAP Yamada H Tue‑17:00‑O‑PISC Thu‑PS2‑33 Zilberberg L Tue‑16:00‑I‑PISC Thornton G Tue‑PS1‑10, Thu‑15:20‑O‑OXID Vad K Tue‑9:40‑O‑BIMS Walczak L Mon‑14:00‑O‑BAND Yamamoto S Thu‑9:20‑O‑CATH Szabelsi P Tue‑14:40‑O‑ORGS Zobelli A Thu‑PS2‑19 Timm M J Thu‑16:20‑O‑CATL Vajdle O Tue‑PS1‑50, Thu‑PS2‑36 Walker M Tue‑PS1‑40 Yamamoto S‑I Tue‑PS1‑49 Szabó T Tue‑10:00‑O‑ENER Zollner E M Wed‑16:20‑O‑SAMA, Toccoli T Wed‑16:20‑O‑ORGS Valerie G Thu‑11:40‑O‑GRAP Walker K Tue‑PS1‑07 Yamanaka S Thu‑PS2‑35 Szabová L Thu‑14:20‑O‑OXID Thu‑14:40‑O‑ORGS Tofail S A M Thu‑9:40‑O‑MOLA Valeri S Tue‑PS1‑38, Thu‑14:00‑O‑OXID Walton A S Thu‑15:00‑O‑ENER, Yamasaki T Tue‑PS1‑29 Szajna K Thu‑10:40‑O‑ORGS, Zolnai Z Thu‑14:40‑O‑SAMA Togami Y Thu‑PS2‑35 Van Aert S Thu‑14:00‑O‑SEMI Thu‑PS2‑33 Yamashita S Wed‑9:00‑O‑COMP

Zorkani I Thu‑PS2‑47 Index Thu‑11:20‑O‑SEMI, Tomán J J Tue‑14:00‑O‑BIMS, Thu‑PS2‑10 Thu‑14:00‑O‑SEMI Vancsó P Tue‑15:00‑I‑EG2D Wandelt K Tue‑14:00‑I‑ELCH Yamasue K Thu‑9:40‑O‑SAMA Zugermeier M Tue‑PS1‑09 Tomellini M Wed‑9:20‑O‑GRAP Szamosvölgyi Á Tue‑9:20‑O‑NAEX Van Der Heijden N Tue‑11:40‑O‑ORGS1 Wang D Tue‑PS1‑15 Yanagisawa H Thu‑10:40‑O‑LASE Zuzak R Tue‑16:00‑O‑ORGS Tompos A Tue‑10:00‑O‑ENER, Szanyi J Thu‑15:00‑I‑CATH Van Dorp W Thu‑14:00‑O‑GRAP Wang J Mon‑14:00‑I‑SAMA Yang D Wed‑11:00‑O‑ORGS Tue‑PS1‑03, Thu‑9:00‑O‑OXID Vantalon D Thu‑11:40‑O‑ORGS Wang X Thu‑15:00‑I‑CATH Yaoita Y Wed‑16:00‑O‑BAND Szendrő M Tue‑PS1‑41 Tonchev V Wed‑9:20‑O‑COMP Szenti I Tue‑15:20‑O‑OXID, Thu‑PS2‑32 Van Tendeloo G Thu‑14:00‑O‑SEMI Waser R Wed‑16:40‑O‑ORGS Yavuz A Thu‑PS2‑31 Tonks J Tue‑9:40‑O‑CORR Varga M Thu‑PS2‑20 Wasserscheid P Thu‑PS2‑04 Yildiz B Wed‑16:40‑O‑OXID

66 67 PLAN OF THE EXHIBITION AREA IN THE ATRIUM AREA OF TIK EXHIBITORS LIST

BihurCrystal & nanoscore...... Stand 7 Mantis Deposition ...... Stand 13 Seminar room III. Seminar room II. Seminar room I.

BioNavis...... Stand 1 MB Scientific...... Stand 6 Pillar 7,2 m Ledge Emergency exit 3 m B&T Service Kft...... Stand 8 Nor-Cal Europe ...... Stand 9

6. 5. 4. 3. 2. 1. ELI-ALPS Laser Research Centre, Szeged...... Stand 11 Prevac...... Stand 3

Lamp-post Lamp-post Focus ...... Stand 2 SAES Getters ...... Stand 10 7,5 m

7. 220 V Goodfellow...... Stand 12 Scienta Omicron...... Stand 14 Lamp-post

9,5 m Elevator

8 m Magnificat Vacuum ...... Stand 5 Specs Surface Nano Analysis...... Stand 4 4,5 m 6,5 m

8. 9. 10. 11. 5 m 12. 13. 14. 2 m 2 m 2 m 2 m 2 m High voltage 3,5 m power strip Ledge Pillar 7,2 m 2,5 m

3 × 3 m 4 × 3 m Coffee 3 × 2 m break table

68 69 STAND 7 STAND 7 STAND 1 STAND 8

B&T Service Kft. NON-STOP VACUUMDOCTOR

BIHURCRYSTAL NANOSCORE BIONAVIS B&T SERVICE KFT. Vacuumtechnology and services for BihurCrystal is a supplier of exotic materials and monocrystalline substrates, Nanoscore in Germany is the exclusive European distributor of UNISOKU, BioNavis Ltd (www.bionavis.com) is a Finnish manufacturer of scientific EDWARDS vacuum products as well as ultra-high-vacuum equipment. BihurCrystal’s latest product is the the renowned Japanese manufacturer of UHV SPM Systems. Ultra low instruments that measure real-time surface interactions as well as ALI deposition system (Atomic Layer Injection), which allows depositing a temperature, high magnetic vector fields, and SPM combined with Raman nanoparticle and layer properties. We have re-designed surface plasmon large variety of nanomaterials in UHV from solution. This technique is ideal spectroscopy (TERS) are the unique highlights. Latest additions to nanoscore’s resonance (SPR) technology routinely used in drug discovery into Multi- The B&T Service Kft, as an ISO9001 certified company and the official for large or delicate molecules that degrade when heated and can therefore product portfolio are: The New Joule-Thomson SPM by UNISOKU and ALI Parametric SPR to provide Ångström precision to coatings and materials. hungarian distributor and service of Edwards Ltd, we supply vacuumparts not be evaporated. deposition products by BihurCrystal. A few measurement examples: and services for vacuum systems. We are servicing vacuumpumps as follows: rotary vane pumps, diffusion pumps, booster pumps, piston pumps, valves • Single monolayer of graphene thickness and refractive index (3.7 Å) etc. We maintenance and repair the pumps, provide replacement products for your uninterrupted work during the repair time. We are cleaning the chambers, • Swelling and collapse of polymer brushes due to changes in electric contaminated surfaces, check the metal parts, heater elements, sensors. For potential your qualified work, we repair and calibrate the vacuum gauges. We supply • Self-assembly of multilayers from 2 nm up to microns vacuum components for the daily work from our stock, as the follows: KF, • Protein adsorption kinetics ISO-K and CF flanges, sealing rings, chamber sealings, oils, filters, spare • And more parts for vacuumpumps, valves, gauges. In case of lost vacuum levels, leak test we are also available, we can find the leaks on your system and help in Visit our booth n. 9 to learn more about MP-SPR and hundreds of publications the solutions with our 20 years vacuumservice experiences. featuring the technique. Attila Tamási managing director

BIHURCRYSTAL NANOSCORE GmbH BioNavis Ltd Paseo Mikeletegi 83 - 3° - local 720009 Maisebachstr. 3 Hermiankatu 6-8 H, 33720 Tampere, Finland B&T Service Kft. Donostia-San Sebastián (SPAIN) 61479 Glashuetten (GERMANY) +1-858-999-4233 (USA) Budapest, Hungary +34 943041816 +49 6174 6199 50 +358-10-271-5030 +36 30 4585 480 [email protected] [email protected] email: [email protected] [email protected] www.bihurcrystal.com www.nanoscore.de www.bionavis.com www.bandtservice.hu

70 71 STAND 11 STAND 2 STAND 12 STAND 5

ELI-ALPS LASER RESEARCH CENTRE, SZEGED FOCUS GOODFELLOW MAGNIFICAT VACUUM

ELI-ALPS, the Hungarian pillar of the Extreme Light Infrastructure, is dedicated Founded in 1990 and situated 30 min. drive from Frankfurt airport, FOCUS Currently celebrating 50 years of facilitating scientific innovation, Goodfellow Magnificat Vacuum offers the full range of vacuum-technology products and to support fundamental and applied researches in physical, biological, chemical, produces instruments for surface science: electron beam evaporator is a leading global supplier of metals, alloys, ceramics, glasses, polymers, their service. With more than 25 years of experience in servicing, planning medical and materials sciences at extreme short time scales. The facility – be- (EFM 3 et al.), VUV sources (HIS 13, 14, MONO), ion sputter sources (FDG compounds, composites and other materials to meet the research, and implementing of vacuum technology plants, our team is able to provide sides the regular scientific staff – will provide accessible research infrastructure 15, 150), electron energy analyzers (EasySPIN, HV-CSA), electron spin development and specialist production requirements of science and industry. even unique solutions for our customers. for the international scientific community user groups from all around the world. detectors (FERRUM) and a series of in general energy filtered photo emission The company has an extensive range of 70,000 catalogue products in The first laser systems will be installed by Fall 2017, the beamlines are gradually becoming available by 2020. microscopes (TOF-PEEM, NanoESCA). multiple forms available off the shelf, most subject to free delivery within 48 In order to maintain the high level of our service, our colleagues are hours and with no minimum order quantities. continuously taking part in trainings organized by the parent companies of Fundamental chemical, biological and physical processes happen very quickly and thus require ultrashort probing techniques. Interactions with attosecond (10-18 s) our partners. laser pulses would enable the imaging of these ultrafast processes and unlock the With over 6000 customers supported by a worldwide network of offices, understanding of some of the mysteries of natural phenomena. agents and distributors Goodfellow also offers a comprehensive range of Providing the best service and solutions to our customers has always been a Lasers and laser-based light sources from THz to X-ray bespoke processing services, effectively operating as an extension of the priority for our company. We are continuously increasing the number of our production team in order to develop custom fabricated components in any partners, which enables us to provide to our customers a wider catalogue ELI-ALPS offers more than just the use of the novel class, state-of-the-art la- quantity required. Our in-house team is comprised of fellow scientists and product range, on-demand the designing, production and servicing (within ser systems. The unique combination of the outstanding laser pulses with the pioneering secondary sources technologies will open up new opportunities in engineers with extensive knowledge of materials and processing – through or over the warranty period) of unique products, and all this at the most experimental research. their technical expertise and a supporting range of specification tools the favorable prices on the market. company has built an unrivalled reputation for helping to find solutions to • The peak power and repetition rate of few • X-rays (100 keV) will be resulted from even the most challenging of research problems. All of our products are We provide technical expertise to our customers in any of the above mentioned cycle phase stabilized lasers systems are a dedicated relativistic laser-electron ranging from fraction of TW to multi-PW, Thomson scattering source (available also underpinned by the most rigorous quality accreditations including ISO, sectors or other related branches. and 100 kHz to 10 Hz, respectively. after intensive development phase fol- REACH and RoHS. • High-energy extreme ultraviolet photons lowing 2020). Gyula Kornacker (10 eV - 10 keV) will be generated via • THz pulses with even mJ energy are gen- Managing Director high-harmonic processes in gases and on erated via optical rectification in nonline- solids, leading to single pulses with a pulse ar crystals. duration as short as tens of attoseconds. FOCUS GmbH Goodfellow SARL Magnificat Vacuum Kft. ELI-ALPS Laser Research Centre Neukirchner Str. 2 229 rue Solferino 8 Deák Ferenc str, H-1041 Budapest 5 Budapesti str, H-6728 Szeged D-65510 Hünstetten (GERMANY) 59000 Lille (FRANCE) + 36 30 315 4072 +36 62 550 190 +49 (0) 6126 4014 31 +33 (0)800 917 241 + 36 1 231 7030 [email protected] [email protected] [email protected] [email protected] www.eli-alps.hu/?q=en www.focus-gmbh.com www.goodfellow.com www.magnificat-vacuum.hu

72 73 STAND 13 STAND 6 STAND 9 STAND 3

MANTIS DEPOSITION MB SCIENTIFIC NOR-CAL EUROPE PREVAC

MANTIS-SIGMA is a partnership between MANTIS Deposition and SIGMA MB Scientific is a Swedish company provide world leading Photoemission Since 1962 Nor-Cal Products has manufactured the highest quality vacuum PREVAC is a world leading manufacturer of UHV scientific research Surface Science dedicated to the development and manufacture of equipment’s including brightest VUV light sources and best resolution chambers, components and engineered subsystems used in semiconductor, instruments and systems for the investigation of chemical and physical high-quality systems and components for cutting-edge applications in performing analyser. Our resolve is resolution. flat panel display, industrial coating, LED lighting, energy and research properties of solid state surfaces, thin films and nanomaterials. We specialise nanotechnology, thin film deposition, and surface analysis. MB Scientific AB provide the Best Products with Best Support to make our equipment. We serve customers through a worldwide network of sales, in delivering custom deposition and analysis systems to clients who find We enable researchers to both create and analyse the latest materials for customer quickly producing world leading data. We do offer customised service and manufacturing facilities. that standard, off the shelf “solutions” simply do not meet the expectations advanced materials and device development. option and Special Development service and also consultation for the various demanded by the very latest cutting edge experimental investigations. research application. MANTIS specialises in nanoparticle deposition, UHV sputtering, RF atom and ion techniques, e-beam, MBE, and PLD. We offer a range of nanoparticle deposition sources and systems, sputter cathodes with optional in-situ tilt, RF atom and RF ion sources, mini e-beam evaporators, organic evaporators, and thermal gas crackers as well as modular UHV and HV R&D deposition systems that can be customised for your application. SIGMA specialises in the field of materials analysis and characterisation, with a focus on the development and production of instruments for UHV SPM and ESCA technology. We have recently launched a new advanced range of UHV surface analysis tools ‘STREAM flow cryostat UHV SPM’ and ‘SXM SPM control system’. It is our aim to collaborate with you and progress your research, through rapid development of new instrumentation and techniques. We have an extensive network of representatives worldwide as well as direct support offices in the UK, USA, and Germany. Nor-Cal Europe Ltd. Suite D, Dittons Engineering Park MANTIS DEPOSITION GmbH MB SCIENTIFIC AB Dittons Road Alte Fahrkartendruckerei - Mombacher Strasse 52 Seminariegatan 29 B Polegate BN26 6HY PREVAC sp. z o.o. 55122 Mainz (GERMANY) 752 28 Uppsala (SWEDEN) United Kingdom ul. Raciborska 61, Rogow PL-44362, +49 6131 3272520 +46 70 355 09 60 +44(0)1323 810852 +48/324-592-000 [email protected] [email protected] [email protected] [email protected] www.mantisdeposition.com www.mbscientific.se www.n-c.com www.prevac.eu

74 75 STAND 10 STAND 14 STAND 4

SAES GETTERS SCIENTA OMICRON SPECS SURFACE NANO ANALYSIS SPECS Surface Nano Analysis GmbH – A Story of Constant Innovation For over seventy years, SAES Group has been the leading supplier of UHV Scienta Omicron, brings together the two leading innovators in Surface SPECS has more than 150 employees at its headquarters in Berlin and its and XHV pumping solutions based on the Non-Evaporative Getter (NEG) Science – the former VG Scienta and Omicron NanoTechnology. subsidiaries in the USA and Switzerland. The company also has sales offices technology for a variety of industrial and research applications. These and international sales channels in more than sixteen countries. solutions include compact NEG pumps with a large pumping speed for active We provide customized solutions and advanced technologies for fundamental atmospheric gases and, in particular, for hydrogen, without generating research in surface science and nanotechnology in the fields of A team of scientists and engineers are involved in developing and producing vibrations or magnetic fields. scientific instruments for surface analysis, material science and nanotechnol- • scanning probe microscopy ogy. With the SPM 150 Aarhus (STM & NC-AFM), SPECS offers an instrument • electron spectroscopy, In 2011, the SAES Group introduced the NexTorr® pump, a revolutionary of unique stability and productivity for surface studies with atomic resolution. • thin film deposition and product that combines the NEG and sputtering ion pump technologies on the A second example for a surface microscope is the Low Energy Electron • tailored system and instrumentation solutions opposite sides of the same flange. Microscope LEEM P90, which was developed in cooperation with Dr. R. Tromp (IBM), allowing in situ studies of surface dynamical processes, for instance These capabilities are available in customized solutions from one source with The NEXTorr ® pumps are now extensively used in a variety of Surface Science the growth of surface structures. Those instruments are only two examples worldwide sales and service groups. We work with leading researchers around techniques. from the variety of SPECS products continuously widening or revolutionizing the world and our products are known for their outstanding performance. the field of applications. Scienta Omicron is part of the Scienta Scientific Group. In 2014, the SAES group has added the CapaciTorr HV pumps to its pump line up, extending the benefits of NEG pumping to the high vacuum regime (1×10 -9 to 1×10 -6 Torr).

SAES GETTERS S.p.A. SCIENTA OMICRON GmbH SPECS SURFACE NANO ANALYSIS GmbH Viale Italia, 77 Limburger Str. 75 Voltastrasse 5 20020 Lainate (Milan) (ITALY) 65232 Taunusstein (GERMANY) 13355 Berlin (GERMANY) +39 02 93178 231 +49 (0) 6128 987 0 +49 30 46 78 24-0 [email protected] [email protected] [email protected] www.saesgroup.com www.scientaomicron.com www.specs.com

76 77 NOTES

78 19 ELI-ALPS GPS: N: 46.2784677, S: 20.0981443

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3 10 6 17 4 1 Conference Venue (TIK) 14 2 Art Hotel**** 9 2 3 Hunguest Hotel Forrás**** 4 Mozart Hotel**** 5 NOVOTEL Hotel**** 6 Dóm Hotel**** 11 1 7 Szent János Hotel**** 8 Tiszavirág**** 9 Science Hotel**** 10 Hotel Soleil**** 11 Vén Diófa Vendégház*** 12 Mátrix Hotel*** 13 Tisza Alfa Hotel*** 14 Szab székház** Google maps: 15 Tisza Sport Hotel** 16 Franciscan Monastery * 17 Régió-10 Ltd. 16 18 Conference Dinner 19 ELI-ALPS ecoss RÉGIÓ CONFERENCE Régió-10 Ltd. • Dugonics sq. 12, H-6720 Szeged, Hungary 27 AUG.  1 SEPT. 2017 SECRETARY: Phone/fax: +36 62 710 500 • E-mail: [email protected] • www.regio10.hu SZEGED, HUNGARY 33