The 12th International Symposium on Laser Precision Microfabrication

LPM2011

June 7–10, 2011 Takamatsu, Kagawa, Japan http://www.jlps.gr.jp/lpm/lpm2011/

Final Program

updated May 26, 2011

General Chair Koji Sugioka RIKEN, Japan Co-Chair/Program Committee Chair Hiroyuki Niino AIST, Japan Co-Chair Friedrich Dausinger Dausinger + Giesen GmbH, Germany Co-Chair Alberto Piqu´e Naval Research Laboratory, USA Co-Chair Kazuyoshi Itoh Osaka University, Japan Co-Chair Seiji Katayama Osaka University, Japan Honorary Chair Isamu Miyamoto Osaka University, Japan Steering Committee Chair Toshihiko Ooie AIST, Japan LPM2011 uig1:01:0o h niae day. indicated the of 12:20–14:00 during Notes Important example, For Presentations Poster example, For pae a 6 2011 26, May updated hyphen after number last The letter 3rd The letters 2nd & 1st The hyphen after number last The letter 4th The number 3rd The letters 2nd & 1st The Presentations Oral Program Symposium LPM2011 on Codes Paper Wdedy Pse rsnain te1tpeetto nteday] the on presentation 1st [the — Presentation] [Poster — [Wednesday] 1] Room in presentation [4th — Presentation] [Oral — 1] [Room [Tuesdayday] h otrpeetr r euse ogv hr rsnain n ob rsn nfoto hi poster their of front in present be to and Presentations Short give to requested are presenters poster The 3 2 1 Fr Th We Tu Th We UO O I PL om3(om#2 upr alTkmtu 6F) Takamatsu, Hall Sunport 6F) #62, Takamatsu, (Room Hall 3 Sunport Room #61, = 6F) (Room Hall, 2 Conference Room International = (Kagawa 1 Room = Friday = Thursday = Wednesday = Tuesday = =Thursday =Wednesday naration voice with ppt = Oral = Invited = Plenary = We-P-1 Tu1-O-4 P niae h rsnaintype. presentation the indicates and niae h rsnainroom. presentation the indicates UP ftecdsidct h a fteweek. the of day the indicate codes the of ftecdsidct h a fteweek. the of day the indicate codes the of en otrPeetto n nandPse rsnain respectively. Presentation, Poster Unmanned and Presentation Poster means inl h otrodro h ae fteday. the of paper the of order poster the signals room. each in paper the of order presentation the signals 0 Program

Program Program 10:00 7 June Tuesday 1 Day rlSession Oral ehooia rnsadlsrapiain o solar for applications panels laser and trends Technological 11:30 France 42000, Universit´e Etienne Lyon, Saint Universit´e de Monnet, 5516, Jean UMR CNRS Germany, Curien, Spectroscopy, Hubert Pulse Short and Optics Stoian interaction materials laser transparent femtosecond with of applications and Basics 10:50 USA University, far-infrared the to lightCapasso mid-infrared compact the performance from High sources lasers: cascade Quantum 10:10 10:00 knoKitahara Akinao Iseki 21 uc Time Lunch 12:10 Center, Development Japan Photovoltaic Advanced / Center Research lnr Session Plenary Opening 1 , 2 1 pnn Remark Opening , Tu1-PL-3 Tu1-PL-2 Tu1-PL-1 raiRosenfeld Arkadi , AY lcrcC. t./SlrDvso oa Energy Solar / Division Solar / Ltd. Co., Electric SANYO 1 Wataru 3 , 1 colo niern n ple cecs Harvard Sciences, Applied and Engineering of School 1 Shinohara auiYoneda Haruki , Plenary Plenary Plenary 1 1 , oihruAya Youichirou , 1 a onIsiuefrNonlinear for Institute Born Max nofVle Hertel Volker Ingolf , 1 kr Terakawa Akira , pae a 6 2011 26, May updated ie Presentation Video Presentation Video 1 isoiHishida Mitsuoki , 2 hi:H Niino H. Chair: Laboratoire 1 1 rlSession Oral , Masahiro , om1 Room om1 Room Razvan , Federico 1 ,

Day 1: June 7 Oral Session

Room 1 Session 1. Direct Writing

Chair: A. Piqu´e Day 1 14:10 Tu1-O-4 On-demand preparation of microdot patterns Tuesday by laser-induced dot transfer, Aiko Narazaki1, Ryozo Kurosaki1, Tadatake Sato1, Yoshizo

Day 1: June 7 June 7 Kawaguchi1, Wataru Watanabe1, Hiroyuki Niino1, 14:10 1National Institute of Advanced Industrial Science and Technology (AIST), Japan 14:30 Tu1-O-5 Student Printing micro-droplets of silver NP inks using LIFT: Parametric analysis, Michael Zenou1,2, Shoshana Winter1, Amir Saar2, Zvi Kotler1, 1Orbotech Ltd., Israel, 2Hebrew University , Racah Insitute of Physics, Isarel 14:50 Tu1-O-6 Wet process of Si film by laser direct writing method, Akira Watanabe1, 1Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, Japan 15:10 Tu1-O-7 Student Microstructuring of glass materials using hybrid laser processing: Micro-optics and microfluidics, Daniel Nieto Garc´ıa1,2, Gerard M. O’Connor2, 1University of Santiago de Compostela, Spain, 2National Center for Laser Applications, Ireland 15:30 Tu1-I-8 Invited Laser micro and nanostructuring of surfaces fabricated by direct laser writing, Philippe Delaporte1, Anne-Patricia Alloncle1, Laurent Charmasson1, David Grojo1, Ludovic Rapp1, Marc Sentis1, 1LP3 laboratory – CNRS – Mediterranean University, France

16:00 Coffee Break

updated May 26, 2011 4 Lachaine musv force impulsive laser-induced femtosecond using adhesion intercellular of estimation Non-contact behavior jetting of laser-induced study numerical and Experimental Hiroshi bubbles cavitation laser-induced femtoseocnd by controlled crystallization Protein 14:50 Montr´eal, Canada water in nanocavitation laser-induced enhanced plasmonic Modeling water Lachaine in formation bubble and cavitation wave pressure enhanced laser-induced plasmonic ultrafast of detection situ In 14:20 60 oe Break Coffee 16:00 Japan University, Kinki Medicine, of Faculty Japan, Tokyo, of University Science of Japan, Institute Technology, Nara and Science, Materials of School Iino 15:40 UK Oxford, of University Science, USA, Princeton University, Engineering, Aerospace and Mechanical of Brown S. Matthew Sugiyama Shigeru 14:35 Montr´eal, Canada de Polytechnique Maruyama Murakami Inoue 15:20 Japan Technology, of Institute Tokyo Biotechnology, Japan, Japan, Temperature University, Low Hokkaido of Science, Institute The Group, Dynamics Japan, 2 1 rdaeSho fEgneig sk University, Osaka Engineering, of Japan, School University, Graduate Saitama Chemistry, of Depatment aiainadJetting and Cavitation Induced Laser Light: of and Fundamentals Liquid of Interactions SP1 3. Session 1 a Hagiyama Man , 2 , 3 Tu2-I-3 Tu2-UO-1 Tu2-O-5 Tu2-UO-2 Tu2-O-4 6 3 , Yoshikawa rdaeSho fBocec and Bioscience of School Graduate Japan, JST, CREST 5 1 1 auuiTakano Kazufumi , ihlMeunier Michel , , 3 2 , ten Boulais Etienne ´ 5 , 3 , 6 iok Adachi Hiroaki , iooh Matsumura Hiroyoshi , , 2 2 1 Yoichiroh , 1 eateto Engineering of Department yt Murai Ryota , 3 Invited Student Student ini Ventikos Yiannis , ohnr Takahashi Yoshinori , 2 khk Ito Akihiko , 2 nttt fMdclScience, Medical of Institute 1 1 , , ihlMeunier Michel , 3 2 Etienne ´ Hosokawa 1 eateto Pathology, of Department , 2 3 4 cl oyehiu de Polytechnique Ecole ´ , , hs Transition Phase 3 5 , uueMori Yusuke , 5 2 Satoshi , hi:Aa Hunt Alan Chair: , , 3 3 Craig e Sazaki Gen , , Boulais 2 1 , 5 2 3 1 Graduate OH Inc., SOSHO , , Takanori , 5 1 om2 Room Tsuyoshi , Department B. 2 , , 3 R´emi 1 Mihoko , Arnold 1 R´emi, PPT PPT , 2 1 , 3 Ecole 4 ´ , 5 , , 1 , , 5 15:20 Poland Technology, 1 Szczurek Miroslaw Jarocki Roman 15:00 Ogawa Kanade and stretching compression pulse for of material block transparent a using system amplification chirped-pulse parametric optical Ultrafast, 14:40 France Systemes, Clemens Delaigue Martin micro-machining for precision lasers picosecond and Femtosecond 14:20 54 oe Break Coffee 15:40 Korea South Materials, Lee Jaehoon fabrication area wide Kyunghan and speed high for method synchronization scanner-stage Laser processing for polymers source EUV plasma Laser nttt fOteetois iiayUiest of University Military Optoelectronics, of Institute aesadSystems and Lasers 5. Session Tu3-O-4 Tu3-O-3 Tu3-O-2 Tu3-O-1 H¨onninger , Kim Henryk 1 , , 1 1 1 Koichi 1 oe nttt fMciea and Machineray of Institute Korea , ez Kostecki Jerzy , 1 wnh Yoon Kwangho , 1 adieRicaud Sandrine , aa tmcEeg gny Japan Agency, Energy Atomic Japan 1 1 reylwWachulak Przemyslaw , Fiedorowicz rcMottay, Eric , Yamakawa pae a 6 2011 26, May updated on Zaouter Yoann , 1 1 nre Bartnik Andrzej , 1 naSzczurek Anna , 1 en Suh Jeong , uaaAkahane Yutaka , hi:K Washio K. Chair: 1 1 rnkMorin Franck , Amplitude rlSession Oral om3 Room 1 , 1 1 , , , 1 , 1 1 , 1 , ,

Day 1: June 7 Oral Session

Room 1 Session 2. Micromachining and Modification

Chair: M. Schmidt Day 1 16:30 Tu1-UO-9 Student PPT New method for nanosecond laser machining, Cinthya Tuesday Emma Toro1, Carlos Lasorsa2, Carlos Alberto Rinaldi3, 1Dept. of Micro and Nanotechnology, National Commission of Atomic

Day 1: June 7 June 7 Energy., Argentina, 2Universidad Tecnol´ogica Nacional, Facultad 16:30 Regional Haedo, Buenos Aires, Argentina, 3National Council of Scientific and Technical Research, Argentina 16:45 Tu1-O-10 Student Laser-based fabrication of large-area controllable biomimetic microstructures, Si Zhu Wu1, Dong Wu1, Qi Dai Chen1, Hong Bo Sun1, 1Jilin University, China, 2Jilin University, China, 3Jilin University, China, 4Jilin University, China 17:05 Tu1-O-11 Student Micromachining of polymethylmethacrylate and polydimethylsiloxane using laser plasma soft X-rays, Shuichi Torii1, Testuya Makimura1, Kouta Okazaki2, Daisuke Nakamura2, Akihiko Takahashi3, Tatsuo Okada2, Hiroyuki Niino4, Kouichi Murakami1, 1Institute of Applied Physics, University of Tsukuba, Japan, 2Graduate School of Information Sciences and Electrical Engineering, Kyushu University, Japan, 3Department of Health Sciences, School of Medicine, Kyushu University, Japan, 4Photonics Research Institute, National Institute of Advanced Industrial Science and Technology, Japan 17:25 Tu1-O-12 Student Dopant activation modelling in implanted silicon under multi-pulsed excimer laser irradiation, Giuseppe Fisicaro1,2, Karim Huet3, Markus Italia2, Antonino La Magna2, Giovanni Piccitto1, Vittorio Privitera2, Julien Venturini3, 1Department of Physics and Astronomy, University of Catania, Italy, 2CNR IMM, Z.I VIII Strada 5 I -95121 Catania, Italy, 3Excico 13-21 Quai des Gresillons, 92239 Gennevilliers, France 17:45 Tu1-O-13 Student Self organized nano-cone structures on InP/InGaAs/InGaAsP microstructures irradiated by ArF and KrF excimer lasers, Neng Liu1, Khalid Moumanis1, Jan J. Dubowski1, 1Department of Electrical and Computer Engineering, Unversit´ede Sherbrooke, Canada

updated May 26, 2011 6 16:30 h Wu Zhu devices microfluidic and micro-optical for three-dimensional writing direct laser Femtosecond Sawada by microstereolithography two-photon produced micromotor bacteria-driven A Midorikawa Katsumi writing laser direct femtosecond by fabricated using optofluidics fluids of analysis Concentration 17:00 1 applications and biomedical lasers ultrafast with Nanomorphing 4 2 Japan 17:40 Technology, and Science of Institute Advanced 1 17:20 Japan Institute, imdclEgneig nvriyo ihgn USA Michigan, of University Engineering, Biomedical ii nvriy China University, Jilin China, University, Jilin Japan, University, National Yokohama poudcDvcsadBoApplications Bio and Light: Devices and Optofluidic Liquid of Interactions SP1 4. Session Tu2-I-6 Tu2-O-7 Tu2-O-9 Tu2-O-8 1 1 uciHiratsuka Yuichi , ogB Sun Bo Hong , , Yasutaka Invited Student 1 , , 1 1 Dong IE–dacdScience RIKEN–Advanced , 3 1 ii nvriy China, University, Jilin 2 , Hanada ii nvriy China, University, Jilin hj Maruo Shoji , Alan Wu hi:C .Arnold B. C. Chair: 1 J. iDiChen Dai Qi , 1 oiSugioka Koji , Hunt , 2 om2 Room 1 1 Japan Tomoyuki , , 1 Si , 1 , 7 17:50 Taiwan University, Chien Shih Communication, Taiwan, Technology, and 2 Science of University Pingtung National Engineering, Biomechatronics Hong Shi-Ping auioOkamoto Yasuhiro 17:10 Muramatsu Yamashita Susumu welding Yamada micro laser pool’s during molten depth of observation X-ray In-situ 16:50 Japan University, Osaka Engineering, School of Graduate Biotechnology, and Science Advanced Japan, University, of Osaka School Engineering, Graduate Science, Manufacturing and Itoh Kazuyoshi pulses Tomokazu laser polyethylene femtosecond with using terephthalate copper of joining Direct Germany, Germany, Technologies (SAOT), Optical Advanced of School Graduate Schmidt USPL using Isamu glass of in modification absorptivity internal nonlinear of model Simulation experiment clip: and dual Simulation separated and employing laser Nd:YAG packaging butterfly module on laser shift type postweld of reduction The 17:30 Japan and University, Science Okayama Technology, Natural of School Graduate Laboratory, Mukhtar Muhaizad laser Nd:YAG pulsed by composite aluminum-graphite conductive material thermal high of Micro-welding 16:30 eateto nomto ehooyand Technology Information of Department irwligadJoining and Microwelding 6. Session Miyamoto Tu3-O-10 Tu3-O-8 Tu3-O-7 Tu3-O-9 Tu3-O-6 1 2 , aaiaShobu Takahisa , 3 , 4 Sano 4 1 nvriyElne-uebr,Germany Erlangen-Nuremberl, University , , 1 1 sk nvriy Japan, University, Osaka 1 aa tmcEeg gny Japan Agency, Energy Atomic Japan 2 hn-hoHung Shang-Chao , 1 koHirose Akio , hg Iwasaki Shogo , 1 , 2 1 1 1 rsinCvecek Kristian , kr Okada Akira , Student khk Nishimura Akihiko , , 3 aeice ae Zeutrum, Laser Bayerisches 1 otaiinlMachining Nontraditional , odIrsShah Idris Mohd 1 uiioYonemoto Yukihiro , 1 pae a 6 2011 26, May updated , , 1 1 Yi-Cheng iiino Materials of Division hi:W Pfleging W. Chair: auuiOzeki Yasuyuki , 1 ohyk Uno Yoshiyuki , 2 , 3 1 Michael , , eatetof Department 2 Tomonori rlSession Oral 1 iiinof Division 2 om3 Room Toshiharu , Erlangen Hsu Ismail 1 , , 1 , 1 2 , 1 , , ,

Day 1: June 7 Oral Session

Room 1 Session 7. Microstructuring I

Chair: F. Dausinger Day 2 9:00 We1-UO-1 PPT Machining performance of laser surface microtextured Wednesday drilling tools, Milton S. F. Lima1, Fabricio P. Ladario2, Davi June 8 Neves1, Rudimar Riva1, Anselmo E. Diniz3, 1Institute for Advanced Studies, Brazil, 2Instituto Tecnol´ogico de Aeron´autica (ITA), 9:00 Brazil, 3Faculdade de Engenharia Mecˆanica, Universidade Estadual de Campinas (UNICAMP), Brazil 9:15 We1-O-2 Student Picosecond laser direct patterning of poly(3,4-ethylene dioxythiophene)-poly(styrene sulfonate) (PEDOT-PSS) 1 1 Day 2: June 8 thin films, Shizhou Xiao , Susana Abreu Fernandes , Andreas Ostendorf1, 1Laser Application of Technologies, Ruhr University Bochum, Germany 9:35 We1-O-3 A comparative study of the quantum well intermixing effect in InGaAsP/InGaAs/InP heterostructures induced by irradiation with 248 and 193 nm excimer lasers, Jonathan Genest1, Romain B´eal1, Neng Liu1, Khalid Moumanis1, Vincent Aimez1, Jan J. Dubowski1, 1Department of Electrical and Computer Engineering, Universit´ede Sherbrooke, Canada 9:55 We1-O-4 Cutting and thining vertically aligned carbon nanotube carpets by lateral femtoseconde laser ablation, Pascal Boulanger1, Olivier Sublemontier1, Romain Ladret1, Olivier Gobert1, Christian Cornaggia1, Mathieu Pinault, Martine Mayne-l’Hermitte, 1Atomic Energy Commission, Francis Perrin Laboratory, France 10:15 We1-O-5 Student Thin composite optical elements fabricated with laser direct imaging technique, Blaˇz Kavˇciˇc1, DuˇsanBabi´c2, Boˇstjan Podobnik1, Igor Poberaj2, 1LPKF Laser & Electronics, Slovenia, 2Faculty of Mathematics and Physics, University of Ljubljana, Slovenia 10:35 We1-O-6 Laser-induced backside wet etching employing green DPSS laser and liquid metallic absorber, Tadatake Sato1, Yoshizo Kawaguchi1, Ryozo Kurosaki1, Aiko Narazaki1, Wataru Watanabe1, Hiroyuki Niino1, 1National Institute of Advanced Industrial Science and Technology (AIST), Japan

10:55 Coffee Break

Poster 1 Chair: Y. Nakata

11:20 Short Presentation 1 for Poster Session 1 Room 1

12:20 Poster Session 1 and Exhibition Small Hall 2 (5F)

Lunch Time

updated May 26, 2011 8 12:20 11:20 Break Coffee 10:50 Canada Toronto, of University Engineering, Computer laser ultrafast control interactions to trains burst Harnessing in writing laser photoresist direct femtosecond crystal by photonic collimator diffractive 3D of Fabrication 10:00 Research Sensor Ireland for (NCSR), Centre National (OSL), Austria, Laboratory Rankweil, A-6830 9 Feldgut Austria, Technology, of University Technology, of University Austria, Vienna Technology, and Science Calendron (2PP) Stadlmann polymerization Klaus optical photon flexible two by of interconnects fabrication the for System Stadlmann waveguides optical flexible of microfabrication Two-photon-induced Poumellec fibers optical absorption in multiphoton processes and processing laser UV 9:00 10:20 Australia Technology, Spain, 3 Catalunya, Polit`ecnica de Universitat Nuclear, Japan, Shizuoka University, Electronics), of Institute (Research Leaders Staliunas Stampfl Stampfl 9:20 Australia Sydney, Chemistry, of of University School (iPL), Laboratories Photonics 1 9:40 Austria Technology, of Vienna University Engineering, Frequency Radio and Communications Austria, Technology, of University Austria, Technology, of 2 University Vienna Chemistry, etefrMcoPoois wnun nvriyof University Swinburne Micro-Photonics, for Centre France, 11, Sud Paris of University nttt fMtra cec n ehooy Vienna Technology, and Science Material of Institute otr1 Poster Photonics for Microfabrication 10. Session uc Time Lunch Exhibition and 1 1 Session Session Poster Poster for 1 Presentation Short We2-O-4 We2-O-1 We2-I-5 We2-O-2 We2-O-3 1 2 , Liska Robert , 2 2 nttt fApidSnhtcCeity Vienna Chemistry, Synthetic Applied of Institute 1 Aleksandr alu Juodkazis Saulius , 3 2 ahne Groothoff Nathaniel , oetCopperwhite Robert , hqa Li Zhiquan , , , Vygantas Peter 1 oe Kumpfm¨uller Josef , 2 Invited Student eatmn eFıiaiEnginyeria F´ısica i de Departament R. Ovsianikov, , Josef 1 Herman , Mizeikis 1 ehr Schmid Gerhard , 1 nttt fApidSynthetic Applied of Institute Kumpfmueller 3 , , Matthieu 1 1 1 iiino lblResearch Global of Division 2 , 4 iaMaigyte Lina , 1 onCanning John , oetLiska Robert , 1 nttt fMaterial of Institute 3 3 et lcrcland Electrical Dept. ih ae GmbH Laser HighQ nttt of Institute 4 2 pia Sensors Optical Interdisciplinary hi:Y Bellouard Y. Chair: 2 Anne-Laure , Lancry 1 3 Klaus , Juergen , om2 Room 1 2 2 Bertrand , 2 Kestutis , J¨urgen, , 9 , 05 oe Break Coffee 10:50 Korea of Republic Technology, Science and of Institute Advanced Korea Engineering, process Ahn drilling CFD laser for of model simulation tracing ray accurate An 10:30 of Japan Technology, College National Nagaoka Engineering, 1 laser UV state using solid sheet GFRP in Microdrilling 10:10 Korea South LTD., Co. Heavy Industries Hyundai (HEMRI), Institute Research Cho Eun-Chel Kim Sang-Kyun cells (MWT) solar wrap-through fracture the metal on of drilling strength hole laser of Impact 9:50 Japan Center, Development 1 Shudo Kazumasa drilling laser process direct Cu of Modeling 9:30 Germany, 1 Sommer lasers disk femtosecond processing with material precise and Flexible 9:00 eateto lcrcladEetoi Systems Electronic and Electrical of Department & Research Ltd. Industries, Heavy Sumitomo f¨urmbH, Technologiegesellschaft Strahlwerkzeuge Microdrilling 13. Session 1 ukJoNa Suck-Joo , We3-O-5 We3-O-4 We3-O-3 We3-O-2 We3-I-1 1 , rerc Dausinger Friedrich , Junichi 2 , asne isnGb,Germany GmbH, Giesen + Dausinger Kyumin 1 , 1 1 nSkMoon In-Sik , 1 yna Electro-Mechanical Hyundai Okada ml al2(5F) 2 Hall Small , aauiYorozu Masafumi , 1 Susumu Invited Student , Lee 1 eateto Mechanical of Department 1 pae a 6 2011 26, May updated 1 uj Okamoto Yuuji , ogKu Lim Jong-Keun , hi:S Katayama S. Chair: Nakamura hi:Y Nakata Y. Chair: 2 1 , o-a Lee Won-jae , , om1 Room Steffen rlSession Oral om3 Room 1 1 , , , Junsu Sven 1 , 1 , 1 ,

Day 2: June 8 Oral Session

Room 1 Session 8. Microstructuring II

Chair: A. Ostendorf Day 2 14:10 We1-O-7 High quality ceramic microfabrication by Wednesday pulsed fiber laser in different ambients, Minghui June 8 Hong1,2, Zhenying Pan2, Xiaozhu Xie1,3, 1Department of Electrical and Computer Engineering, National 14:10 University of Singapore, Singapore, 2Data Storage Institute, Singapore, 3Faculty of Electromechanical Engineering, Guangdong University of Technology, China 14:30 We1-O-8 Optimisation of laser microprocessing by Day 2: June 8 innovative methods of nanosecond pulselength tuning of disc lasers, Klaus P. Stolberg1, Susanna Friedel1, Sven Poggel1, Tamehide Yamada2, 1Jenoptik Laser GmbH, Germany, 24666 Ikebe-cho, Tsuzuki-ku, Yokohama, Kanagawa 224-0053, Japan 14:50 We1-O-9 Selective laser melting: From process fundamentals towards advanced products, Igor Yadroitsev1, Andrey Gusarov1, Igor Smurov1, 1Ecole Nationale d’Ing´enieursde Saint-Etienne (ENISE), DIPI Laboratory, France 15:10 We1-O-10 Femtosecond laser-assisted etching of fluoride crystals, Shigeki Matsuo1, Kodai Iwasa1, Takuro Tomita1, Shuichi Hashimoto1, 1Department of Ecosystem Engineering, The University of Tokushima, Japan

15:30 We1-I-11 Invited 3D structures in battery materials, Wilhelm Pfleging1, Robert Kohler1, Michael Bruns1, Carlos Ziebert1, Johannes Proell1, 1Karlsruhe Institute of Technology, Germany

16:00 Coffee Break

updated May 26, 2011 10 14:30 ytei fcr/hl aoie sn doped targets using ZnO nanowires core/shell of Synthesis 15:40 Fechner upscaling coated conductor for lasers excimer High-power direct laser writing femtosecond by glass microstructures inside metal adhesive of Formation Birnbaum Andrew transfer decal process laser the of Characterization 60 oe Break Coffee 16:00 1 Tsuta Kumeda Akio 15:20 Japan Institute, Science Advanced – RIKEN Midorikawa Katsumi 15:00 USA Laboratory, Research Naval 6364, 1 ysuUiest,Japan University, Kyushu Code Division, Technology and Science Materials ae-nue Deposition Laser-Induced SP2 11. Session 1 ishr Higashihata Mitsuhiro , We2-I-6 We2-O-9 We2-O-8 We2-O-7 1 , , , Jian Scott 1 oeetGb,Germany GmbH, Coherent 1 , Xu auuiToya Kazuyuki , Daisuke A. 1 2 zblsBeke Szabolcs , Mathews ensoKim Heungsoo , Invited 1 , , 1 Nakamura ae ehooyLaboratory, Technology Laser Ralph hi:B usi tVeld ‘t in Huis B. Chair: 1 , 2 a Auyeung Ray , 1 Delmdahl 1 asoOkada Tatsuo , auiKubo Kazuki , 1 1 oiSugioka Koji , oaOkazaki Kota , 2 let Piqu´e Alberto , 1 om2 Room Burkhard , 2 , 1 1 , Koji , 1 1 , , 2 , 11 pae a 6 2011 26, May updated rlSession Oral om3 Room

Day 2: June 8 Oral Session

Room 1 Session 9. Ultrafast Laser Processing: Micromachining and Drilling

Chair: M. H. Hong Day 2 16:30 We1-O-12 Student Water-assisted ultrashort laser pulse ablation, Wednesday Martti Veli Johannes Silvennoinen1, Jarno Jere, June 8 Juhani Kaakkunen1, Kimmo P¨aiv¨asaari1, Pasi Vahimaa1, 1Department of Physics and Mathematics, 16:30 University of Eastern Finland, Finland 16:50 We1-O-13 Student Focus position and polarization effects in ultrafast laser drilling of cemented tungsten carbide, Khai Pham Xuan1, Rie Tanabe1, Yoshiro 1 1

Day 2: June 8 Ito , Department of Mechanical Engineering, Nagaoka University of Technology, Japan 17:10 We1-O-14 The effect of burst mode on TSV process using a picosecond laser, Dongsig Shin1, Jeong Suh1, Yongkwon Cho1, 1Dept. of High Density Energy Beam Processing & System, Korea Institute of Machinery and Materials (KIMM), South Korea 17:30 We1-O-15 Multi-layer patterning of organic semiconductor thin film layers with ultra short pulsed lasers, Wayne Lewis1, Tino Petsch2, Jens H¨anel2, Markus Lasch2, 1Beams Inc., Japan, 23D-Micromac AG, Germany 17:50 We1-O-16 High power short and ultra short laser pulses for industrial micro machining, Birgit Faisst1, Simone Russ2, Sascha Weiler1, Severin Massa2, Jan Wieduwilt1, Christof Siebert1, 1TRUMPF Laser- und Systemtechnik GmbH, Germany, 2TRUMPF Laser GmbH + Co. KG, Germany

updated May 26, 2011 12 htnqe,F128Mrelecdx9 France17:00 9, cedex Marseille F-13288 Photoniques, PSI, Switzerland, Villigen CH-5232 Department, Research Energy Delaporte Philippe 16:30 Birnbaum Origami Laser by Alberto structures 3-D of Generation of transfer Cu forward induced laser Picosecond Project eLIFT Christof European functional The of materials: transfer forward induced Laser Kim 17:20 Netherlands The Industry, and Science 1 ehooyDvso,Cd 34 aa Research USA Naval Laboratory, 6364, Code Division, Technology nvriyo wne h Netherlands, The Twente, of University ae-nue Deposition Laser-Induced SP2 12. Session , 1 Bert rsi Metkus Kristin , We2-O-11 We2-I-10 We2-O-12 Piqu´e Walter usi tVeld ‘t in Huis 1 a Auyeung Ray , 2 aoaorLsr,Pamse Proc´ed´es et Plasmas Lasers, Laboratoir 1 ct .Mathews A. Scott , Schneider 2 Invited , 1 1 alShre nttt General Institut, Scherrer Paul , 1 1 aeil cec and Science Materials , 1 1 2 ikCharipar Nick , hmsLippert Thomas , .Oosterhuis G. , hi:S .Mathews A. S. Chair: 1 Andrew , om2 Room 2 2 1 TNO , Heungsoo , 1 , , 13 , 17:30 1 aoehooyDprmn,Germany Department, Nanotechnology Chichkov N. Liska Robert biomedicine in Aleksandr applications its and laser pulses femtosecond by photofabrication 3D Tanaka laser by micro-processing immobilization antibody of Contorol htnc n biomedicine and for photonics nanofabrication and micro- Laser-based Takashi slurry ceramic and microstereolithography using scaffolds bioceramic three-dimensional of fabrication Near-net-shape 17:10 Austria Technology, of University Vienna Chemistry, Austria, University Technology, Vienna of Technology, and Science Materials 16:50 Japan Institute, Research Kataoka Masatoshi 16:30 ooaaNtoa nvriy Japan University, National Yokohama imdclApplications Biomedical 14. Session 1 We3-I-9 We3-O-8 We3-O-7 We3-O-6 oooiNakahara Tomonori , Torii Ovsianikov 1 2 1 , J¨urgen Stampfl , aooInada Makoto , 1 ae etu anvre.V., Hannover Zentrum Laser 1 , Invited Student ohhk Ooie Toshihiko , Yuji 1 a Torgersen Jan , 2 nttt fApidSynthetic Applied of Institute Yamachoshi hi:JnJ Dubowski J. Jan Chair: 1 1 pae a 6 2011 26, May updated ar Abe Kaori , , hj Maruo Shoji , 1 , Kotaro 1 nttt of Institute 1 1 , 1 Masato , 1 hqa Li Zhiquan , rlSession Oral Obata AIST,Health om3 Room 1 , 1 , 1 Boris , , , 2 ,

Day 2: June 8 Oral Session

Room 1 Session 15. Ultrafast Laser Processing: Internal Micromachining

Chair: Y. Cheng Day 3 9:00 Th1-UO-1 PPT Multipoint focusing of single ultrafast laser pulses, Cyril Thursday Mauclair1, Alexandre Mermillod-Blondin2, Arkadi Rosenfeld2, Ingolf June 9 V. Hertel2, Eric Audouard1, Isamu Miyamoto3, Razvan Stoian1, 1Laboratoire Hubert Curien (UMR 5516 CNRS), Universit´ede Lyon, 9:00 Universit´ede Saint-Etienne,´ France, 2Max-Born Institut f¨ur Nichtlineare Optik und Kurzzeitspektroskopie, Germany, 3Osaka University, Japan

9:15 Th1-I-2 Invited The Femtoprint project, Yves Bellouard1, A. Champion1, M. Matteucci1, M. Gevincevicius2, C. Corbari2, M. Beresna2, P. Kazansky2, O. Chappuis3, M. Kral3, R. Clavel3, J. -M. Breguet4, F. Barrot4, Y. Mabillard5, S. Bottinelli5, M. Hopper6, C. Hoenninger7, E. Mottay7, J. Lopez8, 1Mechanical Engineering Department, Eindhoven University of Technology, The Netherlands, 2Optoelectronics Research Center (ORC), University of Southampton, United Kingdom, 3Ecole Polytechnique F´ed´erale de Lausanne, Switzerland, 4Centre Suisse

Day 3: June 9 dElectronique et Microtechnique (CSEM), Switzerland, 5Mecartex, Switzerland, 6Quintenz Hybridtechnik, Germany, 7Amplitude Syst`emes,France, 8AlphaNOV, France 9:45 Th1-O-3 Fabrication of microstructure arrays on photosensitive glass by femtosecond laser, P. N. Wan1, C. W. Cheng2, J. S. Chen3, 1Department of Mechanical Engineering, National Chung Cheng University, Taiwan, R.O.C., 2ITRI South, Industrial Technology Research Institute, Taiwan, R.O.C., 3Department of Mechanical Engineering, National Chung Hsing University, Taiwan, R.O.C.

10:05 Th1-I-4 Invited Micro-explosions triggered by femtosecond laser pulses: New tool of nano-structuring, Saulius Juodkazis1, Arturas Vailionis2,3, Eugene G. Gamaly4, Vygantas Mizeikis5, Wenge Yang6, Andrei Rode4, 1Swinburne University of Technology, Australia, 2Stanford University, USA, 3SLAC National Accelerator Laboratory, USA, 4The Australian National University, Australia, 5Shizuoka Univ, Japan, 6Argonne National Laboratory, USA 10:35 Th1-O-5 The origin of femtosecond laser induced form birefringence in silica glass, Matthieu Lancry1, Bertrand Poumellec1, Kevin Cook2, John Canning2, 1University of Paris Sud 11, France, 2Interdisciplinary Photonics Laboratories (iPL), School of Chemistry, University of Sydney, Australia

10:55 Coffee Break

Poster 2 Chair: M. Okoshi

11:20 Short Presentation 2 for Poster Session 2 Room 1

12:20 Poster Session 2 and Exhibition Small Hall 2 (5F)

Lunch Time

updated May 26, 2011 14 9:20 10 oe Break Coffee 11:00 Korea Technology, and Science of University National fiber-laser a using Joohan cutting glass laser Indirect 10:40 Japan University, Utsunomiya 1 pulses femtosecond laser line-shaped with grooving Laser glass Ohmura of scribing laser frequency in considering analysis stress Thermal Grubinskas Simonas CIGS cells for solar scribing picosecond-laser in Progress Zimmer RaˇciukaitisGediminas picosecond lasers with femtosecond cells and solar thin-film of Scribing 12:20 11:20 10:20 Japan Ltd., Co., Industrial 1 10:00 Lithuania, Technology, 2 and Sciences Physical Braun Alexander 9:40 Germany, Lithuania, 1 etrfrOtclRsac n dcto (CORE), Education and Research Optical for Center sk nvriy Japan, University, Osaka Germany AG, Solarion Technology, and Sciences Physical for Center otr2 Poster Cutting and Scribing 18. Session uc Time Lunch Exhibition and 2 2 Session Session Poster Poster for 2 Presentation Short Th2-O-1 Th2-O-5 Th2-O-4 Th2-O-3 Th2-O-2 2 Kim 1 lxne Braun Alexander , ej Shimizu Seiji , 3 2 , oainA,Germany AG, Solarion ebi-nttt fSraeModification, Surface of Leibniz-Institute 1 Gediminas , oso Choi Wonseok , Satoshi 2 tffnRagnow Steffen , Student Student 1 idua Gedvilas Mindaugas , 1 Hasegawa naWehrmann Anja , 2 Raˇciukaitis aaa Murakami Masanao , , 2 3 , Paulius isbsiDiamond Mitsuboshi tffnRagnow Steffen , Keisuke 1 hluLee Chulku , 1 ohoHayasaki Yoshio , 1 Cho H. S. Chair: 2 Gecys alu Gecys Paulius , , Yahata 1 etrfor Center om2 Room 2 1 Klaus , 1 1 , , , 1 3 1 Etsuji , 2 , Seoul , 1 1 , , , 15 ml al2(5F) 2 Hall Small pae a 6 2011 26, May updated hi:M Okoshi M. Chair: om1 Room rlSession Oral om3 Room

Day 3: June 9 Oral Session

Room 1 Session 16. Ultrafast Laser Processing: Micro and Nano Texturing

Chair: J. Reif Day 3 14:00 Th1-UO-6 Student PPT Mechanisms of plasmonic enhanced laser Thursday nanoablation of silicon, Alexandre Robitaille1, June 9 Etienne´ Boulais1, Michel Meunier1, 1Ecole´ 14:00 Polytechnique de Montr´eal,Canada 14:15 Th1-O-7 Formation of fine ripples on surfaces of dielectrics and semiconductors, Riˇcardas Buivydas1, Vygantas Mizeikis2, Lorenzo Rosa1, Remigijus Sliupasˇ 3, Tadas Kudrius3, Gintas Slekysˇ 3, Saulius Juodkazis1, 1Swinburne University of Technology, Australia, 2Shizuoka Univ., Japan, 3Altechna Ltd., Lithuania 14:35 Th1-O-8 Student Femtosecond laser induced nanostructures inside the microholes on soda-lime glass surface, Md. Shamim Ahsan1,2, Man Seop Lee1,

Day 3: June 9 1Photonics Application Lab, Korea Advanced Institute of Science and Technology (KAIST), South Korea, 2Electronics and Communication Engineering Discipline, Khulna University, Bangladesh 14:55 Th1-O-9 Flexible microstructuing of thin films using multi-beam interference ablation with ultrashort lasers, Bogdan Voisiat1, Mindaugas Gedvilas1, Simonas Indriˇsi¯unas1, Gediminas Raˇciukaitis1, 1Center for Physical Sciences and Technology, Lithuania 15:15 Th1-O-10 Comparison of picosecond and femtosecond laser ablation for surface engraving of metals and semiconductors, Eric Mottay1, Martin Delaigue1, Clemens H¨onninger1, John Lopez2,3, Anne Lidolff2, 1Amplitude Systemes, France, 2Alphanov, France, 3Universit´eBordeaux 1, France 15:35 Th1-O-11 Student Nano band texturing on azobenzene polymer by nanosecond pulse laser exposure, Jintang Huang1,2, Stefan Beckemper2, Si Wu3, Qijin Zhang3, Keyi Wang1, Arnold Gillner2, 1Department of Precision Machinery and Precision Instrumentation, University of Science and Technology of China, China, 2Fraunhofer Institute for Laser Technology ILT / Chair for Laser Technology LLT, RWTH Aachen, Germany, 3Department of Polymer Science and Engineering, University of Science and Technology of China, China

15:55 Coffee Break

updated May 26, 2011 16 14:10 Zhou of modulation rapid temperature trough of nanotubes modulation carbon diameter periodic Laser-assisted 15:40 Germany Technologies, Optical Germany, Erlangen-Nuremberg, of University Technologies, on layers conducting thin substrates transparent of nanoparticles production ZnO the and for ITO of treatment Laser 1 Gonz´alez Solar Alejandro Ramudo Otero to properties cladding micro tribological improve laser with texturing Surface Romero Romero fluids viscous in of components interaction for surface features of improvement positive with microtexturing Laser Mutin Yu. Timofey surfaces metallic nuclides polluted radioactive of decontamination Laser 60 oe Break Coffee 16:00 USA Nebraska-Lincoln, Alexeev 15:20 Spain Navarra, Industria la Asociaci´on de 15:00 Spain Navarra, Industria Spain, Centre, Applications Gonz´alez Solar 14:40 Russia Optics, and Mechanism Technologies, Information Samokhvalov A. IE ae plctosCnr,Spain, Centre, Applications Laser – AIMEN ufc Modification Surface 19. Session 1 e Xiong Wei , Th2-I-6 Th2-O-10 Th2-O-9 Th2-O-8 Th2-O-7 1 , 2 , 2 Michael ragnGaut coli Advanced in School Graduate Erlangen , 1 1 Masoud al .Rmr Romero Romero M. Pablo , lsadaScano Alessandra , 1 1 , ee tr Ramudo Otero Nerea , 1 1 ogegLu Yongfeng , 1 t eesugSaeUiest of University State Petersburg St. Invited Student Schmidt aetnN Smirnov N. Valentin , Mahjouri-Samani 1 acsBaum Marcus , lsadaScano Alessandra , 2 1 I scaio ela Asociaci´on de – AIN , , 2 Vadim , hi:T Makimura T. Chair: 1 , 1 hi fPhotonic of Chair , Pablo 2 1 , , nvriyof University Nerea 1 P. IE Laser – AIMEN 1 M. Veiko om2 Room Alejandro , 1 1 1 Ilya , Yunshen , Andrey , 1 , 2 1 2 , , I – AIN 17 15:00 Japan Technology, of Uinversity 1 Hasegawa technology Thao photoelasticity by liquid studied under ablation induced laser of Dynamics Pavlov Mikhail melting selective laser of monitoring optical Comprehensive 14:20 60 oe Break Coffee 16:00 France IRFM, Euratom/CEA, France, University, Mediterranean – Sentis droplets Vatry metallic Aude of mechanisms removal Laser Otani Hashida fluence Masaki low pulse a laser with femtosecond ablation the by from copper emission ion energetic Non-thermal 15:20 Japan Tokyo, of University Agency, Japan, Energy Atomic Japan Directorate, Science Japan, Tokushima, of University 1 Kawachi Tetsuya Tomita Takuro laser X-ray soft interferometer the using by process ablation femtosecond-laser of Observation 14:40 France Laboratory, DIPI (ENISE), Saint-Etienne d’Ing´enieurs de 15:40 Japan University, Kyoto Science, University, Kyoto Japan, Research, Chemical for Institute eateto ehnclEgneig Nagaoka Engineering, Mechanical of Department eateto csse niern,The Engineering, Ecosystem of Department udmnasadMonitoring and Fundamentals 21. Session 1 1 Nguyen , , 2 Th3-O-3 Th3-O-1 Th3-O-4 Th3-O-2 Th3-O-5 3 2 hgk Tokita Shigeki , Philippe nttt o oi tt hsc,The Physics, State Solid for Institute eateto hsc,Gaut colof School Graduate Physics, of Department 2 oaTerakawa Kota , 1 hita Grisolia Christian , 1 i Tanabe Rie , , 1 1 1 ohhr Ochi Yoshihiro , grSmurov Igor , Maria , , 2 2 Delaporte Minoru au Minami Yasuo , ohnb Ikuta Yoshinobu , Student Student Student Doubenskaia 1 , 2 Yamamoto hi:R .Hgud Jr. Haglund, F. R. Chair: hj Sakabe Shuji , , 1 3 1 , ohfm Umeda Yoshifumi , ohr Ito Yoshiro , Yasuhiro pae a 6 2011 26, May updated 1 1 P aoaoy–CNRS – laboratory LP3 , 2 1 2 ai Grojo David , cl Nationale Ecole aeh Kaihori Takeshi , 2 3 unu Beam Quantum or Suemoto Tohru , 1 1 uiChivel Yuri , 1 2 , , 2 Miyasaka Association 2 Kazuto , Noboru , rlSession Oral 1 om3 Room 1 , , 2 , 1 ARBS, 1 1 1 Marc , , , 2 1 , , 2 , 3 , , ,

Day 3: June 9 Oral Session

Room 1 Session 17. Ultrafast Laser Processing: LIPS Formation

Chair: K. Miyazaki Day 3 16:30 Th1-UO-12 PPT Ultrafast laser-induced periodic-surface structure: Thursday Formation mechanisms and applications in laser marking, June 9 Jean-Philippe Colombier1, Florence Garrelie1, Florent Pigeon1, Razvan Stoian1, Mourad Bounhalli1, St´ephanieReynaud1, Nicolas 16:30 Faure1, Philippe Brunet2, Benjamin Dusser1, Eric Audouard1, 1Universit´ede Lyon, F-69003, Universit´ede Saint-Etienne, Laboratoire Hubert Curien (UMR 5516 CNRS), France, 2Laboratoire de M´ecanique de Lille, UMR CNRS 8107, Boulevard Paul Langevin, 59655 Villeneuve d’Ascq C´edex,France 16:45 Th1-O-13 Periodic nano-grating structures produced by femtosecond laser pulses for metals with low- and high-melting points, Masaki Hashida1,2, Yasuhiro Miyasaka1,2, Yoshinobu Ikuta1,2, Kazuto Otani1,2, Shigeki Tokita1,2, Shuji Sakabe1,2, 1Advanced Research Center for Beam Science, Institute for Chemical Reserch, Kyoto University, Japan, 2Department of Physics, Graduate School of Science, Kyoto University, Japan Day 3: June 9 17:05 Th1-O-14 Femtosecond laser ablation from silicon and ripples formation: Evolution of surface excitation, Mourad Bounhalli1,3, Marco Muth1, Olga Varlamova1,2, Juergen Reif1,2, 1Brandenburg. Tech. Univ. BTU Cottbus, Germany, 2JointLab Cottbus, Germany, 3Laboratoire Hubert Curien, Universit´eJean Monnet, St. Etienne, France 17:25 Th1-O-15 The role of anisotropic excitation in self-organized nanostructure formation upon femtosecond laser ablation, Olga Varlamova1,2, Sergej Varlamov1, Michael Bestehorn1, Juergen Reif1,2, 1Brandenburg. Tech. Univ. BTU Cottbus, Germany, 2JointLab Cottbus, Germany 17:45 Th1-O-16 Student Formation of nanostructures on the stainless steel surface by femtosecond laser pulses, Md. Shamim Ahsan1,2, Yeong Gyu Kim1, Man Seop Lee1, 1Photonics Application Lab, Korea Advanced Institute of Science and Technology (KAIST), South Korea, 2Electronics and Communication Engineering Discipline, Khulna University, Bangladesh

Banquet

18:30 from the venue to Banquet on foot

19:00 Banquet ANA Hotel Clement Takamatsu

updated May 26, 2011 18 16:30 19:00 18:30 Ghadiri tweezers optical holographic using microstructures heterogeneous Assembling Murakami internal illumination total reflection using microrotor laser-driven A Ju Feng Yong writing direct laser water-assisted femtosecond by glass mesoporous fabricated in directly structures microfluidic 3D 17:20 Japan Science, 2 1 metamaterials plasmonic for nanostructures metallic three-dimensional of fabrication Two-photon Stocker photolithography RAPID in developments Recent plctosTcnlg,Germany Technology, Applications 1 18:00 Japan University, 17:40 Japan Science Institute, Advanced – RIKEN Laboratory, China, Technology Sciences, Mechanics, of Fine Academy and Chinese Optics of Institute Shanghai 1 Xu Zhan 17:00 USA Park, College Maryland, of of USA, University Maryland, Materials, Advanced and Nanophysics USA, Maryland, of University Maryland, of University USA, Biochemistry, & Chemistry of okioUiest,Rsac nt o Electronic for Inst. Research University, Hokkaido Japan, Laboratory, Metamaterials RIKEN, urUiest ohm nttt fLaser of Institute Bochum, Ruhr-University Physics, Laser Field High of Laboratory Key State Banquet Nano/Microfabrication 3D Nanostructures: and Nanomaterials SP3 20. Session 2 rmtevnet aqe nfoot on Banquet Banquet to venue the from nttt o hsclSineadTechnology, and Science Physical for Institute Th2-I-11 Th2-O-13 Th2-O-15 Th2-O-14 Th2-O-12 1 1 ijeLi Linjie , ea Esen Cemal , 1 oiSugioka Koji , 1 hj Maruo Shoji , 1 ogZhang Long , , 4 Atsushi ayadNnCne,University NanoCenter, Maryland 1 aalR Gattass R. Rafael , Invited , Student Student John 1 nra Ostendorf Andreas , 2 1 asm Midorikawa Katsumi , , Ishikawa , Masaki T. 1 1 ooaaNational Yokohama e He Fei , Fourkas 3 etrfor Center 1 Ikegame au Tanaka Takuo , hi:K Ueno K. Chair: 1 , 1 aCheng Ya , 2 Yang − 1 , Laser , 4 Reza ihe P. Michael , om2 Room 1 Department 1 1 Soichiro , , Liao 2 , 1 1 , Zhi , 1 , 2 , 19 N oe lmn Takamatsu Clement Hotel ANA 17:30 Technology,Germany Applications Laser of Department Ostendorf Andreas Jaeger Matthias Hu Wei liquids laser in using ablation substrate SALDI of Fabrication 16:30 n niern et,Uieit fTnese USA Tennessee, of Univeristy Dept., Engineering and USA, Laboratory, National Ridge Laboratory, National USA, Ridge Oak Sciences, Materials Chisholm F. M. Eres G. Regmi Geohegan growth of nanomaterial explorations non-equilibrium diagnostic and processing Laser 17:50 Germany, Barcikowski Bartke Daniel agents matrix-coupling in of presence nanocomposites of fabrication Laser Qingchuan nanocomposites polymer/SWNTs generate conductive to microfabrication laser Using 17:10 USA Nebraska-Lincoln, Park films growth diamond laser-assisted of in powers by laser molecules different precursor of excitations Laser Japan Tokyo, of 16:50 University The Sciences, and Arts Japan, University, Hokkaido 4 Engineering, of Faculty Japan, University, Kansai 3 Engineering, of Faculty Kyushu Japan, Sciences, University, Engineering of School Interdisciplinary Graduate and Chemistry Materials Advanced Yonezawa Tetsu Yasutomo eateto ai cec,Gaut colof School Graduate Science, Basic of Department Engineering, and Science Materials of Division dacdMtra Synthesis Material Advanced 22. Session 1 use Zhou Yunshen , 2 2 aeil cec n ehooyDvso,Oak Division, Technology and Science Materials Th3-O-9 Th3-O-6 Th3-I-10 Th3-O-8 Th3-O-7 .J Jackson J. J. , 1 2 agGao Yang , .Yoon M. , 1 1 2 .A Puretzky A. A. , aaauTsuji Masaharu , Guo atclrGb,Germany GmbH, Particular 2 , 1 1 , 2 ae etu anvre V., e. Hannover Zentrum Laser 1 2 3 1 hlp Wagener Philipp , hzo Xiao Shizhou , .L More L. K. , uiaaMafune Fumitaka , ’ae Chakif M’Barek , 2 1 2 , .Xiao K. , Invited Student Student , 1 eateto ple Chemistry, Applied of Department Zhiqiang , hmsGuillemet Thomas , 2 1 1 Takeshi .M Rouleau M. C. , urUiest Bochum, Ruhr-University ogegLu Yongfeng , 1 1 .D Readle D. J. , 1 ieaKawasaki Hideya , 2 pae a 6 2011 26, May updated .J .Duscher M. J. G. , Xie , Tsuji 1 1 nra Aumann Andreas , etrfrNanophase for Center 1 hi:V .Veiko P. V. Chair: 3 innnHe Xiangnan , 1 1 aeil Science Materials , eaGhadiri Reza , 1 4 1 Masato , Stephan , , 1 1 .Thonnard N. , 1 nttt of Institute rlSession Oral neHahn Anne , nvriyof University 1 om3 Room Jongbok , 1 , M. , David 2 2 , 1 , , 3 1 , B. , 1 , , 1 1 , ,

Day 3: June 9 Oral Session

Room 1 Session 23. Ultrafast Laser Processing: Creation of New Functions

Chair: Y. F. Lu Day 4 9:00 Fr1-O-1 Student Quenching non-equilibrium high-pressure Friday phases of Si using femtosecond laser-driven June 10 ultrashort shock, Masashi Tsujino1, Tomokazu Sano1, Norimasa Ozaki1, Osami Sakata2, Kazuto 9:00 Arakawa3, Masayuki Okoshi4, Narumi Inoue4, Hirotaro F. Mori3, Kojiro F. Kobayashi5, Ryosuke Kodama1, Akio Hirose1, 1Graduate School of Engineering, Osaka University, Japan, 2Japan Synchrotron Radiation Research Institute / SPring-8, Japan, 3Research Center for Ultra-High Voltage Electron Microscopy, Osaka University, Japan, 4Department of Electrical and Electronic Engineering, National Defense Academy, Japan, 5The Wakasa Wan Energy Research Center, Japan 9:20 Fr1-O-2 Student Variation of electric resistance of functional ceramics by shortpulse and CW laser irradiation, Togo Shinonaga1, Masahiro Tsukamoto2, Masataka Takahashi3, Masayuki Fujita4, Nobuyuki Abe2, 1Graduate School of Engineering, Osaka University, Osaka, Japan, 2Joining and Welding Research Institute, Osaka University, Osaka, Japan, 3Osaka Municipal Technical Research Institute, Osaka, Japan, 4Institute for Laser Technology, Osaka, Japan Day 4: June 10 9:40 Fr1-O-3 Magnetic and optical properties of Fe3+-doped transparent glasses irradiated with femtosecond laser, Seisuke Nakashima1, Koji Sugioka1, Katsumi Midorikawa1, 1Riken – Advanced Science Institute, Japan 10:00 Fr1-O-4 Femtosecond laser activation of photoluminescence in the bulk of Bi-doped glasses, Vitali Kononenko1, Vladimir Pashinin1, Boris Galagan1, Sergey Sverchkov1, Boris Denker1, Vitali Konov1, Evgeniy Dianov2, 1General Physics Institute, Russia, 2Fiber Optics Research Center at General Physics Institute, Russia 10:20 Fr1-O-5 Laser micro-machining of hydrophobic-hydrophilic patterns for fluid driven self-alignment in micro-assembly, G. R. B. E. R¨omer1, M. M. J. Jorritsma1, A.J. Huis in ‘t Veld2, 1University of Twente, Faculty of Engineering Technology, Chair of Applied Laser Technology, The Netherlands, 2University of Twente, Faculty of Engineering Technology, Chair of Applied Laser Technology and TNO Science & Industry, Department Materials Technology, The Netherlands

10:40 Coffee Break

updated May 26, 2011 20 03 oe Break Coffee 10:30 Tsuboi, Yasuyuki Kitamura, 1 Noboru Shoji, Tatsuya nanoparticles Au surface of localized plasmon based of films excitation polymer resonant of on processing porous Nano Leitz nanostructuring direct-write assisted for laser tweezers ultrafast optical Gaussian of Application 9:50 Japan Tokyo, of Nomura Wataru roughness for surface substrate A-scale glass ˚ of etching Nanophotonic 9:20 10:10 Germany Technologies, Optical Advanced in School Germany, of Erlangen-Nuremberg, University Technologies, Photonic of colo cec,Hkad nv,Japan Univ., Hokkaido Science, of School aohtnc n Plasmonics and Nanophotonics Nanostructures: and Nanomaterials SP3 25. Session 1 , 2 Fr2-O-2 Fr2-I-1 Fr2-O-3 laAlexeev Ilya , 1 oociOhtsu Motoichi , , Invited Ulf Student Student 1 , 2 Quentin ihe Schmidt Michael , hi:Jh .Fourkas T. John Chair: , Takashi 1 , 2 , 2 ragnGraduate Erlangen Karl-Heinz , 1 Keita , 1 h University The Yatsui Muraoka om2 Room 1 , 2 , 1 1 , Chair 1 , 21 10:00 Japan University, Kyushu Engineering, Electrical Okada Nakamura Daisuke 9:20 Japan and Japan, Science Technology, Industrial Advanced of Institute Fukuda 04 oe Break Coffee 10:40 USA Engineering, and Science Materials USA, Physics, USA, Science, Materials in Program Graduate Interdisciplinary USA, Astronomy, and Physics Norton P. Lawrie J. 10:20 Wang Hongqiang media liquid in laser processing nanosecond by with surface nanocrystals engineered silicon of coupling Electronic Arimoto Hidenobu microscopy digital holographic with photopolymer in index change refractive light-induced of Measurement 9:00 lso opigosre nanvlmultilayer novel a heterostructure in observed coupling plasmon exciton- in dynamics Photoluminescence with nanoparticles laser colloidal pulse nanosecond of Interaction irradiation nano-crystals oxide laser ultraviolet zinc by of motion and Lasing UK 9:40 Ulster, of University Institute, Research Materials Technology Japan, and (AIST), Science Industrial Advanced of Mariotti Davide udmnasadPhotochemistry and Fundamentals 27. Session 1 Fr3-O-4 Fr3-O-2 Fr3-O-5 Fr3-O-1 Fr3-O-3 , 1 , 1 2 4 rdaeSho fIfrainSineand Science Information of School Graduate 1 ihr Mu Richard , , htnc eerhIsiue National Institute, Research Photonics 1 adritUiest,Dprmn of Department University, Vanderbilt 3 4 2 ikUiest,Dprmn of Department University, Fisk nvriyo lrd,Dprmn of Department Florida, of University 2 ihoKondo Michio , 1 aoehooy&Advanced & Nanotechnology , at Koshizaki Naoto , 1 1 Richard auoh Masaki Kazuyoshi , 2 Student ishr Higashihata Mitsuhiro , ipnSelCeia o Ltd., Co. Chemical Steel Nippon 3 yogWnKim Won Kyeong , , Alexander , F. Wataru pae a 6 2011 26, May updated , Haglund 2 Vladimir adritUniversity, Vanderbilt 1 , , 1 ainlInstitute National 1 Kota Watanabe , Pyatenko 1 hi:Y Ito Y. Chair: 1 2 IT Japan AIST, rlSession Oral , Takashi , 2 om3 Room Svrˇcek ˇ Benjamin , Okazaki 1 4 Tatsuo , David , 1 1 1 , , , 1 ,

Day 4: June 10 Oral Session

Room 1 Session 24. Ultrafast Laser Processing: Advanced Processing

Chair: S. Juodkazis Day 4 11:00 Fr1-O-6 Generation of sharp and periodic structure by Friday interfering femtosecond laser processing, Yoshiki June 10 Nakata1, Kazuma Momoo1, Noriaki Miyanaga1, Takuya Hiromoto2, 1Institute of Laser Engineering, 11:00 Osaka Univ., Japan, 2Furukawa Electric, Japan 11:20 Fr1-O-7 Ultra-fast writing of self-organized bubble networks using femtosecond laser exposure in the cumulative regime, Yves Bellouard1, Max-Olivier Hongler2, 1Eindhoven University of Technology (TU/e), Netherlands, 2Ecole Polytechnique F´ed´erale de Lausanne (EPFL), Switzerland

11:40 Fr1-I-8 Invited Fs laser cleaning using filamentation, Sung-Hak Cho1, Jung-Kyu Park1, Jae-Yong Yu1, Won-Seok Chang1, Jae-Goo Kim1, Ji-Yeon Choi1, Kyung-Hyun Whang1, 1Nano Machining Lab. KIMM (Korea Institute of Machinery and Materials), Korea

12:10 Lunch Time Day 4: June 10

updated May 26, 2011 22 21 uc Time Lunch 12:15 of Japan University Tokushima, The Engineering, Ecosystem Japan,of (AIST), Technology and Science Tokushima, of Japan, University The Engineering, Ecosystem Furube Akihiro explosion Coulomb reveal to and investigation situ- spectroscopy In pump-probe nanoparticles: gold of aqueous reduction size laser-induced Femtosecond Wang Hongqiang conditions liquid fluence in low melting under laser pulsed by particles spherical submicrometer of Fabrication Wang liquid Hongqiang in by heating materials selective absorbance laser optical low for micrometer spheres sub of fabrication Carbon-assisted Rinaldi nanoparticles and fabrication micro for method New 11:00 11:55 and Japan, (AIST), Science Technology Industrial Advanced of Institute 11:35 Japan (AIST), Technology and Science Koshizaki 11:15 Argentina Aires, Buenos CNEA, Argentina, Research, 3 Technical and Scientific Argentina, of Energy, Commission Atomic National Nanotechnology, and Micro OIE n et fNcerCombustible, Nuclear of Dept. and CONICET ytei fNanomaterials of Synthesis Nanostructures: and Nanomaterials SP3 26. Session Fr2-UO-4 Fr2-O-7 Fr2-O-6 Fr2-O-5 2 2 dad oig Cabanillas Domingo Edgardo , ainlIsiueo dacdIndustrial Advanced of Institute National 1 , 1 , ainlIsiueo dacdIndustrial Advanced of Institute National Cinthya 2 hih Hashimoto Shuichi , 1 1 oheIshikawa Yoshie , Pyatenko Alexander , Student Student Emma 2 2 aaaUiest,Japan University, Kagawa ainlCuclof Council National , Toro Daniel , Naoto 1 alsAlberto Carlos , 2 hi:S Maruo S. Chair: , , 1 Xiangyou , 1 Werner National 1 3 1 eatetof Department , 3 Naoto , om2 Room Koshizaki 1 Department et of Dept. 1 PPT , Li 1 , 1 , 23 1 Rascher Matthias focus on depending height lasers glass ultra-fast in by seams welded joining of measurements Shear 11:20 Japan University, Midorikawa beam Sugioka laser pulse ultrafast double of by irradiation glass of microwelding Efficient 11:00 22 uc Time Lunch 12:20 Japan University, Osaka Engineering, Ozeki Tomoki spectroscopy micro-Raman time-resolved by investigated microprocessing laser in femtosecond dynamics temperature of Energy-dependence Schmidt Michael pulses Miyamoto laser ultrashort using FOTURAN glass of characteristics welding Fusion 11:40 Germany Erlangen-Nuremberg, University Japan, University, dacdOtclTcnlge SO) Germany, 3 (SAOT), Technologies Optical Advanced Japan, University, 12:00 Germany, Japan, University, aeice aeznrm Germany, Laserzentrum, Bayerisches aeice ae etu,Germany, Zeutrum, Laser Bayerisches ls Welding Glass 28. Session 1 auoh Itoh Kazuyoshi , , Fr3-O-7 Fr3-O-6 Fr3-O-8 Fr3-O-9 1 Yoshino Kristian aooIida Makoto , 1 6 , 2 1 h eoSaeCroain US Corporation, Space Aero The rsinCvecek Kristian , , 1 IE S,Japan, ASI, – RIKEN 1 2 aaoMatsumoto Masato , Cvecek 1 , 3 hmsFrick Thomas , , 3 2 5 5 Student hi fPooisTechnologies, Photonics of Chair ragnGaut colof School Graduate Erlangen nvriyErlangen-Nuremberl, University er Helvajian Henry , 1 1 ioh Takai Hiroshi , , 1 sm Miyamoto Isamu , 1 rdaeSho of School Graduate pae a 6 2011 26, May updated 3 hi:W Watanabe W. Chair: ahhr Okamoto Yashuhiro , 1 ihe Schmidt Michael , 1 2 2 6 , , Yasuyuki , Katsumi , oy Denki Tokyo 2 , rlSession Oral Isamu Osaka Koji 4 1 om3 Room Okayama Osaka 2 , , 4 3 , ,

Day 4: June 10 Oral Session

Room 1 Session 29. Industrial Applications

Chair: K. Itoh Day 4 14:00 Fr1-I-9 Invited Technology innovation of thin film transistors Friday (TFTs) by laser crystallization processing, June 10 Yoshitaka Yamamoto, 1Sharp Corporation 14:00 14:30 Fr1-I-10 Invited Stealth dicing technology and the trend, Junji Okuma1, 1Hamamatsu Photonics K.K., Japan

Room 1 Closing

15:00 Outstanding Awards

Closing Remark

15:30 close Day 4: June 10

updated May 26, 2011 24 eesbewiigo htrfatv tutrsi ihu ibt ylaser by niobate lithium in structures lithography photorefractive of writing Reversible laser pulsed by display crystal liquid cholesteric Driving We-P-6 in-process as system micromachining a in laser control by produced plasma Detecting F by polycarbonate window silicone-coated of modification Surface silicon in layer void buried Kanda of formation induced Laser We-P-3 Japan heating laser rapid Sano by caused lifetime Sameshima carrier minority in Decrease LIBWE of monitoring real-time for interface process glass/liquid from emission Plasma We-P-1 Chen Lithuania, Japan, 1 Taiwan University, Yat-Sen Sun We-P-7 National Nanotechnology, and Nanoscience for Taiwan, University, SHU-TE Taiwan, Institute, Research Technology Argentina Research, Technical and Scientific Argentina, Aires, of Argentina, Buenos Energy, Haedo, Atomic Regional of Facultad Tecnol´ogica Commission Nacional, National Nanotechnology, and 1 We-P-4 Japan, Technology, and Agriculture of University We-UP-5 Tsai Hsieh-Fu hmsr,Ntoa awnUiest,Taiwan, University, Taiwan National Chemistry, Taiwan, 2 awnItrainlGaut rga,Aaei iiaTia,Taiwan Taiwan, We-P-2 Sinica Academia Program, Graduate International Taiwan udmnasadPhotochemistry and Fundamentals ietWriting Direct iiino lblRsac edr Rsac nttt fEetois,Siuk University, Shizuoka Electronics), of Institute (Research Leaders Research Global of Division Japan, Academy, Defense National eateto ehncladMcatoi niern,Ntoa awnOenUniversity, Ocean Taiwan National Engineering, Mechantronic and Mechanical of Department 12:20 11:20 otr1 Poster 2 1 , hoCinLiang Chao-Chiun , 1 1 2 aaioHasumi Masahiko , , oy nvriyo giutr n ehooy Japan, Technology, and Agriculture of University Tokyo , ae eerhCne,Dprmn fQatmEetois inu University, Vilnius Electronics, Quantum of Department Center, Research Laser , 3 Cinthya Ji-Yen nttt fBohtnc,Ntoa agMn nvriy Taiwan, University, Yang-Ming National Biophotonics, of Institute Yoshihiko 3 1 Student Student etefrMcoPoois wnun nvriyo ehooy Australia Technology, of University Swinburne Micro-Photonics, for Centre aauKato Wataru , otrSsin1adExhibition and 1 Session 1 Poster Session Poster for 1 Presentation Short , 1 Vygantas , 3 , Cheng 1 Emma eerhCne o ple cecs cdmaSnc awn Taiwan, Taiwan, Sinica Academia Sciences, Applied for Center Research Nojima 1 , Mizeikis 2 otrSession Poster Toro , 1 3 1 1 uYe Su Ju-Yuen , eeemnorhZriMousavi Zarei Seyedehmansoureh , auKanda Yasu , uih Tatemichi Junichi , 1 , 2 1 3 aauiOkoshi Masayuki , alsLasorsa Carlos , eateto aeil n polcrncSine Center Science; Optoelectronic and Materials of Department 1 yatsPurlys Vytautas , 2 EISC.Ld,Japan Co.,Ltd., RENIAS 2 1 eateto optradCommunication, and Computer of Department aLn Cheng Da-Long , 1 hnaYoshidomi Shinya , 25 2 2 alsAbroRinaldi Alberto Carlos , uaaInouchi Yutaka , 1 5 2 ieoh Nojiri Hidetoshi , aoSineadTcnlg Program, Technology and Science Nano isnInEupetC.Ld Japan Co.,Ltd, Equipment Ion Nissin 2 oa Paipulas Domas , ensa,Jn 8 June Wednesday, 2 uCe Chang Yu-Chen , 1 1 , aaioHasumi Masahiko , ml al2(5F) 2 Hall Small , 4 Toshiyuki , , 2 2 5 aa Naito Masao , ue ok Corporation, Works Aurea Hsuan-Kai hnYn Wu Chun-Ying , 2 2 auiInoue Narumi , ae o lightweight for laser 2 alu Juodkazis Saulius , 3 , 2 Sameshima 1 3 Universidad et fMicro of Dept. oAttendant No ainlCouncil National om1 Room , 3 Lin , 4 Toshiyuki pae a 6 2011 26, May updated eatetof Department 1 2 Industrial 1 , Heng-Yin , 1 1 1 Naoki , Tokyo , 1 2 , , 1 otrSession Poster Yasu , 3 ,

Day 2: June 8 Poster Session

We-P-8 Study on the mechanism of creating electroless plating seed on polymer by laser, Byoung Man Paik1, Jae Hoon Lee1, Dong Sig Shin1, Kun Sang Lee2, 1Korea Institute of Machinery & Materials, Korea, 2Kookmin University, Korea We-P-9 Laser induced graphite oxide/graphene transformation, Romualdas Trusovas1, Gediminas Raˇciukaitis1, Jurgis Barkauskas2, Regina Mazeikiene3, 1Center for Physical Sciences and Technology, Lithuania, 2Faculty of Chemistry, Vilnius University, Lithuania, 3Institute of Chemistry, Center for Physical Sciences and Technology, Lithuania We-P-10 Position restricted growth of carbon nanotube and carbon nanofiber with laser processed catalytic metal by thermal decomposition in ethanol, Satoshi Kurumi1, Daisuke Miura1, Hiroaki Iwato1, Kazuhiro Namiki1, Kaoru Suzuki1, 1Nihon University, Japan

Ultrafast Laser Processing

We-P-11

Day 2: June 8 Comparison between plasma properties and damage thresholds in doped silica exposed to IR femtosecond laser, Matthieu Lancry1, Bertrand Poumellec1, St´ephane Guizard2, Nikita Fedorov2, 1University of Paris Sud 11, France, 2Laboratoire des Solides Irradi´es/CEAIRAMIS, Ecole Polytechnique, Palaiseau, France We-P-12 Student Grain size dependence of surface hardness in femtosecond laser-peened steels, Miho Tsuyama1, Satoshi Yamatani1, Shota Fujii1, Toshiya Shibayanagi2, Masahiro Tsukamoto2, Nobuyuki Abe2, Hitoshi Nakano1, 1Program in Electronic Engineering, Interdisciplinary Graduate School of Science and Engineering, Kinki University, Japan, 2Joining and Welding Research Institute, Osaka University, Japan We-P-13 Student Electrical couduction properties of SiC modified by femtosecond laser, Takuto Ito1, Manato Deki1, Takuro Tomita1, Shigeki Matsuo1, Shuichi Hashimoto1, Takahiro Kitada2, Toshiro Isu2, Shinobu Onoda3, Takeshi Ohshima3, 1Department of Ecosystem Engineering, The University of Tokushima, Japan, 2Center of Frontier Research of Engineering, The University of Tokushima, Japan, 3Japan Atomic Energy Agency, Japan We-P-14 Student Exact evaluation of joint force in ultrafast microwelding without the influence of contacting area, Yuto Oki1, Yasuyuki Ozeki1, Kazuyoshi Itoh1, 1Department of Material and Life Science, Graduate School of Engineering, Osaka University, Japan We-P-15 Student Time-resolved quantitative observation of phenomena induced by tightly-focused femtosecond laser pulse in glass, Keisuke Iwata1, Akihiro Takita1, Yoshio Hayasaki1, 1Center for Optical Science and Education (CORE), Utsunomiya University, Japan We-P-16 Fabrication of nanostructures on SKD11 metal by femtosecond laser, C. Y. Lin1, K. P. Chang1, P. H. Wu1, C. W. Cheng1, S. M. Huang2, 1ITRI South, Industrial Technology Research Institute, Taiwan, R.O.C., 2Central Mint, Taiwan, R.O.C. We-P-17 Development of structural health monitoring sensors by optical fiber Bragg grating, Yukihiro Shimada1, Akihiko Nishimura1, 1Applied Laser Technology Institute at Tsuruga Head Office, Japan Atomic Energy Agency, Japan We-P-18 Student Fabrication of micro-fluidic channel and waveguide in fused silica using femtosecond laser, Dae-Young Lee1, A-Young Moon1, Woon-Young Lee1, Ki-Soo Lim1, 1Chungbuk National University, R. O. Korea We-P-19 Student Surface control of transparent materials for hydrophobicity using femtosecond laser micro-fabrication, Woon-Young Lee1, Dae-Young Lee1, A-Young Moon1, Ki-Soo Lim1, 1Chungbuk National University, R. O. Korea

updated May 26, 2011 26 yVVrdain osraeanalysis induced surface to process radiations decomposition VUV and by desorption photo-stimulated of Application We-P-30 sheet elastomer Japan, with Government, Prefectural plastic different and Hino Makoto plastic of joining Laser irradiations pulse laser X-ray soft by induced Masahiko metals of modifications Surface We-P-28 Singapore Singapore, of Singapore, University Polytechnic, Ann Ngee Technology), Offshore shipbuilding green for Kwee cleaning laser fibre High-power laser fiber power high in character pool melt welding the of simulation Numerical We-P-26 pulses laser sub-nanosecond and femtosecond Matsuda using iron of Hardening aluminum of Isshiki hardening shock laser-driven Femtosecond Japan, Technology, and in modification index Mochizuki refractive laser femtosecond poly(dimethysiloxane) of dependency speed Writing We-P-23 Japan, Technology, femtosecond 400-nm by polymers 1 in pulses elements laser optical diffractive of Fabrication study computational Grojo joint David FDTD-TTM semiconductors: inside 1.3 of absorption Non-linear We-P-21 Japan Energy, Advanced of near-field femtosecond-laser-induced with Godai surface silicon of Nanostructuring We-P-20 Kubodera Zhao University, Osaka Engineering, of School Graduate Japan, Science, Manufacturing and Materials We-P-24 rjc,Uiest fMyzk,Japan, Miyazaki, Japan, of Miyazaki, University of Project, University Project, Science Photon Kawachi Nishikino We-P-27 Japan, University, Osaka Hirose We-P-22 France, CNRS, 5516 France, UMR CNRS, Proc´ed´es 6182 et UMR Plasmas Photoniques sk nvriy Japan, University, Osaka colo uaiisadSine aaWmnsUiest,Japan University, Women’s Nara We-P-29 Science, and Humanities of School We-P-25 Japan, dacdLsrProcessing Laser Advanced htnc eerhIsiue ainlIsiueo dacdIdsra cec and Science Industrial Advanced of Institute National Institute, Research Photonics 3 1 ioWang Xiao , 1 1 i ogTan Pong Kim , Miyaji , 2 4 ooOgura Tomo , S,CET Japan, CREST, JST, h aaaWnEeg eerhCne,Japan Center, Research Energy Wan Wakasa The 1 1 1 , 1 , ooauSano Tomokazu , iiino aeil n auatrn cec,Gaut colo Engineering, of School Graduate Science, Manufacturing and Materials of Division 2 Ruihua Ishino 1 aoh Tamotsu Satoshi , 1 tuh Yokotani Atsushi , , Student unu emDrcoae aa tmcEeg gny Japan, Agency, Energy Atomic Japan Directorate, Beam Quantum 1 1 1 , 1 ain Itina Tatiana , htnc eerhIsiue ainlIsiueo dacdIdsra Science Industrial Advanced of Institute National Institute, Research Photonics euoKanadani Teruto , afn Zhang Kaifeng , Wataru 1 ntl Faenov Anatoly , Zhang 3 , 2 rdcinMto eeomn ru,OrnCroain Japan Corporation, Omron Group, Development Method Production 1 1 snhaUiest,China, University, Tsinghua aauiOkoshi Masayuki , 1 Watanabe o agChoo Sang Yoo , 2 1 rdcinMto eeomn ru,OrnCroain Japan Corporation, Omron Group, Development Method Production hpnCai Zhipen , , 3 2 Wataru 1 hn rn&SelRsac nttt ru,China Group, Institute Research Steel & Iron China S,CET Japan, CREST, JST, 3 , 2 2 2 eteItricpiar eNnsined asil,France Marseille, de Nanoscience de Interdisciplinaire Centre hlpeDelaporte Philippe , ooOgura Tomo , 2 ain Pikuz Tatiana , 1 ouoh Miyabayashi Nobuyoshi , 3 uj Fujita Junji , h aaaWnEeg eerhCne,Japan Center, Research Energy Wan Wakasa The 2 2 1 µ , kym nvriyo cec,Japan Science, of University Okayama asm Matsuda Katsumi , 1 aeeghfmoeodlsrple focused pulses laser femtosecond wavelength m 1 Watanabe oooTanaka Momoko , nutilTcnlg eerhIsiueo Okayama of Institute Research Technology Industrial 1 iunPan Jiluan , 3 2 3 SO t,Japan, Ltd, ESCO, , auiInoue Narumi , Minghui 1 , 27 oioFKobayashi F Kojiro , 1 1 1 Masahito ez Miyazaki Kenzo , ohyk Ohba Toshiyuki , asm Matsuda Katsumi , 3 1 ainlDfneAaeyo Japan, of Academy Defense National acSentis Marc , 1 2 Hong ej Katayama Seiji , onn n edn eerhInstitute, Research Welding and Joining 2 1 aoh Hirono Satoshi , oouHasegawa Noboru , Katto 3 2 aauSasaki Wataru , 2 2 et fEEadPoo Science Photon and EEE of Dept. 3 aut fEgneig National Engineering, of Faculty , oioF Kobayashi F. Kojiro , 1 eteo noain(aie& (Marine Innovation of Centre 1 4 2 uxnChen Guoxin , aaoiKaku Masanori , T,Ic,Japan Inc., NTP, aoaor uetCurien Hubert Laboratoire 1 1 1 , , aeh Kaihori Takeshi , ldmrMarin Wladimir , Tomokazu 1 3 2 yt nvriy Institute University, Kyoto koHirose Akio , aoh Hirono Satoshi , 2 a Zhang Yan , 2 iouiMochizuki Hiroyuki , , 4 , Ilya 1 , Masaharu , 1 RCand CRCC Yutaka Sano 1 ioJoo Tiao , Bogatyrev pae a 6 2011 26, May updated 2 2 1 Shoichi , 4 , Graduate , 1 Akio , 1 Tomoki , 3 1 3 2 Tetsuya , 2 Fang , iiinof Division , Yutaro , Hiroyuki , Mitooka 1 Lasers, otrSession Poster , 1 , , 1 1 , ,

Day 2: June 8 Poster Session

We-P-31 Student Preparation of size-controlled nanoparticles with narrow size distribution by thin film laser ablation in water, Motishi Fukudome1, Naoya Fujimoto2, Hiroshi Ikenoue1,2, 1Advance course of Mechanical and Electrical Engineering, Kochi National College of Technology, Japan, 2Department of Electrical Engineering, Kochi National College of Technology, Japan

Poster 2 Thursday, June 9

11:20 Short Presentation 2 for Poster Session 2 Room 1 12:20 Poster Session 2 and Exhibition Small Hall 2 (5F)

Micro-patterning and Micro-machining

Th-P-1 Student UV laser drilling of glassy carbon die for microneedle array, Wataru Okazaki1, Yoshikazu Yoshida1,2, Takashi Uchida2, 1Graduate school of Engineering, Toyo University, Japan, 2Bio-Nano Electronics Research Centre, Toyo University, Japan Th-P-2 Student Laser cutting of flexible printed circuit boards in liquid, Teakgu Kim1, Wooram Lee1, 1 1 1 Day 3: June 9 Chulku Lee , Joohan Kim , Seoul National University of Science and Technology, Korea Th-P-3 Laser micromachining in Mg-Cu-Gd bulk metallic glass by pulsed lasers, Hsuan-Kai Lin1, Ching-Jen Lee2, Ting-Ting Hu2, Chun-Han Li1, Chih-Ching Jacob Huang2, 1Industrial Technology Research Institute, Taiwan, 2Department of Materials and Optoelectronic Science, National Sun Yat-Sen University, Taiwan Th-P-4 Student The effect of a laser beam wavelength on micro grooving of aluminum nitride, Tatsuhiro Mori1, Takuhito Otofuji1, Shinri Nonaka1, Yasuyuki Takata1, Masamichi Kohno1, 1Kyushu University, Japan Th-P-5 Laser drilling of Ni film on silicon for µ-SOFC, Mindaugas Maciuleviˇcius1, Mindaugas Gedvilas1, Brigita Abakeviˇcien˙e2, Sigitas Tamuleviˇcius2, Gediminas Raˇciukaitis1, 1Center for Physical Sciences and Technology, Lithuania, 2Institute of Material science, Kaunas University of Technology, Lithuania Th-UP-6 Student No Attendant A new combined method to make microcavities in Si(100), Cinthya Emma Toro1, Betiana Lerner1, Maximiliano Perez1, Carlos Lasorsa2, Carlos Alberto Rinaldi3, Alfredo Boselli1, Carlos Lamagna1, 1Dept. of Micro and Nanotechnology, National Commission of Atomic Energy, Argentina, 2Universidad Tecnol´ogica Nacional, Facultad Regional Haedo, Buenos Aires, Argentina, 3National Council of Scientific and Technical Research, Argentina Th-P-7 Student An application and effects of aligned ultrasonic vibration for high precision in nanosecond laser machining, Gun Woo Kim1, Bong Chul Kang1, Sung Hak Cho2, Jong Kweon Park2, Min Yang Yang1, 1Department of Mechanical Engineering, Korea Advanced Institute of Science and Technology (KAIST), Republic of Korea, 2Division of Nano-Mechanical Systems, Korea Institute of Machinery and Materials (KIMM), Republic of Korea Th-P-8 Student Micro-channel formation for solid oxide fuel cells using laser beam interference ablation, Bogdan Voisiat1, Mindaugas Gedvilas1, Brigita Abakeviˇcian˙e2, Sigitas Tamuleviˇcius2, Gediminas Raˇciukaitis1, 1Center for Physical Sciences and Technology, Lithuania, 2Institute of Material science, Kaunas University of Technology, Lithuania Th-P-9 Variation in the etch rate of LIBWE fabricating deep microtrenches, Tadatake Sato1, Yoshizo Kawaguchi1, Ryozo Kurosaki1, Aiko Narazaki1, Wataru Watanabe1, Hiroyuki Niino1, 1National Institute of Advanced Industrial Science and Technology (AIST), Japan updated May 26, 2011 28 e praht hrceiigsraetxuigo rsaln iio wafers silicon Taiwan Technology, application crystalline of cells of University solar texturing efficiency surface high characterizing for to approach new A Th-P-19 TiO of Fabrication growth the for system deposition nanotubes vapour carbon chemical of laser-assisted a of Development Th-P-17 machining Chau laser Lai-Kwan femtosecond by realized Chien-Hsing sensor resonance mode Guide decomposition cell adaptive an using Kwangho method fabrication laser Continuous Th-P-15 Japan, Prefecture, Okayama 3 of Institute suppressibility Research Technology whisker and electroplating Mitooka Yutaka tin on irradiation Laser plastic side-polished employing milk constituted doping sensor milk fiber raw of detection The Th-P-13 plastic side-polished the Taiwan for Technology, sensitivity on lens fiber 1 sensor and fiber area optical sensing of effect The microchips conductive L´aszl´o and transparent K˝or¨osi of Fabrication Th-P-11 metals reflective highly for Kuo micromachining laser assisted Magnetic Th-UP-10 .Kao S. Taiwan, Th-P-16 Korea (KIMM), Materials Th-P-14 Taiwan Technology, and Science Hungary Szeged, of University Sciences, of Academy Th-P-12 Hungarian the of Group Japan,Research Institute, Science Advanced — nttt ot IR ot) Taiwan South), (ITRI South Institute Taiwan, Science, Taiwan, University, Th-P-18 Japan University, Japan, University, Toyo Engineering, Taiwan Technology, and Science Taiwan, Taiwan, Technology, and Chen Taiwan Technology, auatr fMcoDvcsadSystems and Devices Micro of Manufacture aes pis n Systems and Optics, Lasers, Deposition Film kym nvriyo cec,Japan Science, of University Okayama and Science of University Pingtung National Engineering Biomechatronics of Department 1 2 unJnChang Yuan-Jen , , 1 1 .H Liang H. C. , eateto imcarnc niern ainlPntn nvriyo Science of University Pingtung National Engineering Biomechatronics of Department 2 3 eateto hmsr n iceity ainlCu hn University, Cheng Chun National Biochemistry, and Chemistry of Department eateto imcarnc niern,Ntoa igugUiest of University Pingtung National Engineering, Biomechatronics of Department Yoon Student Student Student Chen , 2 oiSugioka Koji , Yi-Cheng 1 2 1 ynhnKim Kyunghan , e-eWu Wei-Te , oiMurakami Koji , 3 1 ae plcto ehooyCne/Idsra ehooyResearch Technology Industrial Center/ Technology Application Laser igCo Chang Ting-Chou , 2 2 2 eateto omtcSine haNnUiest fPamc and Pharmacy of University Nan Chia Science, Cosmetic of Department , .K Lin K. H. , Yi-Cheng 1 lsb lcrpoei deposition electrophoretic by films , a-uWang Nai-Yu , Takashi Hsu 2 eateto nmlSineNtoa igugUiest of University Pingtung National Science Animal of Department 1 1 3 asm Midorikawa Katsumi , ugCugLiu Hung-Chung , , 1 eateto hsc,Ntoa hn hn University, Cheng Chung National Physics, of Department 3 1 Uchida Hsu 1 , aho Lee Jaehoon , aa Takamizawa Masao , 1 eateto optradCmuiain Shu-Te Communication, and Computer of Department 1 2 ugCugLiu Hung-Chung , 2 2 1 i-aoEetoisRsac ete Toyo Centre, Research Electronics Bio-Nano hiY Lee Chai-Yu , urmlclradNnsrcue Materials Nanostructured and Supramolecular 1 , , 1 2 ainlYni nvriyo cec and Science of University Yunlin National ohkz Yoshida Yoshikazu , 29 hlCya Kuo Chil-Chyuan , 1 1 , hhLnChen Jhih-Lin , 1 oe nttt fMcieyand Machinery of Institute Korea 1 , 2 1 a-unTang Jaw-Luen , ae ehooyLbrtr,RIKEN Laboratory, Technology Laser 2 euoKanadani Teruto , 1 hhD Hu Chih-De , zblsBeke Szabolcs , 2 1 MSny o T. Japan, LTD., Co. Sangyo OM , , 2 C. 1 1 , , e-e Lin Mei-Jen , 1 Yi- Y. aut fSineand Science of Faculty Lin Ruei 1 1 hhLnChen Jhih-Lin , huCu Wang Shau-Chun , 1 3 .L Cheng L. D. , , oAttendant No , Chen 1 Makoto , 1 , pae a 6 2011 26, May updated Industrial Chia-Lung 2 Jian Guai-Yu , , 1 , 1 Xu igChi Ming , Hino otrSession Poster 1 1 , 1 , K. , 1 , 2 ,

Day 3: June 9 Poster Session

Th-P-20 Large-area UV microprocessing, Ralph Delmdahl1, Rainer Paetzel1, 1Coherent GmbH, Germany Th-P-21 Fabrication of anti-reflective structures using hot embossing with a stainless steel template fabricated by femtosecond laser, Tsung-Fu Yao1, Ping-Han Wu2, Chung-Wei Cheng2, Tzong-Ming Wu2, Cheng-Huan Yang1, Sen-Yen Yang1, 1Department of Mechanical Engineering, National Taiwan University, Taiwan, R.O.C, 2ITRI South, Industrial Technology Research Institute, Taiwan, R.O.C Th-P-22 Fringe analysis by envelope detection for measuring ultra-small displacement, Hui-Kang Teng1, Kuo-Chen Lang1, 1Department of Computer and Communication Engineering, Nan Kai University of Technology, Taiwan, ROC Th-P-23 Balanced detection with single photoreceiver, Kuo-Chen Lang1, Hui-Kang Teng1, 1Department of Computer and Communication ngineering, Nan Kai University of Technology, Taiwan, ROC Th-P-24 Characterization of CsLiB6O10 crystals grown in dry atmosphere, Yoshinori Takahashi1,2, Masashi Yoshimura1,2, Yusuke Mizobe1,2, Yohei Shimizu1,2, Takahiro Kawamura1,2, Zhiming Lu1,2, Yuji Fukushima1,2, Takashi Moritani1,2, Kazuto Matsuki3, Susumu Iida2,3, Shinichi Imai2,3, Y. Kaneda1,2,5, Y. Mori1,2, T. Sasaki1,2, 1Graduate School of Engineering, Osaka University, Japan, 2JST-CREST, Japan, 3Advanced Mask Inspection Technology, Japan, 4Oxide Corporation, Japan, 5College of Optical Sciences, The University

Day 3: June 9 of Arizona, USA Th-P-25 Student High performance UV laser drilling using digital scanner, Hyung-Suk Kuh1, Kwang-Ryul Kim1, Byoungdeog Choi1, Hong-Jin Park2, Won-Ha Heo3, Sung-Hak Cho4, 1School of Information and Communication Engineering, SungKyunKwan University, Korea, 2LTS, 38-13, Ojeon-dong, Uiwang-si, Gyeonggi-do, Korea, 3Duckyu, 159-12, Gunja-Dong, Siheung-Si, Gyeonggi-do, Korea, 4Korea Institute of Machinery and Materials, Korea Th-P-26 Student High-efficiency second harmonic generation of a mode-locked picosecond Ti:sapphire laser with an external enhancement cavity, Yuma Takida1, Tatsuya Ohira1, Shingo Maeda1, Hiroshi Kumagai1, 1Graduate school of Engineering, Osaka City University, Japan Th-P-27 Student Parametric oscillation of terahertz wave pumped by picosecond Ti:sapphire laser 1 with MgO-doped LiNbO3 installed in external enhancement cavity, Yuma Takida , Tatsuya Ohira1, Shingo Maeda1, Hiroshi Kumagai1, Shigeki Nashima1, 1Graduate school of Engineering, Osaka City University, Japan Th-P-28 Student 1 TiO2/sapphire beam splitter for high-order harmonics, Yasutaka Sanjo , Masaki Murata1, Yuji Tanaka1, Horoshi Kumagai1, Masaya Chigane2, 1Graduate School of Engineering, Osaka City University, Japan, 2Osaka Municipal Technical Research Institute, Japan

Nanomaterials and Nanostructures

Th-P-29 Student Morphologic phase change of silver nano particle ink obtain by laser sintering, Michael Zenou1,2, Amir Saar2, Zvi Kotler1, 1Orbotech Ltd., Israel, 2Hebrew University , Racah Insitute Of Physics, Isarel Th-P-30 Student Spherical titanium oxide particle fabrication by laser melting in liquid, Masayuki Ohira1, Yoshie Ishikawa1, Naoto Koshizaki2, Qi Feng1, 1Department of Advanced Materials Science, Faculty of Engineering, Kagawa University, Japan, 2Nanosystem Research Institute, National Institute of Advanced Industrial Science and Technology (AIST), Japan

updated May 26, 2011 30 Cheng signaling tyrosinase (4-(3,4-dihydroxybenzoyloxymethyl) phenyl-O- Ov-16 of effect Inhibitory Th-P-33 process molding Hagiwara soft microfabrication two-photon a by on based produced microstructures Japan carbon (AIST), Three-dimensional Technology and Science Th-P-32 Industrial Advanced Japan, of for University, Institute liquid Kagawa National in Engineering, Institute, melting of Faculty laser Science, by Materials particles carbide agent BNCT boron novel of synthesis quantity Large Th-P-31 eia nvriy hn-oMmra optl ahin eia nvriy Taiwan, University, Medical Kaohsiung Hospital, Memorial 2 Chung-Ho University, Medical ainlCegKn nvriy Taiwan, University, Kung Cheng National 4 3 3 H-EUiest,Taiwan University, SHU-TE Others rdaeIsiueo hraetclCeity hn eia nvriy Taiwan, University, Medical China Chemistry, Pharmaceutical of Institute Graduate eateto omtcSine haNnUiest fPamc n cec,Taiwan, Science, and Taiwan, Pharmacy Hospital, General of Kuo University Urology, Nan of Chia Department Science, Cosmetic of Department Japan Technology, of Institute Tokyo 6 haHaLiang Chia-Hua , 3 hj Maruo Shoji , β Student Dguoyaoie nmlnnsnhss oeta oefor role Potential synthesis: melanin on -D-glucopyranoside) , , Yoshie Leong-Perng 1 3 , , 1 1 ooaaNtoa nvriy Japan, University, National Yokohama eateto tlrnooyHa n ekSrey Kaohsiung Surgery, Neck and Otolaryngology-Head of Department Ishikawa Chan 1 at Koshizaki Naoto , 1 6 hhHoWang Shih-Hao , , eateto optradCommunication, and Computer of Department 31 Yuya Daicho 2 5 iFeng Qi , 1 nttt fBoeia Engineering, Biomedical of Institute , 2 euaaMurakami Terumasa , 2 igYoLiang Jing-Yao , 1 2 , MTIc,Japan, Inc., CMET 1 eateto Advanced of Department 2 aoytmResearch Nanosystem 3 pae a 6 2011 26, May updated , 4 , 5 Da-Long , 1 Tsuneo ,

Day 3: June 9 Author Index Abakeviˇcian˙e, Brigita pae a 6 2011 26, May updated Federico Capasso, John Canning, Anne-Laure Calendron, Zhipen Cai, Domingo Edgardo Cabanillas, Lin Y. C. Cheng W. C. RiˇcardasBuivydas, Michael Bruns, Philippe Brunet, S. Matthew Brown, -M. J. Breguet, Alexander Braun, Mourad Bounhalli, Pascal Boulanger, Boulais, S. Bottinelli, Alfredo Boselli, Ilya Bogatyrev, Andrew Birnbaum, Michael Bestehorn, M. Beresna, Yves Bellouard, Szabolcs Beke, Stefan Beckemper, B´eal, Romain Marcus Baum, Andrzej Bartnik, Daniel Bartke, F. Barrot, Jurgis Barkauskas, Stephan Barcikowski, Babi´c, Duˇsan Youichirou Aya, Ray Auyeung, Andreas Aumann, Eric Audouard, B. Craig Arnold, Hidenobu Arimoto, Kazuto Arakawa, Anne-Patricia Alloncle, Ilya Alexeev, Yutaka Akahane, Vincent Aimez, Shamim Md. Ahsan, Junsu Ahn, Hiroaki Adachi, Nobuyuki Abe, Kaori Abe, Abakeviˇcien˙e, Brigita Index Author Etienne ´ —A— —C— —B— Tu2-UO-2 We2-I-6 Th2-O-9 Fr1-O-2 We2-O-1 Th1-O-3 Th1-I-2 We2-O-7 , , Th1-UO-12 Th1-UO-12 Th1-UO-12 , , , , , , Th1-O-14 Tu2-UO-1 Th1-UO-1 Tu1-PL-1 Fr2-UO-4 We1-I-11 Th1-UO-6 We2-O-12 Th1-O-15 Th1-O-11 Tu1-PL-3 We2-O-12 Th1-O-16 Th2-O-1 We2-I-6 Th1-O-8 Th1-O-5 We2-O-3 We-P-26 We-P-16 We-P-16 Th1-O-7 Tu2-O-4 Th1-I-2 Th2-O-2 We1-O-4 Th1-I-2 Th-UP-6 We-P-21 Th1-I-2 Fr1-O-7 Th-P-11 We1-O-3 Th2-O-9 Tu3-O-3 Th3-O-9 Th1-I-2 Th3-O-9 We1-O-5 Th3-O-8 Tu2-O-4 Fr3-O-1 Fr1-O-1 Tu1-I-8 Fr2-O-2 Tu3-O-2 We1-O-3 We3-O-5 Tu2-I-3 We-P-12 We3-O-6 We-P-9 Th-P-5 Th-P-8 , , , , , , hn i Ruei Yi- Chen, Dai Qi Chen, Jhih-Lin Chen, Heng-Yin Chen, Guoxin Chen, Guai-Yu Chen, Chien-Hsing Chen, Lai-Kwan Chau, Laurent Charmasson, Nick Charipar, O. Chappuis, Yuan-Jen Chang, Yu-Chen Chang, Won-Seok Chang, Ting-Chou Chang, Leong-Perng Chan, A. Champion, M’Barek Chakif, uosi a J. Jan Dubowski, Maria Doubenskaia, E. Anselmo Diniz, Evgeniy Dianov, Boris Denker, Ralph Delmdahl, Philippe Delaporte, Martin Delaigue, Manato Deki, Friedrich Dausinger, Yuya Daicho, Kristian Cvecek, Christian Cornaggia, C. Corbari, Robert Copperwhite, Kevin Cook, Jean-Philippe Colombier, R. Clavel, Sang Yoo Choo, Wonseok Choi, Ji-Yeon Choi, Byoungdeog Choi, Yongkwon Cho, Sung-Hak Cho, Hak Sung Cho, Eun-Chel Cho, Yuri Chivel, F. M. Chisholm, Masaya Chigane, N. Boris Chichkov, Ya Cheng, Ji-Yen Cheng, Da-Long Cheng, L. D. Cheng, Chung-Wei Cheng, usr Benjamin Dusser, M. J. G. Duscher, We2-I-10 —D— , Tu1-O-10 32 Th-P-12 Th3-O-5 Fr3-O-7 Fr1-I-8 We-P-6 Th1-UO-12 Th1-UO-12 , , , , , , Tu1-O-13 Tu3-O-10 We1-O-14 Th3-I-10 Th2-O-13 We2-O-12 Th-UP-10 Th3-I-10 We1-UO-1 Th1-O-10 We2-O-8 Tu1-I-8 Tu3-O-1 Th1-O-5 Th1-I-2 We-P-27 Th2-O-5 Fr1-I-8 Th-P-25 Th-P-25 We3-O-3 Th3-O-1 Th-P-28 We3-I-9 Th-P-33 Th-P-18 Th-P-21 Th-P-19 Tu2-O-9 Th-P-13 We-P-27 Th-P-13 Th-P-16 Th-P-16 Tu1-I-8 Th1-I-2 Fr1-I-8 Th-P-16 Th-P-33 Th1-I-2 Th3-O-8 We1-O-3 Th3-O-1 Fr1-O-4 Fr1-O-4 Th-P-20 We-P-21 We-P-13 We3-I-1 Th-P-32 Fr3-O-8 We1-O-4 Th1-I-2 We2-O-3 Th-P-7 We-P-1 We-P-6 We-P-6 , , , , , rs G. Eres, anv Anatoly Faenov, hdr,Reza Ghadiri, M. Gevincevicius, B. David Geohegan, Jonathan Genest, Mindaugas Gedvilas, Paulius Gecys, R. Rafael Gattass, Florence Garrelie, Nieto Garc´ıa, Daniel Yang Gao, G. Eugene Gamaly, Boris Galagan, Akihiro Furube, Yuji Fukushima, Motishi Fukudome, Takashi Fukuda, Masayuki Fujita, Junji Fujita, Naoya Fujimoto, Shota Fujii, Susanna Friedel, Thomas Frick, T. John Fourkas, Giuseppe Fisicaro, Henryk Fiedorowicz, Abreu Susana Fernandes, Qi Feng, Nikita Fedorov, Burkhard Fechner, Nicolas Faure, Birgit Faisst, Cemal Esen, H¨anel, Jens aeaa Noboru Hasegawa, Yasutaka Hanada, Anne Hahn, F. Richard Haglund, Man Hagiyama, Tsuneo Hagiwara, H¨onninger, Clemens Andrey Gusarov, Qingchuan Guo, St´ephaneGuizard, Thomas Guillemet, Simonas Grubinskas, Nathaniel Groothoff, David Grojo, Christian Grisolia, Alejandro Gonz´alez Solar, Olivier Gobert, Arnold Gillner, Th1-O-9 —G— —H— —E— —F— Th2-O-15 Tu1-I-8 Th2-O-1 Th-P-30 Th2-O-7 , Th-P-5 , Th1-UO-12 Th1-UO-12 , , , , Th3-I-10 Th2-I-11 Th2-I-11 Tu1-O-12 We1-O-16 Th2-O-15 Th3-I-10 Th1-O-10 We1-O-15 Th1-O-11 , Th2-O-2 Th3-O-3 Th3-O-5 Th3-O-8 Th1-I-2 We1-O-3 Th2-O-2 Tu1-O-7 Th3-O-7 Th1-I-4 Fr1-O-4 Fr2-O-7 Th-P-24 We-P-31 Fr3-O-1 Fr1-O-2 We-P-20 We-P-31 We-P-12 We1-O-8 Fr3-O-7 Tu3-O-3 We1-O-2 Th-P-31 We-P-11 We2-O-8 We-P-28 We-P-28 Tu2-O-7 Th3-O-9 Fr3-O-5 Tu2-O-5 Th-P-32 We1-O-9 Th3-O-8 We-P-11 Th3-O-7 Th2-O-2 We2-O-1 We-P-21 Th3-O-5 Th2-O-8 We1-O-4 Th-P-8 , , , s,Toshiro Isu, Yutaro Isshiki, Shah Idris Mohd Ismail, Masahiko Ishino, Yoshie Ishikawa, Atsushi Ishikawa, Masahiro Iseki, Tsuyoshi Inoue, Narumi Inoue, Yutaka Inouchi, Indriˇsi¯unas, Simonas Makoto Inada, Shinichi Imai, Yoshinobu Ikuta, Hiroshi Ikenoue, Masaki Ikegame, Takanori Iino, Susumu Iida, Makoto Iida, J. Alan Hunt, Shang-Chao Bert Hung, Veld, ‘t in A.J. Huis Veld, ‘t in Huis Karim Huet, Jintang Huang, Jacob Chih-Ching Huang, Wei Hu, Ting-Ting Hu, Chih-De Hu, Yi-Cheng Hsu, Yoichiroh Hosokawa, M. Hopper, H¨onninger, Clemens Max-Olivier Hongler, Shi-Ping Hong, Minghui Hong, C. Hoenninger, Mitsuoki Hishida, Akio Hirose, Satoshi Hirono, Takuya Hiromoto, Yuichi Hiratsuka, Makoto Hino, Mitsuhiro Higashihata, Volker Ingolf Hertel, V. Ingolf Hertel, R. Peter Herman, Won-Ha Heo, Henry Helvajian, Xiangnan He, Fei He, Yoshio Hayasaki, Masahiko Hasumi, Shuichi Hashimoto, Masaki Hashida, Satoshi Hasegawa, —I— Tu3-O-6 Tu3-O-9 Fr2-O-7 Th-P-30 We1-O-7 We-P-24 We-P-22 We-P-29 Fr1-O-1 We-P-2 , , , , , , , , We1-O-10 , Th2-O-13 Th1-O-13 Th2-O-12 Tu1-PL-3 Th1-O-13 Th2-O-14 We2-O-11 Tu1-O-12 Th1-O-11 Tu1-PL-3 Tu1-PL-2 Th1-UO-1 , Th3-O-4 Th-P-12 Fr1-O-1 We2-O-9 Th2-O-4 Th3-O-4 Fr2-O-6 We-P-13 We-P-24 Tu3-O-8 We-P-28 Th-P-31 Tu2-I-3 We-P-24 Th1-O-9 We3-O-8 Th-P-24 We-P-31 Tu2-O-5 Th-P-24 Fr3-O-6 Tu2-I-6 Tu3-O-9 Fr1-O-5 Th3-O-7 Th-P-12 Th-P-13 Tu2-O-5 Th1-I-2 Tu3-O-1 Fr1-O-7 Tu3-O-9 We-P-27 Th1-I-2 We-P-25 We-P-23 Fr1-O-6 Tu2-O-8 Th-P-14 Fr3-O-3 We2-I-5 Th-P-25 Fr3-O-8 Th3-O-7 We-P-15 We-P-13 Th2-O-4 We-P-4 We-P-3 We-P-3 Th-P-3 Th-P-3 , , , , , , , , , udai,Saulius Juodkazis, Feng Yong Ju, J. M. M. Jorritsma, Roman Jarocki, Matthias Jaeger, J. J. Jackson, Chen S. J. Hiroaki Iwato, Keisuke Iwata, Shogo Iwasaki, Kodai Iwasa, Kazuyoshi Itoh, Yoshiro Ito, Takuto Ito, Akihiko Ito, Tatiana Itina, Markus Italia, oaah,Kjr F. Kojiro Kobayashi, F Kojiro Kobayashi, Noboru Kitamura, Akinao Kitahara, Takahiro Kitada, Gyu Yeong Kim, Teakgu Kim, Sang-Kyun Kim, Kyunghan Kim, Won Kyeong Kim, Kwang-Ryul Kim, Joohan Kim, Jae-Goo Kim, Heungsoo Kim, Woo Gun Kim, P. Kazansky, Hideya Kawasaki, Takahiro Kawamura, Yoshizo Kawaguchi, Tetsuya Kawachi, Kavˇciˇc, Blaˇz Masahito Katto, Wataru Kato, Seiji Katayama, Masatoshi Kataoka, S. K. Kao, Chul Bong Kang, Y. Kaneda, Yasu Kanda, Teruto Kanadani, Masanori Kaku, Takeshi Kaihori, Juhani Jere, Jarno Kaakkunen, Chang P. K. on,Masamichi Kohno, Robert Kohler, Ryosuke Kodama, Th1-I-4 —K— —J— We1-O-13 , 33 Fr3-O-9 Tu3-O-4 Th2-O-5 We1-O-6 Th1-O-7 We-P-2 , , , We1-O-12 Th2-O-13 Th3-I-10 We1-O-10 Tu1-O-12 We1-I-11 Tu1-PL-3 Th1-O-16 We2-O-12 , , , , Tu1-O-4 Th3-O-3 We-P-29 Th3-O-3 We2-O-4 Tu3-O-6 Fr1-O-1 We2-I-6 We-P-28 We1-O-5 We-P-30 We-P-26 We3-O-6 Th-P-18 Th-P-24 Th-P-14 We-P-30 We-P-28 We-P-16 Fr1-O-5 Tu3-O-3 Th3-O-8 Th1-O-3 We-P-10 We-P-15 Tu3-O-6 We-P-14 Th3-O-2 We-P-13 Tu2-O-5 We-P-21 Fr1-O-1 We-P-24 We-P-25 Fr2-O-3 We-P-13 We3-O-3 Th-P-15 Fr3-O-5 Th-P-25 Fr1-I-8 Th1-I-2 Th3-O-6 Th-P-24 We-P-2 Th-P-7 We-P-3 We-P-7 Th-P-4 Th-P-2 Th-P-2 Th-P-7 Th-P-9 , , , , , , , , e,Chai-Yu Lee, J. Benjamin Lawrie, Carlos Lasorsa, Markus Lasch, Kuo-Chen Lang, Matthieu Lancry, Carlos Lamagna, Romain Ladret, P. Fabricio Ladario, R´emiLachaine, Antonino Magna, La Joo Tiao Kwee, Satoshi Kurumi, Ryozo Kurosaki, Chil-Chyuan Kuo, Chia-Lung Kuo, Kumpfm¨uller, Josef Josef Kumpfmueller, Akio Kumeda, Horoshi Kumagai, Hiroshi Kumagai, Hyung-Suk Kuh, Tadas Kudrius, Shoichi Kubodera, Kazuki Kubo, M. Kral, Zvi Kotler, Jerzy Kostecki, Naoto Koshizaki, K˝or¨osi, L´aszl´o Vitali Konov, Vitali Kononenko, Michio Kondo, io Yang Liao, Jing-Yao Liang, Chia-Hua Liang, Chao-Chiun Liang, H. C. Liang, Zhiquan Li, Xiangyou Li, Linjie Li, Chun-Han Li, Wayne Lewis, Betiana Lerner, Karl-Heinz Leitz, Wooram Lee, Woon-Young Lee, Won-jae Lee, Seop Man Lee, Kyumin Lee, Sang Kun Lee, Jaehoon Lee, Hoon Jae Lee, Dae-Young Lee, Chulku Lee, Ching-Jen Lee, Fr2-O-5 pae a 6 2011 26, May updated , —L— Th1-O-8 Fr2-O-6 We-UP-5 Th1-O-5 Tu1-O-5 We2-O-2 Tu3-O-4 We-P-18 We1-O-6 Th2-O-5 uhrIndex Author , , , , , , , , Tu1-UO-9 Tu2-UO-1 We1-O-15 We1-UO-1 Tu2-UO-2 Tu1-O-12 Th-UP-10 Th2-O-13 Th2-I-11 We1-O-15 Th1-O-16 , , Th-P-22 We2-O-1 Tu1-O-4 Th-P-26 Th-P-30 Fr3-O-4 We-P-18 Th-P-16 Fr3-O-5 Th-UP-6 Th-P-23 We-P-11 Th-UP-6 We1-O-4 We-P-27 We-P-10 Th-P-19 We2-O-3 We2-O-2 We2-O-9 Th-P-28 Th-P-27 Th-P-25 Th1-O-7 We-P-30 We2-O-9 Th1-I-2 Th-P-29 Tu3-O-3 Th-P-31 Th-P-11 Fr1-O-4 Fr1-O-4 Fr3-O-2 Th-P-33 Th-P-33 Th-P-18 We3-O-7 Fr2-O-5 Th-UP-6 Fr2-O-2 We-P-19 We3-O-3 We3-O-3 Th-P-15 We-P-19 Th-P-9 We-P-6 Th-P-3 Th-P-2 We-P-8 We-P-8 Th-P-2 Th-P-3 , , , , , , , , ,

Author Index Author Index

Lidolff, Anne Th1-O-10 Miyasaka, Yasuhiro Th3-O-4, —O— Lim, Jong-Keun We3-O-3 Th1-O-13 O’Connor, Gerard M. Tu1-O-7 Lim, Ki-Soo We-P-18, We-P-19 Miyazaki, Kenzo We-P-20 Obata, Kotaro We3-I-9 Lima, Milton S. F. We1-UO-1 Mizeikis, Vygantas We2-O-4, Ochi, Yoshihiro Th3-O-3 Lin, C. Y. Th-P-18 Th1-I-4, Th1-O-7, We-P-7 Ogawa, Kanade Tu3-O-2 Lin, H. K. Th-P-18 Mizobe, Yusuke Th-P-24 Ogura, Tomo We-P-24, We-P-25 Lin, Hsuan-Kai We-P-6, Th-P-3 Mochizuki, Hiroyuki We-P-22, Ohba, Toshiyuki We-P-28 Lin, Mei-Jen Th-P-13 We-P-23 Ohira, Masayuki Th-P-30 Lippert, Thomas We2-I-10 Momoo, Kazuma Fr1-O-6 Ohira, Tatsuya Th-P-26, Th-P-27 Liska, Robert We2-O-2, We2-O-3, Moon, A-Young We-P-18, We-P-19 Ohmura, Etsuji Th2-O-3 We3-O-7 Moon, In-Sik We3-O-3 Ohshima, Takeshi We-P-13 Liu, Hung-Chung Th-P-12, More, K. L. Th3-I-10 Ohtsu, Motoichi Fr2-I-1 Th-P-13 Mori, Hirotaro F. Fr1-O-1 Okada, Akira Tu3-O-8 Liu, Neng Tu1-O-13, We1-O-3 Mori, Tatsuhiro Th-P-4 Okada, Junichi We3-O-2 Lopez, J. Th1-I-2 Mori, Y. Th-P-24 Okada, Tatsuo Tu1-O-11, Lopez, John , Th1-O-10 Mori, Yusuke Tu2-I-3 We2-O-9 Fr3-O-3 Lu, Yongfeng Th2-O-10, Th3-O-7 Okamoto, Yashuhiro Fr3-O-8 Morin, Franck Tu3-O-1 Lu, Zhiming Th-P-24 Okamoto, Yasuhiro Tu3-O-8 Moritani, Takashi Th-P-24 Okamoto, Yuuji We3-O-2 Mottay, E. Th1-I-2 —M— Okazaki, Kota We2-O-9, Fr3-O-3 Mottay, Eric Tu3-O-1, Th1-O-10 Mabillard, Y. Th1-I-2 Okazaki, Kouta Tu1-O-11 Moumanis, Khalid Tu1-O-13, Maciuleviˇcius,Mindaugas Th-P-5 Okazaki, Wataru Th-P-1 We1-O-3 Maeda, Shingo Th-P-26, Th-P-27 Oki, Yuto We-P-14 Mousavi, Seyedehmansoureh Zarei Mafune, Fumitaka Th3-O-6 Okoshi, Masayuki Fr1-O-1, Mahjouri-Samani, Masoud We-P-1 We-P-4, We-P-24 Th2-O-10 Mu, Richard Fr3-O-5 Okuma, Junji Fr1-I-10 Maigyte, Lina We2-O-4 Mukhtar, Muhaizad Tu3-O-8 Onoda, Shinobu We-P-13 Makimura, Testuya Tu1-O-11 Murai, Ryota Tu2-I-3 Ooie, Toshihiko We3-O-6 Marin, Wladimir We-P-21 Murakami, Koji Th-P-14 Oosterhuis, G. We2-O-11 Mariotti, Davide Fr3-O-2 Murakami, Kouichi Tu1-O-11 Ostendorf, Andreas We1-O-2, Maruo, Shoji Tu2-O-8, We3-O-8, Murakami, Masanao Th2-O-3 Th2-O-15, Th3-O-8 Th2-O-14, Th-P-32 Murakami, Satoshi Tu2-I-3 Otani, Kazuto Th3-O-4, Th1-O-13 Maruyama, Mihoko Tu2-I-3 Murakami, Soichiro Th2-O-14 Otero Ramudo, Nerea Th2-O-7, Masaki, Kazuyoshi Fr3-O-1 Murakami, Terumasa Th-P-32 Th2-O-8 Massa, Severin We1-O-16 Muramatsu, Toshiharu Tu3-O-7 Otofuji, Takuhito Th-P-4 Mathews, Scott A. We2-I-6, Muraoka, Keita Fr2-O-3 Ovsianikov, Aleksandr We2-O-3, We2-O-12 Murata, Masaki Th-P-28 We3-O-7 Matsuda, Katsumi We-P-22, Muth, Marco Th1-O-14 Ozaki, Norimasa Fr1-O-1 We-P-23 Mutin, Timofey Yu. Th2-I-6 Ozeki, Yasuyuki Tu3-O-6, Matsuda, Tomoki We-P-25 Fr3-O-9, We-P-14 Matsuki, Kazuto Th-P-24 —N— Matsumoto, Masato Fr3-O-9 Na, Suck-Joo We3-O-5 —P— Author Index Matsumura, Hiroyoshi Tu2-I-3 Naito, Masao We-P-3 P. H. Wu We-P-16 P. N. Wan Th1-O-3 Matsuo, Shigeki We1-O-10, Nakahara, Tomonori We3-O-6 We-P-13 Paetzel, Rainer Th-P-20 Nakamura, Daisuke Tu1-O-11, Matteucci, M. Paik, Byoung Man We-P-8 Th1-I-2 We2-O-9, Fr3-O-3 Mauclair, Cyril Th1-UO-1 Paipulas, Domas We-P-7 Nakamura, Susumu We3-O-4 Mayne-l’Hermitte, Martine P¨aiv¨asaari,Kimmo We1-O-12 Nakano, Hitoshi We-P-12 We1-O-4 Pan, Jiluan We-P-26 Nakashima, Seisuke Fr1-O-3 Mazeikiene, Regina We-P-9 Pan, Zhenying We1-O-7 Nakata, Yoshiki Fr1-O-6 Mermillod-Blondin, Alexandre Park, Hong-Jin Th-P-25 Namiki, Kazuhiro We-P-10 Th1-UO-1 Park, Jong Kweon Th-P-7 Metkus, Kristin We2-O-12 Narazaki, Aiko Tu1-O-4, We1-O-6, Park, Jongbok Th3-O-7 Meunier, Michel Tu2-UO-1, Th-P-9 Park, Jung-Kyu Fr1-I-8 Tu2-UO-2, Th1-UO-6 Nashima, Shigeki Th-P-27 Pashinin, Vladimir Fr1-O-4 Midorikawa, Katsumi Tu2-O-7, Neves, Davi We1-UO-1 Pavlov, Mikhail Th3-O-1 We2-O-7, Th2-O-13, Nguyen, Thao Th3-O-2 Perez, Maximiliano Th-UP-6 Fr1-O-3, Fr3-O-6, Th-P-11 Niino, Hiroyuki Tu1-O-4, Petsch, Tino We1-O-15 Minami, Yasuo Th3-O-3 Tu1-O-11, We1-O-6, Th-P-9 Pfleging, Wilhelm We1-I-11 Mitooka, Yutaka We-P-29, Nishikino, Masaharu We-P-28 Pham Xuan, Khai We1-O-13 Th-P-14 Nishimura, Akihiko Tu3-O-7, Piccitto, Giovanni Tu1-O-12 Miura, Daisuke We-P-10 We-P-17 Pigeon, Florent Th1-UO-12 Miyabayashi, Nobuyoshi We-P-30 Nojima, Yoshihiko We-P-4 Pikuz, Tatiana We-P-28 Miyaji, Godai We-P-20 Nojiri, Hidetoshi We-P-4 Pinault, Mathieu We1-O-4 Miyamoto, Isamu Tu3-O-10, Nomura, Wataru Fr2-I-1 Piqu´e,Alberto We2-I-6, We2-O-12 Th1-UO-1, Fr3-O-7, Fr3-O-8 Nonaka, Shinri Th-P-4 Poberaj, Igor We1-O-5 Miyanaga, Noriaki Fr1-O-6 Norton, David P. Fr3-O-5 Podobnik, Boˇstjan We1-O-5 updated May 26, 2011 34 ets Marc Sentis, Walter Christof Schneider, Michael Schmidt, Gerhard Schmid, Alessandra Scano, Gen Sazaki, Tomoyuki Sawada, Tadatake Sato, Wataru Sasaki, T. Sasaki, Tomokazu Sano, Naoki Sano, Yasutaka Sanjo, A. Andrey Samokhvalov, Toshiyuki Sameshima, Osami Sakata, Shuji Sakabe, Amir Saar, Huang M. S. Simone Russ, M. C. Rouleau, Arkadi Rosenfeld, Lorenzo Rosa, M. Pablo Romero, Romero Andrei Rode, Alexandre Robitaille, Rudimar Riva, Alberto Carlos Rinaldi, Sandrine Ricaud, St´ephanieReynaud, Juergen Reif, M. Regmi, D. J. Readle, Matthias Rascher, Ludovic Rapp, Steffen Ragnow, Raˇciukaitis, Gediminas E. B. R. R¨omer, G. Ulf Quentin, Alexander Pyatenko, Vytautas Purlys, A. A. Puretzky, Johannes Proell, Vittorio Privitera, Bertrand Poumellec, Sven Poggel, Fr2-UO-4 Th2-O-9 Fr1-O-1 Th2-O-2 —Q— , —R— Th1-O-14 —S— , , , Th3-O-4 Tu1-I-8 Fr2-O-2 Tu1-O-4 Th1-O-5 We-P-24 Tu1-O-5 Th2-O-7 We-UP-5 Th2-O-1 Th1-O-9 Th-P-5 , , , , , Th1-UO-12 , , , , , , Tu3-O-10 Tu1-PL-2 Tu1-UO-9 , Th3-I-10 We1-I-11 Tu1-O-12 We2-I-10 Th1-O-13 We1-O-16 Th3-I-10 Th1-UO-1 Th1-UO-6 We1-UO-1 Th1-O-15 Th3-I-10 Th3-I-10 , Tu3-O-6 Th2-O-1 Fr3-O-4 We2-O-1 Th3-O-5 Fr3-O-7 Th2-O-7 We1-O-6 We-P-21 Fr3-O-8 We2-O-2 Th2-O-8 Tu2-I-3 Tu2-O-8 We-P-30 Th-P-24 We-P-25 Th-P-28 Th2-I-6 Fr1-O-1 Th-P-29 We-P-16 Th1-O-7 Th2-O-8 Th1-I-4 Th-UP-6 Tu3-O-1 Fr3-O-7 Tu1-I-8 Th2-O-2 Fr1-O-5 Fr2-O-2 Fr2-O-5 We-P-11 We1-O-8 We-P-9 We-P-2 Th-P-8 We-P-7 Th-P-9 We-P-2 We-P-3 , , , , , , , , , , , , , tlua,Kestutis Staliunas, Klaus Stadlmann, Sven Steffen Sommer, Igor Smurov, N. Valentin Smirnov, Remigijus Sliupas, Gintas Slekys, Johannes Veli Martti Silvennoinen, Christof Siebert, Kazumasa Shudo, Tatsuya Shoji, Takahisa Shobu, Togo Shinonaga, Wataru Shinohara, Dongsig Shin, Sig Dong Shin, Yohei Shimizu, Seiji Shimizu, Yukihiro Shimada, Toshiya Shibayanagi, ag Jaw-Luen Tang, Yuji Tanaka, Takuo Tanaka, Momoko Tanaka, Masato Tanaka, Rie Tanabe, Pong Kim Tan, Tamuleviˇcius, Sigitas Satoshi Tamotsu, Akihiro Takita, Yuma Takida, Yasuyuki Takata, Kazufumi Takano, Masao Takamizawa, Hiroshi Takai, Yoshinori Takahashi, Masataka Takahashi, Akihiko Takahashi, Miroslaw Szczurek, Anna Szczurek, Svrˇcek, Vladimir Sergey Sverchkov, Kaoru Suzuki, Bo Hong Sun, Jeong Suh, Shigeru Sugiyama, Koji Sugioka, Tohru Suemoto, Olivier Sublemontier, Ju-Yuen Su, P. Klaus Stolberg, Razvan Stoian, P. Michael Stocker, J¨urgenStampfl, Juergen Stampfl, eaaa Akira Terakawa, Hui-Kang Teng, Junichi Tatemichi, ˇ ˇ ˇ Th1-UO-1 —T— Th2-O-13 We1-O-13 Tu1-O-10 Tu3-O-4 Tu2-O-7 35 We1-O-9 Th-P-26 Fr3-O-6 We2-O-3 Th-P-22 , , , , Th1-UO-12 , , , , , , , Tu1-PL-2 We1-O-14 Th2-I-11 We1-O-12 We1-O-16 Tu1-PL-3 We1-O-14 Tu1-PL-3 Th2-O-12 Tu1-O-11 Fr1-O-3 We2-O-7 We2-O-2 Tu2-I-3 Tu3-O-3 Tu3-O-3 Fr3-O-2 Fr1-O-4 We-P-10 Tu2-O-9 Tu2-I-3 Th-P-11 Th3-O-3 We1-O-4 We1-O-8 We3-O-7 We2-O-2 We2-O-4 We2-O-3 We3-I-1 Th3-O-1 Th2-I-6 Th1-O-7 Th1-O-7 We3-O-2 Fr2-O-3 Tu3-O-7 Fr1-O-2 Th-P-24 Th2-O-3 We-P-17 We-P-12 Th-P-23 Th-P-16 Th-P-28 We-P-28 We3-O-6 Th3-O-2 We-P-27 We-P-28 We-P-15 Th-P-27 Tu2-I-3 Th-P-14 Fr3-O-6 Th-P-24 Fr1-O-2 Th-P-5 We-P-6 We-P-8 We-P-3 Th-P-8 Th-P-4 , , , , , , aee,Philipp Wagener, Przemyslaw Wachulak, Bogdan Voisiat, Julien Venturini, Yiannis Ventikos, P. Vadim Veiko, Aude Vatry, Olga Varlamova, Sergej Varlamov, Arturas Vailionis, Pasi Vahimaa, Yoshiyuki Uno, Yoshifumi Umeda, Takashi Uchida, Miho Tsuyama, Koji Tsuta, Masahiro Tsukamoto, Masashi Tsujino, Takeshi Tsuji, Masaharu Tsuji, Yasuyuki Tsuboi, Hsieh-Fu Tsai, Romualdas Trusovas, Kazuyuki Toya, Emma Cinthya Toro, Takashi Torii, Shuichi Torii, Jan Torgersen, Takuro Tomita, Shigeki Tokita, N. Thonnard, Kota Terakawa, u Wei-Te Wu, Tzong-Ming Wu, Zhu Si Wu, Si Wu, Ping-Han Wu, Dong Wu, Chun-Ying Wu, Shoshana Winter, Jan Wieduwilt, Kyung-Hyun Whang, Daniel Werner, Sascha Weiler, Anja Wehrmann, Wataru Watanabe, Akira Watanabe, Xiao Wang, Shih-Hao Wang, Shau-Chun Wang, Nai-Yu Wang, Keyi Wang, Hongqiang Wang, Fr2-UO-4 We1-O-6 pae a 6 2011 26, May updated —W— —U— —V— , , Tu1-O-10 Tu1-O-10 Fr3-O-1 We-UP-5 Th3-O-3 Fr2-O-5 Th1-O-9 Th-P-1 We-P-23 uhrIndex Author , , , , , , , Th1-O-14 Tu1-UO-9 We1-O-10 Tu1-O-12 Th1-O-15 Th1-O-15 We1-O-12 Tu1-O-11 Th1-O-13 Th3-I-10 Th1-O-11 We1-O-16 We1-O-16 Th-UP-10 Th1-O-11 , , Fr1-O-2 Th3-O-4 We-P-22 Tu1-O-4 Fr3-O-4 Th3-O-9 Tu3-O-3 Tu2-O-4 Th2-I-6 Th3-O-5 Th1-I-4 Tu3-O-8 Th3-O-3 Th-P-17 We-P-12 We2-O-9 We-P-12 Fr1-O-1 Th3-O-6 Th3-O-6 Fr2-O-3 We2-O-9 Th-UP-6 We3-O-8 We3-O-7 We-P-13 Th3-O-3 Th-P-16 Th-P-21 Tu2-O-9 Th-P-21 Tu2-O-9 Tu1-O-5 Fr1-I-8 Fr2-O-7 Th2-O-1 Tu1-O-6 We-P-26 Th-P-33 Th-P-16 Fr2-O-6 Th-P-8 We-P-1 We-P-9 We-P-1 Th-P-9 , , , , , , , ,

Author Index Author Index

—X— Yamashita, Susumu Tu3-O-7 Yoshidomi, Shinya We-P-2 Xiao, K. Th3-I-10 Yamatani, Satoshi We-P-12 Yoshikawa, Hiroshi Tu2-I-3 Xiao, Shizhou We1-O-2, Th3-O-8 Yang, Cheng-Huan Th-P-21 Yoshimura, Masashi Th-P-24 Xie, Xiaozhu We1-O-7 Yang, Min Yang Th-P-7 Yoshino, Tomoki Fr3-O-9 Xie, Zhiqiang Th3-O-7 Yang, Sen-Yen Th-P-21 Yu, Jae-Yong Fr1-I-8 Xiong, Wei Th2-O-10 Yang, Wenge Th1-I-4 Xu, Jian We2-O-7, Th-P-11 Yao, Tsung-Fu Th-P-21 —Z— Xu, Zhi Zhan Th2-O-13 Yasutomo, Masato Th3-O-6 Zaouter, Yoann Tu3-O-1 Yatsui, Takashi Fr2-I-1 Zenou, Michael Tu1-O-5, Th-P-29 —Y— Yokotani, Atsushi We-P-30 Zhang, Kaifeng We-P-20 Yadroitsev, Igor We1-O-9 Yoneda, Haruki Tu1-PL-3 Zhang, Long Th2-O-13 Yahata, Keisuke Th2-O-3 Yonemoto, Yukihiro Tu3-O-7 Zhang, Qijin Th1-O-11 Yamachoshi, Yuji We3-O-6 Yonezawa, Tetsu Th3-O-6 Zhang, Ruihua We-P-26 Yamada, Tamehide We1-O-8 Yoon, Kwangho Tu3-O-4, Th-P-15 Zhang, Yan We-P-26 Yamada, Tomonori Tu3-O-7 Yoon, M. Th3-I-10 Zhao, Fang We-P-26 Yamakawa, Koichi Tu3-O-2 Yorozu, Masafumi We3-O-2 Zhou, Yunshen Th2-O-10, Th3-O-7 Yamamoto, Minoru Th3-O-3 Yoshida, Yoshikazu Th-P-1, Ziebert, Carlos We1-I-11 Yamamoto, Yoshitaka Fr1-I-9 Th-P-17 Zimmer, Klaus Th2-O-1 Author Index

updated May 26, 2011 36