LAMP2015
The 7th International Congress on Laser Advanced Materials Processing
LPM2015–The 16th International Symposium on Laser Precision Microfabrication
HPL2015–The 7th International Symposium on High Power Laser Processing

May 26 – 29, 2015
Kitakyushu, Fukuoka, Japan
http://www.jlps.gr.jp/lamp/lamp2015/

Final Program
updated May 20, 2015

General Chair
Koji Sugioka
RIKEN, Japan
Co-Chair/LPM Program Committee Chair Hiroyuki Niino AIST, Japan
Co-Chair/HPL Program Committee Chair Seiji Katayama Osaka University, Japan
Co-ChairTakashi Ishide Mitsubishi Heavy Industries, Japan
Co-ChairYongfeng Lu
University of Nebrasska-Lincoln, USA
Co-ChairMichael Schmidt Friedrich-Alexander-Universität Erlangen-Nürnberg,
Germany
Honorary Chair
Isamu Miyamoto Emeritus Prof., Osaka University, Japan
Honorary Chair
Kazuyoshi Itoh Emeritus Prof., Osaka University, Japan
Steering Committee Chair
Tatsuo Okada
Kyushu University, Japan
Steering Committee Co-Chair (LPM)
Toshihiko Ooie AIST, Japan
Steering Committee Co-Chair (HPL)
Takashi Ishide Mitsubishi Heavy Industries, Ltd., Japan

Contents
Program1

Author Index

34

Program

ProgramProgramOral Session

Day 1: May 26, Tuesday
Main Hall
Opening
Chair: Koji Sugioka (RIKEN, Japan)
10:30 Opening Remark

Main Hall
Plenary Session
Chair: Takashi Ishide (Mitsubishi Heavy Industries, Inc., Japan)
10:40 TuM-PL-1
Plenary
A276
Latest developments in high precision ultrafast laser processing,
Andreas Ostendorf1 , 1 Ruhr-University Bochum, Germany
Plenary
A249
11:20 TuM-PL-2
Fundamentals and evolution of laser welding, Seiji Katayama1 ,1
JWRI, Osaka University, Japan
12:00 TuM-PL-3
Plenary
A145
The state of the arts of laser manufacturing and future prospect ,Bo Gu1 , 1 Bos Photonics, USA
12:40 Lunch Time3

updated May 20, 2015

Day 1: May 26, Tuesday

Oral Session

Oral Session

1. LPM

Room 1

3. LPM

Periodic Surface Structures andApplications

L2-1: Near-field nanopatterning

Day 1: May 26, Tuesday

Chair: Mitsuhiro Terakawa (Keio University,
Japan)

Chair: Juergen Reif (Brandenburgische Technische
Universitaet, Cottbus-Senftenberg,
Germany)

14:00 Tu1-LI-1
Invited
A243
Visualizing and controlling optical near fields:
Strategies and applications, Jan Siegel1 , 1 Laser
Processing Group, Instituto de Optica, Spanish
National Research Council (CSIC), Spain

14:00 Tu2-LO-1
A113
Repetition rate dependency for high density
perforation of thin Al-foils with ultra shortpulse lasers, Nelli Hambach1 , Claudia Hartmann1,2 ,Stephan Keller1 , Arnold Gillner1,2 , 1 Fraunhofer
Institute for Lasertechnology, Steinbachstr. 15, 52074
Aachen, Germany , 2 Chair for Laser Technology,
RWTH Aachen University, Steinbachstr. 15, 52074
Aachen, Germany

14:30 Tu1-LO-2
A138
Bessel-like photonic nanojets from engineered
nanospheres for the fabrication ofultra-high-density porous membranes, David
Grojo1 , G Baravaglio2 , Luca Boarino2 , Catalin
Constantinescu1 , Philippe Delaporte1 , Natalia De
Leo2 , Michael Laus3 , Anthony Lionti1 , Nicolas
Sandeau4 , Katia Sparnacci3 , 1 Aix-Marseille
University-CNRS, LP3 UMR 7341, F-13288,
Marseille„ France, 2 INRIM, NanoFacility, Division
Electromagnetism, I-10135 Torino, Italy, 3 Departmentof Science and Technology, University of Eastern
Piedmont Amedeo Avogadro, I-15121 Alessandria,
Italy, 4 Aix-Marseille University, CNRS, Centrale
Marseille, Institut Fresnel, UMR 7249, 13013
Marseille, France

14:20 Tu2-LO-2Student
A208
Control of cell spreading on Ti substrate withperiodic nanostructures formed by femtosecond
laser irradiation, Takuya Kawa1 , Masahiro
Tsukamoto2 , Togo Shinonaga2 , Peng Chen3 , Akiko
Nagai3 , Takao Hanawa3 , 1 Graduate School ofEngineering, Osaka University, Japan, 2 Joining and
Welding Research Institute, Osaka University, Japan,
3
Institute of Biomaterials and Bioengineering, Tokyo
Medical and Dental University, Japan

14:50 Tu1-LI-3
Invited
A195
Optical manipulation in near-field
nanopatterning, Romain Fardel1 , Yu-Cheng Tsai1 ,Ting-Hsuan Chen1 , Craig B. Arnold1 , 1 Princeton
University, USA
15:20 Tu1-LO-4
A185
Optical trap assisted nanopatterning: Processparallelisation and dynamic structure
generation, Johannes Strauß1,2 , Marcus Baum1,2 , Ilya
Alexeev1,2 , Michael Schmidt1,2 , 1 Institute of Photonic
Technologies, Friedrich-Alexander-Universität
Erlangen-Nürnberg (FAU), Germany, 2 Erlangen
Graduate School in Advanced Optical Technologies(SAOT), Friedrich-Alexander-Universität Erlangen
Nürnberg, Germany
15:40 Coﬀee Breakupdated May 20, 2015

Room 2

4

14:40 Tu2-LO-3
A053
Fabrication of porous Ti parts withnanostructures from Ti powders byfemtosecond laser pulses, Chung-Wei Cheng1 ,Chien-Jung Huang2 , 1 Department of MechanicalEngineering, National Chiao Tung University,
Taiwan, 2 ITRI Southern Region Campus, Industrial
Technology Research Institute, Taiwan
15:00 Tu2-LO-4
A209
Dynamic changes in PDMS surface
morphology in femtosecond laser treatment, Sae
Chae Jeoung1 , H-.Y. Moon2 , H.S. Lee1 , M. S. Sidhu1 ,1
Korea Research Institute of Standards and Science,
Rep. of Korea, 2 Gachon University, Rep. of Korea
15:20 Coﬀee BreakOral Session

Room 3

7. HPL1

Micro-Welding

Room 4

Oscillator and Apparatus

Chair: Hiroaki Mori (Osaka University, Japan)

Chair: Teruyoshi Kadoya (Precitec Japan)

14:00 Tu3-LO-1
A193
Laser-matter interaction in Si/glass welding by
ultrashort laser pulses with diﬀerent pulse
durations, Isamu Miyamoto1,2 , Kiichiro Nagata1 ,Etsuji Ohmura1 , 1 Osaka University, Japan, 2 Erlangen
Graduate School of Advanced Optical Technologies(SAOT), Germany

14:00 Tu4-HI-1
Invited
A232
Fiber lasers development for industrial
applications, Eugene A. Shcherbakov1 , 1 IPG Laser
GmbH, Germany
14:30 Tu4-HO-2
A188
Energy-eﬃcient production with high-powerdisk- and diode-lasers, Matthias Koitzsch1 , Volker
Rominger1 , 1 TRUMPF Laser- und Systemtechnik
GmbH, Germany

Student
A090
14:20 Tu3-LO-2
Investigation of absorptivity in micro-weldingof copper by pulsed laser, Takuya Wada1 ,Yasuhiro Okamoto1 , Akira Okada1 , Norio Nishi2 ,Sin-ichi Nakashiba2 , Tomokazu Sakagawa2 , 1 Okayama
University, Japan, 2 Kataoka Corporation, Japan

A237
14:50 Tu4-HO-3
High power diode lasers and their applications
at 20 kW and beyond, Markus Ruetering1 ,Christoph Ullmann1 , Volker Krause1 , 1 Laserline
GmbH, Germany

14:40 Tu3-LO-3
A058
Recent progress on nanojoining induced byfemtosecond laser, Lei Liu1,2 , Luchan Lin1,3 ,Daozhi Shen1 , Hailin Bai1 , Guisheng Zou1 , Yunhong
Norman Zhou1,3 , 1 Department of MechanicalEngineering, Tsinghua University, China, 2 State Key
Laboratory of Tribology, Tsinghua University, China,
3
Centre for Advanced Materials Joining, University ofWaterloo, Canada

15:10 Tu4-HO-4
A173
One step closer to real-time control — Low
coherence sensors heading for industrial
applications, Markus Kogel-Hollacher2 , Martin
Schoenleber1 , Thibault Bautze2 , 1 Precitec Optronik
GmbH, Schleussnerstrasse 54, 63263 Neu-Isenburg,
Germany, 2 Precitec GmbH & Co. KG, Draisstrasse 1,
76571 Gaggenau, Germany

15:00 Tu3-LO-4Student
A061
Measurement of the vapor plume velocity inlaser impulse metal bonding with temporal
power modulation, Simon W. Britten1 , Anthony
Wang1 , Alexander Olowinsky1 , Arnold Gillner1 ,1Fraunhofer Institute for Laser Technology ILT,
Germany
15:20 Tu3-LO-5Student
A018
Laser droplet brazing for thermally stablecontacting of piezo modules using CuSn11
braze preforms, Stefan Stein1,3 , Michael Suchy1 ,Felix Tenner2,3 , Stephan Roth1,3 , Michael
Schmidt1,2,3 , 1 Bayerisches Laserzentrum GmbH (blz),
Konrad-Zuse-Str. 2-6, 91052 Erlangen, Germany,
2
Institute of Photonic Technologies (LPT),Friedrich-Alexander-Universität Erlangen-Nürnberg,
Konrad-Zuse-Str. 3-5, 91052 Erlangen, Germany,
3
Erlangen Graduate School in Advanced Optical
Technologies (SAOT), Friedrich-Alexander-Universität
Erlangen-Nürnberg, Paul-Gordan-Str. 6, 91052
Erlangen, Germany

15:30 Tu4-HO-5
A143
Analysis of robot movements via velocity
measurement for the application of lasermaterial processing, Michael Ungers1 , Ulirch
Thombansen2 , Wolfgang Fiedler1 , Peter Abels1 ,1Fraunhofer-Institute for Lasertechnology ILT,
Steinbachstrasse 15, 52074 Aachen, Germany,
Germany, 2 RWTH Aachen University, Chair for
Laser Technology LLT, Steinbachstrasse 15, 52074
Aachen, Germany, Germany
15:50 Coﬀee Break

15:40 Coﬀee Break5

updated May 20, 2015

Day 1: May 26, Tuesday

5. LPMOral Session

2. LPM

Room 1L2-2: Near-field nanopatterning

LIPPS

Chair: Jan Siegel (CSIC Madrid, Spain)

Day 1: May 26, Tuesday

Room 2

4. LPM

16:00 Tu1-LI-5
Invited Student
A022
Gold nanoparticle mediated laser transfection,
Stefan Kalies1 , Dag Heinemann1 , Markus Schomaker1 ,Georgios Antonopoulos1 , Mirko Rakoski1 , Lara
Gentemann1 , Alexander Heisterkamp1,2 , Tammo
Ripken1 , Heiko Meyer1,3 , 1 Laser Zentrum Hannovere.V., Department of Biomedical Optics, Hollerithallee
8, 30419 Hannover, Germany, 2 Gottfried Wilhelm
Leibniz Universitaet Hannover, Institut fuer
Quantenoptik, Am Welfengarten 1, 30167 Hannover,Germany, 3 Hannover Medical School, Department for
Cardiothoracic, Transplantation and Vascular Surgery(HTTG), Carl-Neuberg-Str.1, 30625 Hannover,Germany
16:30 Tu1-LO-6
A028
Polymer microsphere-mediated cell membrane
perforation using microfluidic channel, Mitsuhiro
Terakawa1,2 , Atsuhiro Ishii1 , Tatsuki Mitsuhashi2 ,1
Department of Electronics and ElectricalEngineering, Keio University, Japan, 2 School ofIntegrated Design Engineering, Keio University, Japan
16:50 Tu1-LO-7
A157
Femtosecond laser nanofabrication of hybrid
plasmonic structures, Hiroaki Nishiyama1 ,Yukinari Ohzeki1 , 1 Yamagata University, Japan

Chair: Jörn Bonse (BAM Federal Institute forMaterials Research and Testing, Germany)
16:00 Tu2-LO-5
A201
Femtosecond laser-induced periodic surface
structures on yttria-stabilized zirconia,
Masayuki Kakehata1 , Hidehiko Yashiro1 , Ayako
Oyane2 , Atsuo Ito3 , Kenji Torizuka1 , 1 Electronics andPhotonics Research Institute, National Institute ofAdvanced Industrial Science and Technology (AIST),
Japan, 2 Nanosystem Research Institute, National
Institute of Advanced Industrial Science andTechnology (AIST), Japan, 3 Human Technology
Research Institute, National Institute of Advanced
Industrial Science and Technology (AIST), Japan
16:20 Tu2-LO-6
A004
Tailoring of nanostructure in indirect band-gap
semiconductor using IR femtosecond double
pulses, Yasuhiko Shimotsuma1 , Tomoaki Sei1 ,Masaaki Sakakura2 , Kiyotaka Miura1 , Haruhiko
Udono3 , 1 Department of Material Chemistry, Kyoto
University, Japan, 2 Society-Academia Collaboration
for Innovation, Kyoto University, Japan, 3 College ofEngineering, Ibaraki University, Japan
16:40 Tu2-LO-7Student
A202
Investigation on optical breakdown thresholdenergy of glass substrate containing
multi-components during a femtosecond laser
machining, Hyeonmin Lee1 , Jung Hyun Choi2 ,Seung-Jae Moon1 , 1 Hanyang University, Korea,
2Ewha Womans University, Korea

17:10 Tu1-LO-8
A119
Study of the viscosity influence and thenanoparticles concentration in the ejection
dynamics of ink, Daniel Puerto1 , Gaëlle
Coustillier1 , Marc Sentis1 , A. Patricia Alloncle1 ,Philippe Delaporte1 , Emeric Biver2 , Dimitris
Karnakis2 , Marina Makrygianni3 , Apostolos Kyritsis3 ,Christos Chatzimanolis Moustakas3 , Ioanna Zergioti3 ,1
Aix-Marseille University, CNRS, LP3 laboratory,
Luminy Campus, C.917, 13288 Marseille cedex 9,France, 2 Oxford Lasers Ltd., Unit 8, Moorbrook Park,
Didcot, OX11 7HP, United Kingdom, 3 National
Technical University of Athens, 9, Heroon
Polytechneiou, Athens, 15780, Greece

17:00 Tu2-LO-8
Student
A220
Initial cumulative eﬀects in femtosecond
laser-induced periodic surface structures onbulk metallic glass, Li Chen1,2,3 , Cheng Guang Hua
2,3, Colombier Philippe Jean 1 , Zhang Hao1 , Razvan
Stoian 1 , 1 Laboratoire Hubert Curien, UMR 5516
CNRS, Université de Lyon, Université Jean
Monnet,42000 Saint Etienne, France, France, 2 StateKey Laboratory of Transient Optics and Photonics,
Xi’an Institute of Optics andPrecision Mechanics,
CAS, 710119 Xi’an, Shaanxi, China, China,
3
University of Chinese Academy of Science, Beijing
10049, China, China
Student
A122
17:20 Tu2-LO-9
Minimizing the surface roughness for siliconablation with ultrashort laser pulses, Matthias
Domke1 , Giovanni Piredda1 , Johannes Zehetner1 ,1Josef Ressel Center for material processing withultrashort pulsed lasers, University of Applied Sciences
Vorarlberg, Austria

updated May 20, 20156

Oral Session

Fundamental Aspects
Chair: Yasuhiro Okamoto (Okayama University, Japan)

Room 4

8. HPL2
Simulation

Chair: Claus Thomy (Bremer Institut
für angewandte Strahltechnik
GmbH, Germany)

16:00 Tu3-LO-6
A070
Fast and slow dynamics in femtosecond laser-induced crack
propagation inside a LiF single crystal, Masaaki Sakakura1 ,16:10 Tu4-HI-6
Invited
A062
Takuro Okada2 , Naoaki Fukuda1 , Yasuhiko Shimotsuma2 , Kiyotaka Examination of laser cutting
Miura2 , 1 Oﬃce of Society-Academia Collaboration for Innovation, phenomena by comprehensive
Kyoto University, Japan, 2 Department of Material Chemistry,
steady-state simulations, Dirk
Graduate School of Engineering, Kyoto University, Japan
Petring1 , Frank Schneider1 , Stoyan
1 1
16:20 Tu3-LO-7
A239 Stoyanov , Fraunhofer-Institute forHighspeed camera observation of plasma behavior induced Laser Technology ILT, Germany
by ultrashort pulse laser irradiation into inside of glass, Etsuji 16:40 Tu4-HO-7
A027
Ohmura1 , N. Komatsubara1 , Kazufumi Nomura1 , Isamu Miyamoto1 , Numerical simulation of laser beam
1
Graduate School of Engineering, Osaka University, Japanbrazing — Model validation and
1,2
16:40 Tu3-LO-8
Student
A146 process analysis, Michael Dobler ,3
Philipp Wiethop , Michael Schmidt1,2 ,Selective femtosecond-laser structuring of dielectric thin
1
Institute of Photonic Technologies,
films with diﬀerent band gaps: A time-resolved study ofFriedrich-Alexander-Universität
ablation mechanisms, Stephan Rapp1 , Gerrit Heinrich2 , Heinz
2
Paul Huber1 , Michael Schmidt3 , 1 Lasercenter, University of Applied Erlangen-Nürnberg, Germany, Erlangen
2
Graduate School in Advanced Optical
Sciences Munich, Germany, CiS Forschungsinstitut fürTechnologies (SAOT), Germany, 3 Audi
Mikrosensorik und Photovolataik GmbH, Germany,
3
Friedrich-Alexander-Universität Erlangen-Nürnberg, LPT, Germany AG, Germany
Student
A066
17:00 Tu3-LO-9Student
A155 17:00 Tu4-HO-8
Heat conduction modelling to
Optical emission spectroscopy of femtosecond pulsed
optimize the laser beam profile forlaser-produced aluminum plasma, Jessa Jayne Cosare
Miranda1 , Joseph Aban De Mesa1 , Wilson Ong Garcia1 , 1 University pulsed conduction mode welding,Jesper Sundqvist1 , Alexander F.H.
of the Philippines - Diliman, Philippines
Kaplan1 , Choon-Yen Kong2 , Jon
17:20 Tu3-LO-10
A095
Blackburn2 , Eurico Assuncao3,4 , Luisa
Residual heat in ultra-short pulsed laser ablation of metals, Quintino3,4 , 1 Dept. of Engineering
Franziska Bauer1 , Andreas Michalowski1 , Stefan Nolte2 , 1 Robert
Sciences and Mathematics, Luleå
Bosch GmbH, Corporate Sector Research an Advance Engineering, University of Technology, Sweden, 2 TWI
Germany, 2 Institute of Applied Physics, Abbe Center of Photonics, Ltd, Granta Park, Great Abington,
Friedrich-Schiller-Universität Jena, Germany
Cambridge CB21 6AL, United Kingdom,
17:40 Tu3-LO-11
A244 3 LAETA, IDMEC, Instituto Superior
Ultrafast lattice dynamics of femtosecond laser-driven
Técnico, Universidade de Lisboa, Lisboa,
shocked iron probed with XFEL, Tomokazu Sano1 , Tomoki
Portugal, 4 EWF, Porto Salvo, 2740-120,
Matsuda1 , Mitsuru Ohata1 , Tomoyuki Terai1 , Akio Hirose1 ,Portugal
Hiroyuki Uranishi2 , Norimasa Ozaki2 , Ryosuke Kodama2 , Toshinori 17:20 Tu4-HO-9
A010
Yabuuchi2 , Kazuo A. Tanaka2 , Tomonao Hosokai3 , Takeshi
Role of vapor recondensation on
Matsuoka3 , Kazuto Arakawa4 , Yoshinori Tange5 , Tomoko Sato6 ,bead shape in high power laser
678
9
Toshimori Sekine , Tsutomu Mashimo , Yukio Sano , Yuji Sano ,welding, Sohail Muhammad 1 , Na
10
10
10
Yuichi Inubushi , Takahiro Sato , Makina Yabashi , Tadashi
Suck-Joo 1 , Gumenyuk Andrey 2 ,Togashi11 , Kensuke Tono11 , Osami Sakata12 , 1 Division of Materials Rethmeier Michael 2 , 1 (KAIST) Korea
and Manufacturing Science, Osaka University, Japan, 2 Division of Advanced Institute of Science andElectrical, Electronic and Information Engineering, Osaka
Technology, Republic of Korea, 2 (BAM)
University, Japan, 3 Photon Pioneers Center, Osaka University,
Federal Institute for Materials Research
Japan, 4 Faculty of Science and Engineering, Shimane University,
and Testing, Germany
Japan, 5 Geodynamics Research Center, Ehime University, Japan,
6
Department of Earth and Planetary Systems Science, Hiroshima
University, Japan, 7 Institute of Pulsed Power Scinece, Kumamoto
University, Japan, 8 Faculty of Maritime Sciences, Kobe University,
Japan, 9 Power and Industrial Systems Research and Development
Center, Toshiba Corporation, Japan, 10 RIKEN SPring-8 Center,
Japan, 11 Japan Synchrotron Radiation Research Institute, Japan,
12
Synchrotron X-ray Station at SPring-8, National Institute forMaterials Science, Japan7
updated May 20, 2015

Day 1: May 26, Tuesday

Room 3

6. LPMOral Session

Day 2: May 27, Wednesday
9. LPM

Room 1

12. LPM

L1-1: Hybrid Femtosecond Laser
Manufacturing—3D glass microstructuring—

Pulsed Laser Deposition
Chair: Aiko Narazaki (AIST, Japan)

Chair: Rebeca Martinez Vazquez (Istituto di
Fotonica Nanotecnologie, IFN-CNR, Italy)

Day 2: May 27, Wednesday

Room 2

8:50 We2-LO-1
A144
Time-resolved imaging of ZnO nanoparticles
produced in high-pressure phase, Daisuke
Invited
A255
8:40 We1-LI-1
Nakamura1 , Shuhei Takao1 , Tetsuya Shimogaki1 ,Subtractive femtosecond-laser-micromachining:
Mitsuhiro Higashihata1 , Hiroshi Ikenoue1 , Tatsuo
Writingpath dependence and its eﬀects on
Okada1 , 1 Kyushu University, Japan
stress generation in glass substrates, Yves
9:10 We2-LO-2Student
A087
Bellouard1 , 1 École Polytechnique Fédérale deStructuralandopticalproperties
ofZnO
Lausanne, Switzerland
nano/microcrystals grown on laser patterned
A123
9:10 We1-LO-2
ZnO buﬀer layer, Tetsuya Shimogaki1 , Hirotaka
Fabrication of high-Q lithium niobate
Kawahara1 , Shihomi Nakao1 , Kosuke Harada1 , Kota
microresonators by femtosecond laser
Yamasaki1 , Mitsuhiro Higashihata1 , Hiroshi Ikenoue1 ,micromachining, Lingling Qiao1 , Jintian Lin1 , Min
Daisuke Nakamura1 , Yoshiki Nakata2 , Tatsuo Okada1 ,Wang1 , Zhiwei Fang1 , Ya Cheng1 , 1 Shanghai Institute 1
Department of Information Science and Electricalof Optics and Fine Mechanics, Chinese Academy ofEngineering, Kyushu University, Japan, 2 Institute of
Sciences, China
Laser Engineering, Osaka University, Japan
9:30 We1-LO-3Student
A225
9:30 We2-LO-3Student
A136
3D electrostatic actuator fabricated by
SiC thin film growth on diﬀerent substrates
non-ablative femtosecond laser exposure andusing pulsed Nd3+ :YAG laser deposition
chemical etching, Tao Yang1 , Yves Bellouard1 ,technique, Emmanuel Pannir selvam1 , Nilesh J
1École Polytechnique Fédérale de Lausanne (EPFL),
Vasa1 , Ramachandra Rao M.S2 , 1 Department of
Switzerland
Engineering Design, Indian Institute of Technology
9:50 We1-LO-4
A293 Madras, Chennai, Tamil Nadu, 600036., India,
2
Multi-scale microstereolithography using
Department of physics, Indian Institute of Technology
11
optical fibers, Shoji Maruo , Genki Ishibashi , Eisuke Madras, Chennai, Tamil Nadu, 600036, India
Komada1 , 1 Yokohama National University, Japan
9:50 We2-LO-4Student
A178
10:10 Coﬀee BreakFormation of nanoporous SiO2 films bypulsed-laser deposition using F2 laser, Daichi
Taniyama1 , Hiroshi Ikenoue1 , Tomoyuki Ohkubo1 ,Daisuke Nakamura1 , Tatsuo Okada1 , 1 Graduate
School of Information Science and ElectricalEngineering, Kyushu University, Japan
10:10 Coﬀee Break

Poster I and II
10:30 Short Presentation for Poster Session I and II (Room 1)

Poster I
12:10 Poster Session I and Exhibition (Event Hall)& Lunch Time (up to 14:00)
updated May 20, 20158

Oral Session

Day 2: May 27, Wednesday
Room 3

Advanced Laser Applications

18. HPL3

Room 4

Welding 1 (Hybrid Welding of Thick Plates)

Chair: Masaaki Sakakura (Kyoto
University, Japan)

Chair: Martin Dahmen (Fraunhofer Institute for Laser
Technology, Germany)

8:40 We3-LO-1
Student
A180
Laser writing for selective copper
plating on plastics for electronics
applications, Karolis Ratautas1 ,Mindaugas Gedvilas1 , Ina Stankevičienė1 ,Aldona Jagminienė1 , Eugenijus Norkus1 ,Nello Li Pira2 , Stefano Sinopoli3 , Gediminas
Račiukaitis1 , 1 Center for physical sciences
and technology, Lithuania, 2 Centro Ricerche
Fiat, Italy, 3 BioAge srl, Italy

8:30 We4-HO-1
Student
A211
Numerical study on eﬀect of laser position and joint gap
on full penetration Laser-GMAW-P hybrid welding,
Sohail Muhammad1 , Na Suck-Joo1 , Karhu Miikka2 , Kujanpaa
Veli2 , 1 (KAIST) Korea Advanced Institute of Science andTechnology, Rep. of Korea, 2 VTT Technical Research Centre of
Finland , Finland

9:00 We3-LO-2Student
A219
Three dimensional laser
micro-fabrication in diamond, Bangshan
Sun1 , Patrick S. Salter1 , Martin J. Booth1,2 ,1Department of Engineering Science,
University of Oxford, UK, 2 Centre for
Neural Circuits and Behaviour, Universityof Oxford, UK
9:20 We3-LO-3
A176
Present status and trend of
femtosecond laser processing in
AMOLED display manufacturingindustry of korea , Sung-Hak Cho1 ,1KIMM (Korea Institute of Machinery andMaterial), Korea, Republic of
9:40 We3-LI-4
Invited
A273
Superresolution direct laser writing,
Min Gu1 , 1 Swinburne University ofTechnology, Australia
10:10 Coﬀee Break

8:50 We4-HO-2
A199
Development of hybrid laser-arc welding with CO2
shielding gas, Mohamed Wahba1 , Masami Mizutani2 , Seiji
Katayama2 , 1 Central Metallurgical Research and Development
Institute, Egypt, 2 Joining and Welding Research Institute, Japan
Student
A247
9:10 We4-HO-3
Laser-arc hybrid weldability of high-tensile strength steel
and welding phenomena, Pan QingLong1 , Masami
Mizuntani1 , Yousuke Kawahito1 , Seiji Katayama1 , 1 JWRI, Osaka
University, Japan
9:30 We4-HO-4
A082
Development of narrow gap multi-layer welding processusing oscillation laser beam, Yosuke Yamazaki1 , Yohei Abe2 ,Yukio Hioki2 , Mitsuyoshi Nakatani1 , Akikazu Kitagawa2 ,Kazuhiro Nakata3 , 1 Joining and Welding Research Institute,
Osaka University (Hitachi Zosen Corporation), Japan, 2 Hitachi
Zosen Corporation, Japan, 3 Joining and Welding ResearchInstitute, Osaka University, Japan
9:50 We4-HO-5Student
A075
Development of vertical welding process on thick steel
plate using hot-wire laser welding method, Eakkachai
Warinsiriruk1 , Koei Hashida1 , Motomichi Yamamoto1 , Kenji
Shinozaki1 , Kota Kadoi1 , Tadakazu Tanino2 , Hiroshi Yajima2 ,Tsutomu Fukui3 , Shin Nakayama4 , Tetsuro Nose5 , Syoko
Tsuchiya6 , Hiroshi Watanabe7 , Tatsunori Kanazawa7 , 1 Graduate
School of Engineering, Hiroshima University, Japan, 2 Departmentof Engineering, Nagasaki Institute of Applied Science , Japan,
3
Nippon Kaiji Kyokai, Japan, 4 Mitsubishi Heavy Industries, Ltd.,
Japan, 5 Nippon Steel & Sumitomo Metal Corporation. (Present:
Nippon Steel & Sumikin Welding Co., Ltd.), Japan, 6 Nippon
Steel & Sumitomo Metal Corporation., Japan, 7 Mitsubishi
Hitachi Power Systems Engineering Co., Ltd., Japan
10:10 Coﬀee Break

Poster I and II
10:30 Short Presentation for Poster Session I and II (Room 1)

Poster I
12:10 Poster Session I and Exhibition (Event Hall)& Lunch Time (up to 14:00)
9

updated May 20, 2015

Day 2: May 27, Wednesday

15. LPMOral Session

10. LPM

Room 1

13. LPM

L1-2: Hybrid Femtosecond Laser
Manufacturing—Two-photon polymerization—

Micro/Nano Patterning
Chair: Min Gu (Swinburne University ofTechnology, Australia)

Chair: Ya Cheng (Shanghai Institute of Optics andFine Mechanics, CAS, China)

Day 2: May 27, Wednesday

14:00 We1-LI-5
Invited
A256
Three-dimensional laser microfabrication forthe production of functional microdevices, Shoji
Maruo1 , 1 Yokohama National University, Japan
A156
14:30 We1-LO-6
Functionalization of two-photon polymerized
microtools for biological applications, Lóránd
Kelemen1 , Badri Lakshmanrao Aekbote1 , Gaszton
Vizsnyiczai1 , Pál Ormos1 , 1 Institute of Biophysics,
Biological Research Centre, Temesvári krt. 62, Szeged
6726, Hungary
14:50 We1-LO-7
A169
Light driven photopolymerised microstructures
to model biological motion, András Búzás1 ,Roberto Di Leonardo2 , Péter Galajda1 , Lóránd
Kelemen1 , Anna Mathesz1 , Lásazló Oroszi1 , Tamás
Vicsek3 , Gaszton Vizsnyiczai1 , Pál Ormos1 , 1 Instituteof Biophysics, Biological Research Centre, Hungarian
Academy of Sciences, Szeged, Hungary, 2 IPCF-CNR
UOS Roma, Dipartimento di Fisica, Universita‘
Sapienza, I-00185 Rome, Italy, 3 Department of
Biological Physics, Eötvös University, Statistical andBiological Physics Research Group of the Hungarian
Academy of Sciences, H-1117 Budapest, Hungary
15:10 We1-LO-8
Student
A216
Selectively magnetized microstructures
produced by two-photon microfabrication andelectroless plating, Shuhei Taniguchi1 , Shoji
Maruo2 , 1 Yokohama National University, Japan,
2
Yokohama National University, Japan

14:00 We2-LO-5Student
A179
A novel direct patterning method of grapheneon SiC(0001) by KrF excimer laser irradiation,
Masakazu Hattori1 , Hiroshi Ikenoue1 , Daisuke
Nakamura1 , Tatsuo Okada1 , Kazuaki Furukawa2 ,Makoto Takamura2 , Hiroki Hibino2 , 1 Kyushu Univ.,
Japan, 2 NTT Basic Res. Labs., Japan
A109
14:20 We2-LO-6
Fabrication and application of phase only
holograms for high power laser beam shaping,
Ilya Alexeev1,2 , Eric Brehm1 , Johannes Strauß1,2 ,Marcus Baum1,2 , Michael Schmidt1,2 , 1 Institute of
Photonic Technologies, Friedrich-Alexander-Universityof Erlangen-Nuremberg, Germany, 2 Erlangen
Graduate School in Advanced Optical Technologies(SAOT), Germany
14:40 We2-LO-7
A140
Four-dimensional femtosecond laser processing,
Satoshi Hasegawa1 , Yoshio Hayasaki1 , 1 Center for
Optical Research and Education (CORE), Utsunomiya
University, Japan
15:00 We2-LO-8
Student
A135
Analysis and evaluation of boundary conditions
for direct surface structuring by multi-beaminterference, Michael Steger1,2 , Arnold Gillner1 ,1Fraunhofer Institute for Lasertechnology,
Steinbachstraße 18, Germany, 2 Chair for Laser
Technology, Technical University of Aachen„ Germany
15:20 We2-LO-9
A171
Interfering ultraviolet femtosecond laser
processing , Yoshiki Nakata1 , Yoshiki Matsuba1 ,Noriaki Miyanaga1 , 1 ILE, Osaka University, Japan

15:30 Coﬀee Breakupdated May 20, 2015

Room 2

15:40 Coﬀee Break

10

Oral Session

Room 3

Room 4

19. HPL4

Peening and Anealing

Welding 2

Chair: Daisuke Nakamura (Kyushu University,
Japan)

Chair: Kenji Shinozaki (Hiroshima University,
Japan)

14:00 We3-LO-5
A245
Femtosecond laser peening without sacrificial
overlay under atmospheric conditions, Tomokazu
Sano1 , Takayuki Eimura1 , Syouhei Iwata1 , Norihiro
Matsuyama1 , Ryota Kashiwabara1 , Tomoki Matsuda1 ,Yutaro Isshiki1 , Akio Hirose1 , Kazuto Arakawa2 ,Tadafumi Hashimoto3 , Seiichiro Tsutsumi4 , Kiyotaka
Masaki5 , Yuji Sano6 , 1 Division of Materials andManufacturing Science, Osaka University, Japan,
2Interdisciplinary Faculty of Science and Engineering,
Shimane University, Japan, 3 Hashimoto Iron WorksCo., Ltd., Japan, 4 Joining and Welding ResearchInstitute, Osaka University, Japan, 5 Okinawa
National College of Technology, Japan, 6 Power andIndustrial Systems Research and Development Center,Toshiba Corporation, Japan

14:00 We4-HI-6
Invited
A236
Present state and future of laser materials
processing for light weight applications, Eckhard
Beyer1,2 , Jens Standfuss1 , Axel Jahn1 , Steﬀen Bonss1 ,Annett Klotzbach1 , 1 Fraunhofer Institute for Material
and Beam Technology IWS Dresden, Germany,
2
Technische Universitaet Dresden, Germany

A074
14:20 We3-LO-6
Eﬀects of laser peening parameters on plastic
deformation in several metals, Miho Tsuyama1 ,Yasuteru Kodama2 , Yukio Miyamoto2 , Ippei
Kitawaki2 , Masahiro Tsukamoto3 , Hitoshi Nakano1 ,1
Faculty of Science and Engineering, Kinki University,
Japan, 2 Program in Electronic Engineering,Interdisciplinary Graduate School of Science andEngineering, Kinki University, Japan, 3 Joining and
Welding Research Institute, Osaka University, Japan
14:40 We3-LO-7
A207
Eﬀects of pulse duration on crystallization ofpoly-Si thin films by XeF excimer laser
annealing, Tomoyuki Ohkubo1,2 , Hiroshi Ikenoue1 ,Yasuhiro Kamba2 , Yosuke Watanabe1,2 , Daisuke
Nakamura1 , Hiroaki Oizumi2 , Kouji Kakizaki2 , Tatsuo
Okada1 , 1 Kyushu Univ., Japan, 2 GIGAPHOTON
Inc., Japan
15:00 We3-LO-8
A116
Lasers with line focus geometries as universal
tool for a wide range of surface processing
applications, Dirk Hauschild1 , Jens Meinschien1 ,Mikhail Ivanenko1 , Manuel Bracker1 , 1 LIMO
Lissotschenko Mikrooptik GmbH, Germany
15:20 Coﬀee Break

14:30 We4-HO-7
Student
A118
Influence of pulse shape on crack and spatterformation in laser beam welding of aluminumalloy with high content of zinc, Matthias Holzer1 ,Oliver Straub1 , Konstantin Hofmann1 , Florian
Hugger1 , Stephan Roth1,3 , Michael Schmidt1,2,3 ,1Bayerisches Laserzentrum GmbH (blz),
Konrad-Zuse-Str. 2-6, 91052 Erlangen, Germany,
2
Institute of Photonic Technologies (LPT),Friedrich-Alexander-Universität Erlangen-Nürnberg,
Konrad-Zuse-Str. 3-5, 91052 Erlangen, Germany,
3
3Erlangen Graduate School in Advanced Optical
Technologies (SAOT), Friedrich-Alexander-Universität
Erlangen-Nürnberg, Paul-Gordan-Str. 6, 91052
Erlangen, Germany
14:50 We4-HO-8
Student
A083
Investigation of evaluation method for hot
cracking susceptibility of 310S stainless steel
during laser welding using trans-varestraint
test , Dan Wang1 , Shuntaro Sakoda1 , Kota Kadoi1 ,Kenji Shinozaki1 , Motomichi Yamamoto1 , 1 Graduate
School of Engineering, Hiroshima University, Japan
15:10 We4-HO-9
A073
Overlap welding characteristics of Al and Ni
foils for the secondary battery and ESS
applications, KaRam Lee1 , Kwang H. Oh1 ,SangZoon Lee1 , YoungTae Yoo2 , 1 Laser Center,
Jeonnam Technopark Stiftung, South Korea, 2 Dept. of
Mechanical System Engineering, Chosun University,
South Korea
15:30 We4-HO-10 Student
A099
Comparison of diﬀerent irradiation methods inabsorber-free laser transmission welding, Viktor
Mamuschkin1 , Christoph Engelamann2 , Mirko Aden2 ,Alexander Olowinsky2 , 1 Chair for Technology of
Optical Systems, Steinbachstraße 15, 52074 Aachen,
Germany, 2 Laser Institute for Laser Technology,
Steinbachstraße 15, 52074 Aachen, Germany
15:50 Coﬀee Break11

updated May 20, 2015

Day 2: May 27, Wednesday

16. LPMOral Session

11. LPM

Room 1

14. LPM

L1-3: Hybrid Femtosecond Laser
Manufacturing—Hybrid technology—

Drilling and Cutting
Chair: Guido Hennig (Daetwyler Graphics AG,
Switzerland)

Chair: Lorand Kelemen (Biological ResearchCentre, Hungarian Academy of Sciences,
Hungary)

16:00 We2-LO-10
A103
Ultrashort pulse laser cutting of glass bycontrolled fracture propagation, Konstantin
Mishchik1 , Clémentine Javaux2 , Ophélie
Dematteo-Caulier1 , Stefan Skupin1 , Benoit Chimier1 ,Guillaume Duchateau1 , Antoine Bourgeade3 , Rainer
Kling2 , Clemens Hönninger4 , John Lopez1 , 1 Univ.
Bordeaux CNRS CEA, CELIA UMR5107, 351 Coursde la Libération, 33405 Talence, France,
2
ALPhANOV, Rue Francois Mitterrand, 33400
Talence, France, 3 CEA/CESTA, 15 Avenue desSablières, 33114 Le Barp, France, 4 Amplitude
Systèmes, 33600 Pessac, France

16:00 We1-LI-9
Invited
A257
Hybrid femtosecond laser microfabrication,
Roberto Osellame1 , 1 Istituto di Fotonica e
Nanotecnologie (IFN-CNR), Italy

Day 2: May 27, Wednesday

Room 2

A016
16:30 We1-LO-10
Ship-in-a-bottle fs laser integration ofcenter-pass microlens arrays enabling
coupling-free parallel cell counting with 100%
success rate, Dong Wu1 , Sizhu Wu2 , Jian Xu3 ,Katsumi Midorikawa3 , Koji Sugioka3 , 1 USTC, China,
2
Hefei University of Technology, China, 3 RIKEN,
Japan
16:50 We1-LO-11
A101
Hybrid femtosecond laser micro-integration ofpolymeric patterns inside glass channels for cellmanipulation, Felix Sima1 , Dong Wu1 , Jian Xu1 ,Katsumi Midorikawa2 , Koji Sugioka1 , 1 RIKEN-SIOM
Joint Research Unit, Japan, 2 RIKEN Center for
Advanced Photonics, Japan
17:10 We1-LO-12
A159
Three-dimensional manipulation of biologicalsamples using electrofluidic platform fabricatedby hybrid femtosecond laser microfabrication ,Jian Xu1 , Hiroyuki Kawano2 , Dong Wu1 , Sima Felix1 ,Katsumi Midorikawa1 , Koji Sugioka1 , 1 RIKEN Center
for Advanced Photonics, Japan, 2 RIKEN Brain
Science Institute, Japan

16:20 We2-LO-11
A069
Formation of through holes in glass substrates
by laser-assisted etching, Masatoshi Yonemura1 ,Satoru Kato1 , Kazuo Hasegawa1 , Hidetomo
Takahashi2 , 1 Toyota Central R&D Labs., Inc, Japan,
2
Aisin Seiki Co., Ltd., Japan
16:40 We2-LO-12 Student
A124
Multi-pulse laser hole drilling: Process ratedependence on pulse repetition rate, heataccumulation and plume shielding , Omer Dolev1 ,Yuval Berg1 , Zvi Kotler1 , 1 Additive Manufacturing
Group, Orbotech Ltd., Yavne, Israel, Israel
17:00 We2-LO-13
A014
Comparative study of experimentally
determined and simulated mechanical strengthof fiber laser cut geometries in alumina
substrates, Benedikt Adelmann1 , Ralf Hellmann1 ,1University of Applied Sciences Aschaﬀenburg,
Germany
17:20 We2-LO-14
A205
Micro machining of through hole arrays incopper foil using picosecond green laser, Susumu
Nakamura1 , 1 National Institute of Technology,
Nagaoka College, Japan

updated May 20, 201512

Oral Session

Room 3

Biomedical Applications
Chair: Yoshiki Nakata (Osaka University, Japan)
16:00 We3-LI-9
Invited
A019
Optodynamics in medical laser applications,Peter Gregorcic1 , Matija Jezersek1 , Janez Mozina1 ,1Faculty of Mechanical Engineering, University of
Ljubljana, Slovenia

Room 4

20. HPL5
Monitoring

Chair: Kiyokazu Mori (NISSAN MOTOR
CO.,LTD, Japan)

16:10 We4-HI-11 Invited
A242
High speed imaging in laser processing – fully
developed technology or still a topic ofresearch?, Felix Tenner1,2 , Johannes Heberle1,2 ,Michael Dobler1,2 , Michael Schmidt1,2 , 1 Institute of
16:30 We3-LO-10
A168
Femtosecond laser processing and manipulation Photonic Technologies,
Friedrich-Alexander-Universität Erlangen-Nürnberg,of plant cells for investigation of plant
Konrad-Zuse-Str. 3/5, 91052 Erlangen, Germany,
11physiology, Yoichiroh Hosokawa , Takanor Iino ,2
Graduate School in Advanced Optical Technologies,
1
2
Akinori Shigemasa , Kazusato Oikawa , Junko
Friedrich-Alexander-Universität
Erlangen-Nürnberg,
3
2
3
Kobayashi , Mikio Nishimura , Akira Nagatani ,Paul-Gordan-Str.
6,
91052
Erlangen,Germany1
Graduate School of Materials Science, Nara Instituteof Science and Technology, Japan, 2 Department of Cell 16:40 We4-HI-12 Invited
A111
Biology, National Institute for Basic Biology, Japan, Comprehensive diagnostics of CW- and power3
Graduate School of Science, Kyoto University, Japan modulated welding of dissimilar metals, Florian
A040
16:50 We3-LO-11
Characterizing ultrashort pulse ablation of thecornea, Anca Marian1 , Ossama Nada1,2 , Louis
Hoﬀart3 , Philippe Lassonde4 , Francois Vidal4 , Jean
Meunier5 , Sebastien Roy5 , Francois Legare4 ,Jean-Claude Kieﬀer4 , Santiago Costantino1 , Isabelle
Brunette1 , 1 Department of Ophthalmology, Universityof Montreal, Maisonneuve-Rosemont Hospital
Research Center, Canada, 2 Ain Shams University,
Egypt, 3 Département d’Ophtalmologie, Université dela Méditerranée, France , 4 Institut National de laRecherche Scientifique - Centre Energie, Materiaux etTelecommunications, Canada, 5 Department ofMathematics and Statistics, University of Montreal,
Canada17:10 close

Fetzer1 , Michael Jarwitz1 , Peter Stritt1 , Rudolf
Weber1 , Thomas Graf1 , 1 Institut fuer Strahlwerkzeuge(IFSW), University of Stuttgart, Germany
17:10 We4-HO-13
A248
Observation of space above specimen duringlaser welding, Masami Mizutani1 , Yousuke
Kawahito1 , Seiji Katayama1 , 1 Joining and Welding
Research Institute, Osaka University, Japan
17:30 We4-HO-14 Student
A076
In-situ 2D temperature measurement using
multi-sensor camera during laser welding,
Shotaro Yamashita1 , Motomichi Yamamoto1 , Kenji
Shinozaki1 , Kota Kadoi1 , Kenji Mitsui2 , Hiroyuki
Usui3 , 1 Graduate School of Engineering, Hiroshima
University, Japan, 2 Mitsui Photonics Ltd.„ Japan,
3
Nobby Tech. Ltd.„ Japan
17:50 close

13

updated May 20, 2015

Day 2: May 27, Wednesday

17. LPMOral Session

Day 3: May 28, Thursday
Room 1

21. LPM

25. LPM

Room 2Ultrafast Laser Micromachining of
Glass

Nanoparticles
Chair: Tsuyoshi Asahi (Ehime University, Japan)

Chair: Yves Bellouard (École PolytechniqueFédérale de Lausanne, Switzerland)

Day 3: May 28, Thursday

8:50 Th1-LO-1
Student
A181
9:10 Th2-LO-2
A158
Synthesis of metal atom clusters by pulsed
laser fragmentation in liquid and investigation Femtosecond lasers for precisionof their ripening dynamics, Sandra Jendrzej1 ,micromachining of transparent materials, Victor
Bilal Gökce1 , Stephan Barcikowski1 , 1 University ofMatylitsky1 , Frank Hendricks1 , 1 Spectra-Physics,
Duisburg-Essen (Technical Chemistry I and Center for Rankweil, Austria
Nanointegration Duisburg-Essen), Germany
9:30 Th2-LO-3
A281
Student
A114 Femtosecond laser structuring in glass for
9:10 Th1-LO-2
Amplified laser fragmentation of microparticles opening novel fiber and film technologies, Peter
Robert Herman1 , 1 Department of Electrical andin a free liquid jet, Marcus Lau1 , Stephan
Computer Engineering, University of Toronto, Canada
Barcikowski1 , 1 University of Duisburg-Essen,Technichal Chemistry I and Center for
9:50 Th2-LO-4
A049
Nanointegration Duisburg-Essen (CENIDE),
Micromachining of transparent,
9:30 Th1-LO-3
A234 semiconducting and metal substrates using
femtosecond laser beams, Simas Butkus1 , Domas
Photocatalytic activities of TiO2
1
1
nanocrystallites agglomerated in self-organized Paipulas , Aleksandr Alesenkov , Mangirdas
1
1Malinauskas , Dalia Kaškelytė , Valdas Sirutkaitis1 ,web-structures by gas-phase pulsed laser
1
Vilnius University, Laser Research Center, Lithuania
ablation, Takehito Yoshida1 , Katsushi Wakamiya2 ,1
2
2
Tei Watanabe , Tamao Aoki , Akira Sugimura ,10:10 Coﬀee BreakIkurou Umezu2 , 1 Course of Chemical Engineering,
Anan National College of Technology, JAPAN,
2
Department of Physics, Konan University, JAPAN
9:50 Th1-LO-4Student
A269
Electrical properties and surface morphology ofprinted silver nanoparticle ink sintered withpulsed or continuous Nd:YAG laser, Kyongtae
Ryu1 , Ik Sang Lee1 , Kyung-Hoon Park1 , Hee Lak
Lee1 , Kyoung Tae Kang2 , Hee Seok Kang2 , Jun
Young Hwang2 , Seung-Jae Moon1 , 1 Department of
mechanical engineering, Hanyang university, Korea,
2
Korean institute of industrial technology, Korea
10:10 Coﬀee Breakupdated May 20, 201514

Oral Session

Day 3: May 28, Thursday
Room 3

Room 4

33. HPL6

Surface Processing

Welding 3 (Plastic)

Chair: Tetsuya Makimura (University of Tsukuba,
Japan)

Chair: Kazuhisa Mikame (Maeda Industry Co.,
Ltd., Japan)

A162
8:50 Th3-LO-1
Micro/nanostructuring and surface
modification of iron thin film by 157 nm F2
laser, Masayuki Okoshi1,2 , Tsugito Yamashita2 ,1National Defense Academy, Japan, 2 Kanto Gakuin
University, JapanA038
8:30 Th4-HO-1
Laser-based joining of thermoplastics tometals: Influence of varied ambient conditions
on joint performance and microstructure , Klaus
Schricker1 , Martin Stambke1 , Jean Pierre Bergmann1 ,Kevin Bräutigam1 , 1 Technische Universität Ilmenau,
Department of Production Technology, Germany

A023
9:10 Th3-LO-2
Substrate thinning of SiC semiconductor
components using fiber laser, Benedikt
Adelmann1 , Andreas Huerner2 , Gian Luca Roth1 , Ralf
Hellmann1 , 1 University of Applied Sciences
Aschaﬀenburg, Germany, 2 Chair of Electron Devices,
University of Erlangen-Nuremberg, Germany
9:30 Th3-LO-3
A121
Laser polarization condition aﬀecting ablation
quality of thin membranes for SiC or ceramic
based GaN/ferroelectric thin film MEMS andpressure sensors , Johann Zehetner1 , Gabriel
Vanko2 , J. Dzuba2 , Ivan Ryger2 , T. Lalinsky2 , Manuel
Benkler3 , Michal Lucki4 , 1 Research Centre forMicrotechnology, University of Applied Sciences,
Hochschulstrasse 1, 6850 Dornbirn, Austria, Austria,
2
Institute of Electrical Engineering, Slovak Academyof Sciences, Bratislava, Slovakia University of Applied
Sciences, Slavakia, 3 University of Freiburg,
Department of Microsystems Engineering - IMTEK,
Georges-Köhler-Allee102, D-79110 Freiburg,
Germany, 4 Czech Technical University, Faculty ofElectrical Engineering, Dep. of Telecommunication
Eng. Technicka 2, 16627 Prague 6, Czech Republic
9:50 Th3-LO-4
A091
Experimental research on laser machining of
surface micro-textures of ceramic tool, Xin
Wei1 , 1 Faculty of Electromechanical Engineering,
Guangdong University of Technology, China

8:50 Th4-HO-2
A152
Eﬀect of pin-like structures on laser-based
joining of thermoplastic metal hybrids, Philipp
Amend1 , Oliver Hentschel2,3 , Christian Scheitler2,3 ,Stephan Roth1,2 , Michael Schmidt1,2,3 , 1 Bayerisches
Laserzentrum GmbH, Germany , 2 University ofErlangen-Nürnberg, Institute of Photonic
Technologies, Germany , 3 Erlangen Graduate Schoolin Advanced Optical Technologies, Germany
9:10 Th4-HO-3
A153
Experimental and simulative investigations onlaser-based joining of thermoplastic metal
hybrids, Philipp Amend1 , Bernd Kohl2 , Stephan
Roth1,4 , Michael Schmidt1,3,4 , 1 Bayerisches
Laserzentrum GmbH, Germany, 2 POLYPLAST
SANDER GmbH, Germany, 3 University ofErlangen-Nürnberg, Institute of Photonic
Technologies, Germany, 4 Erlangen Graduate School in
Advanced Optical Technologies, Germany
9:30 Th4-HO-4
A214
Strength and fracture behaviour of dissimilarmaterials laser lap joint between SUS304 andPC, Yukio Miyashita1 , Akira Fujii2 , Yuichi Otsuka3 ,1
Department of Mechanical Engineering, Nagaoka
University of Technolog, Japan, 2 Graduate school ofengineering, Nagaoka University of Technology,
Japan, 3 Department of System Safety, Nagaoka
University of Technology, Japan
Student
A100
9:50 Th4-HO-5
Examination of the bond strength of laser
assisted plastic-metal-joints considering
diﬀerent load directions, Christoph Engelmann1 ,Mirko Aden1 , Johannes Eckstädt1 , Alexander
Olowinsky1 , Viktor Mamuschkin2 , 1 Fraunhofer
Institute for Laser Technology ILT, Steinbachstr. 15,52074 Aachen, Germany, 2 Chair for Technology of
Optical Systems, Steinbachstr. 15, 52074 Aachen,
Germany

10:10 Coﬀee Break

10:10 Coﬀee Break15

updated May 20, 2015

Day 3: May 28, Thursday

29. LPMOral Session

22. LPM

Room 1Room 2

26. LPM

L3-1: Laser Synthesis and Excitationof Nanoparticles—Fundamentals and Integration of
Laser Generated Nanoparticles—

Glass Drilling
Chair: Razvan Stoian (Université de Lyon,
Université Jean Monnet, St. Etienne,
France)Chairs: Stephan
Barcikowski(UniversityofDuisburg-Essen, Germany) / Hiroyuki Wada
(Tokyo Institute of Technology, Japan)

10:40 Th2-LI-5
Invited
A017
Through-glass-vias with pulsed CO2 laser,
Junichi Nishimae1 , Tomotaka Katsura1 , Reona
Hirayama1 , 1 Advanced Technology R&D Center,
Mitsubishi Electric Corporation, Japan

10:40 Th1-LI-5
Invited
A050
Laser-induced picosecond-to-nanosecond
dynamics of aqueous colloidal gold
nanoparticles, Shuichi Hashimoto1 , 1 University ofTokushima, JapanDay 3: May 28, Thursday

A194
11:10 Th2-LO-6
Deep hole-drilling in silica glass using highrepetition rate microsecond CO2 laser pulses,
11:10 Th1-LO-6
Student
A002
Barada Nayak1 , Ravindra Akarapu1 , Joel Carberry1 ,The eﬀect of electrolyte concentration on
1 1
silicon nanoparticles prepared by laser ablation Anping Liu , Corning Incorporated, USAin liquid, Pattarin Chewchinda1 , Yoshitaka
Kitamoto1 , Hiroshi Funakubo1 , Michikazu Hara1 ,Osamu Odawara1 , Hiroyuki Wada1 , 1 Tokyo Instituteof Technology, Japan

11:30 Th2-LO-7
A151
R
Laser processing of Borofloat⃝
33 glass, Krystian
L. Wlodarczyk1 , William N. MacPherson1 , Duncan P.
Hand1 , 1 Heriot-Watt University, United Kingdom

Student
A233
11:30 Th1-LO-7
Femtosecond laser ablation of iron in liquid
environments, Alexander Kanitz1 , Jan Hoppius1 ,M’Barek Chakif1 , Evgeny Gurevich1 , Andreas
Ostendorf1 , 1 Applied Laser Technology,
Ruhr-University Bochum, Germany

11:50 Th2-LO-8
A197
Numerical modeling of CO2 laser drilling ofsilica: Eﬀect of multiple pulses, Ravindra
Akarapu1 , Barada Nayak1 , Joel Carberry1 , Anping
Liu1 , 1 Corning, USA
12:10 Lunch Time

11:50 Th1-LO-8
A104
Rapid nanoparticle polymer composites
prototyping by laser ablation in liquids, Stephan
Barcikowski1 , 1 Technical Chemistry I, University ofDuisburg-Essen and Center for Nanointegration
Duisburg-Essen CENIDE, Universtitaetsstrasse 5,45141 Essen, Germany,
12:10 Lunch Time

Event Hall
Poster II
12:10 Poster Session II and Exhibition (Event Hall)& Lunch Time (up to 14:00)
updated May 20, 201516

Oral Session

Room 330. LPM
Micro-Machining

34. HPL7

Room 4

Cutting and Drilling

Chair: Masayuki Okoshi (national Defence Academy,
Japan)

Chair: Akihiko Nishimura (Japan Atomic
Energy Agency, Japan)

Nakamura1 , Hiroyuki Mizui1 , Kazuya Sano1 ,11:00 Th3-LO-6
Student
A060
Yoshitsugu Morishita1 , 1 Japan Atomic Energy
Drilling of holes for force transmission elements in
CFRP-preforms via ultra-short pulse laser radiation, Agency, Japan
Stefan Janssen1 , Niklas Fögen2 , Ingomar Kelbassa2 , Mesut
11:30 Th4-HO-8
A021
Cetin3 , Sebastian Oppitz3 , 1 RWTH Aachen University, Chair High speed and quality laser drillingfor Laser Technology (LLT), Germany, 2 Fraunhofer Institute technology by using prism rotatingfor Laser Technology (ILT), Germany, 3 Institut fürsystem, Toshiya Watanabe1 , Saneyuki Goya1 ,Textiltechnik (ITA) of RWTH Aachen University, Germany
Minoru Danno1 , Masato Kinouchi1 , Takashi
Ishide1 , 1 Mitsubishi Heavy Industries, Ltd,
11:20 Th3-LO-7
A032
JAPAN
High-quality surface micromachining on polymer
using visible-LIBWE, Ji-Yen Cheng1,2,3,4,5 , Wen-Chi Hsu1 , 11:50 Th4-HO-9
Student
A001
Wesley Wei-Cheng Kao1 , Mansoureh Mousavi1 , 1 ResearchHybrid laser drilling of cooling holes byCenter for Applied Sciences, Academia Sinica TAIWAN,
using millisecond pulsed fiber laser
Taiwan, 2 Institute of Biophotonics, National Yang-Ming
radiation and ultrashort pulsed laser
University, Taiwan, 3 Biophotonics & Molecular Imaging
radiation, Hermann Uchtmann1 , Ingomar
Research Center (BMIRC), National Yang-Ming University, Kelbassa2 , 1 Chair for Laser Technology of
Taiwan, 4 Department of Mechanical and Mechatronic
RWTH Aachen University, Germany,
2
Engineering, National Taiwan Ocean University, Taiwan,
Fraunhofer Institute for Laser Technology,
5
Ph.D. Program in Microbial Genomics, National Chung
Germany
Hsing University, Taiwan
12:10 Lunch Time
11:40 Th3-LO-8
A192
Laser cutting of carbon fiber reinforced plastics (CFRP
and CFRTP) by IR fiber laser irradiation, Hiroyuki
Niino1,2 , Yoshihisa Harada1,2 , Kenji Anzai1,3 , Mitsuaki
Aoyama1,3 , Masafumi Matsushita1,4 , Koichi Furukawa1,4 ,Michiteru Nishino1,5 , Akira Fujisaki1,6 , Taizo Miyato1,6 ,Takashi Kayahara1,6 , 1 Advanced Laser and Process Technology
Research Association (ALPROT), Japan, 2 National Instituteof Advanced Industrial Science and Technology (AIST),
Japan, 3 AMADA MIYACHI CO., LTD., Japan, 4 Shin Nippon
Koki Co., Ltd., Japan, 5 Mitsubishi Chemical Corporation,
Japan, 6 Furukawa Electric Co., Ltd., Japan
12:00 Lunch Time

Event Hall
Poster II
12:10 Poster Session II and Exhibition (Event Hall)& Lunch Time (up to 14:00)
17

updated May 20, 2015

Day 3: May 28, Thursday

10:40 Th3-LO-5
10:50 Th4-HO-6
A210
A102
Micrometer-scale photo direct machining of
Laser cutting and joining of fibre
polydimethylsiloxane using laser plasma EUV sources, reinforced plastics within novel process
Mizuki Ogawa1 , Hikari Urai2 , Shintaro Fukami1 , Shuichi
chains, Frank Schneider1 , Christoph1
1
3
Torii , Tetsuya Makimura , Daisuke Nakamura , Tatsuo
Engelmann1 , Dirk Petring1 , Norbert Wolf1 ,3
4
5
Wolfgang Moll2 , 1 Fraunhofer Institut for
Okada , Akihiko Takahashi , Hiroyuki Niino , Kouichi
1 1
Lasertechnology, 52074 Aachen, Germany,
Murakami , Institute of Applied Physics, University ofTsukuba, Japan, 2 College of Engineering Sciences, University 2 Reis GmbH & Co. KG Maschinenfabrik,of Tsukuba, Japan, 3 Graduate School of Information Science 52146 Würselen, Germany
and Electrical Engineering, Kyushu University, Japan,
11:10 Th4-HO-7
A170
4
Graduate School of Health Science, Kyushu University,
The
study
on
applicationoflaserJapan, 5 ISC, National Institute of Advanced Industrial
technology for the reactor core
Science and Technology (AIST), Japan
dismantling, Hiroki Iwai1 , Yasuyuki

Oral Session

23. LPM

Room 1

27. LPM

L3-2: Laser synthesis and excitationof nanoparticles—Optically active Nanoparticles—

Nano Ripple Formation
Chair: Chunlei Guo (University of Rochester,USA)

Chair: Hiroyuki Wada (Tokyo Institute ofTechnology, Japan)
14:00 Th1-LI-9
Invited
A271
Preparation of functional nanoparticles by
femtosecond laser ablation in liquid, Jianrong
Qiu1 , 1 South China University of Technology, China
A046
14:30 Th1-LO-10 Student2+
Preparations of Ca-α-SiAlON:Eu
nanoparticles by laser ablation in water, Haohao
Wang1 , Touichirou Tomiya1 , Takashi Takeda2 , Naoto
Hirosaki2 , Osamu Odawara1 , Hiroyuki Wada1 , 1 Tokyo
Institute of Technology, JAPAN, 2 National Institutefor Materials Science, JAPANDay 3: May 28, Thursday

Room 2

14:50 Th1-LO-11
A161
Single-digit fluorescent nanodiamonds fromraw high-pressure and high-temperature
diamonds, G.W. Yang1 , J. Xiao1 , P. Liu1 , 1 Sun
Yat-sen University, China
15:10 Th1-LO-12
A186
Optically transparent and electricallyconductive composites made withlaser-generated chained nanoparticles, Bilal
Goekce, Jurij Jakobi, Stephan Barcikowski,
1
University of Duisburg-Essen, Germany

14:00 Th2-LI-9
Invited
A035
Laser-induced periodic surface structures(ripples): Current state of the art, Jörn Bonse1 ,Sandra Höhm2 , Thibault J.-Y. Derrien1,3 , Arkadi
Rosenfeld2 , Jörg Krüger1 , 1 BAM Federal Institute forMaterials Research and Testing, Berlin, Germany,2
Max-Born-Institute for Nonlinear Optics and Short
Pulse Spectroscopy, Berlin, Germany, 3 HiLASE
Centre, Institute of Physics ASCR, Dolní Břežany,Czech Republic
A026
14:30 Th2-LO-10
Dynamics of the formation of laser-induced
periodic surface structures on dielectrics,
semiconductors and metals upon femtosecond
two-color double-pulse irradiation, Sandra
Höhm1 , Marcel Herzlieb1 , Arkadi Rosenfeld1 , Jörg
Krüger2 , Jörn Bonse2 , 1 Max-Born-Institut für
Nichtlineare Optik und Kurzzeitspektroskopie,
Germany, 2 BAM Bundesanstalt für Materialforschungund -prüfung, Germany
14:50 Th2-LO-11
A141
On large area LIPSS coverage by multiple
pulses, Juergen Reif1 , Christian Martens1 , Markus
Ratzke1 , Olga Varlamova1 , Stéphane Valette2 ,Stéphane Benayoun2 , 1 Brandenburgische Technische
Universitaet – BTU, Cottbus-Senftenberg, , Germany,
2
LTDS, Ecole Centrale de Lyon, Ecully , France

15:30 Coﬀee Break

15:10 Th2-LO-12 Student
A222
Influence of surface finish on the generation of
LIPSS, Florian Preusch1 , Stefan Rung1 , Ralf
Hellmann1 , 1 University of Applied Sciences
Aschaﬀenburg, Germany
15:30 Coﬀee Breakupdated May 20, 201518

Oral Session

Room 335. HPL8Internal Processing by Ultrafast Laser

Room 4

Additive Manufacturing 1

Chair: Peter Herman (University of Toronto,
Canada)Chair: Dirk Petring (Fraunhofer-Institute for Laser
Technology ILT, Germany)

14:00 Th3-LO-9
A227
Visualisation of femtosecond laser-induced
stress anisotropy in amorphous and crystalline
materials, Ben McMillen1 , Feng Chen2 , Yves
Bellouard1 , 1 Galatea lab, STI/IMT, Ecole
Polytechnique Fédérale de Lausanne (EPFL),
Switzerland, 2 Shandong University, School of Physics,
China
14:20 Th3-LO-10
A154
Femtosecond-laser induced ion-migrationeﬀects for the production of photonic elements,
Jesus Hoyo1 , Belen Sotillo2 , Rebeca Martinez
Vazquez3 , Toney Teddy Fernandez1 , Jan Siegel1 ,Paloma Fernandez2 , Roberto Osellame3 , Javier Solis1 ,1
Laser Processing Group, Instituto de Optica, CSIC,
Serrano 121, 28006 Madrid, SPAIN, 2 Depto. deFísica de Materiales, Facultad de Fısicas, Univ.
Complutense, 28040 Madrid, SPAIN, 3 Instituto di
Fotonica e Nanotecnologie, CNR, Piazza Leonardo daVinci 32, 20133 Milano, ITALY

14:00 Th4-HI-10 Invited
A278
Microstructure and mechanical properties
evolution of biomedical Co-Cr-Mo alloys
produced by electron beam additive
manufacturing in comparison with laser beamadditive manufacturing, Akihiko Chiba1 , Yuichiro
Koizumi1 , Shihai SUN1 , Shingo Kurosu1 ,1Deformation Processing, Institute for Materials
Research, Tohoku University, Japan

14:40 Th3-LO-11
A115
Evolution from a single nanovoid to ananocrack over multi-shots of femtosecond
laser pulses, Yang Liao1 , Jielei Ni1 , Lingling Qiao1 ,Min Huang2 , Yves Bellouard3 , Koji Sugioka4 , Ya
Cheng1 , 1 Shanghai Institute of Optics and Fine
Mechanics, China, 2 Sun Yat-sen University, China,
3
Eindhoven University of Technology, Netherlands,
4
RIKEN Center for Advanced Photonics, Japan

14:30 Th4-HO-11
A198
Eﬀect of energy input on microstructure andmechanical properties of selective laser melted
Ti6Al4V alloy, Jie Han1 , Jingjing Yang1 , Hanchen
Yu1 , Zemin Wang1 , Xiaoyan Zeng1 , 1 Wuhan National
Laboratory for Optoelectronics, Huazhong Universityof Science and Technology, China
A215
14:50 Th4-HO-13 Student
Influence of Cu addition to improve shapememory characteristics in NiTi alloys developedby laser rapid manufacturing, Shiva Sekar1 , I. A.
Palani1 , S. K. Mishra2 , C. P. Paul2 , L. M. Kukreja2 ,1
Mechatronics and Instrumentation Laboratory,
Indian Institute of Technology, Indore, India, 2 Laser
Materials Processing Division, Raja Ramanna Centre
for Advanced Technology, Indore, India
15:10 Coﬀee Break

15:00 Th3-LI-12 Invited
A025
Controlled ultrafast laser nanostructuring via
spatiotemporal pulse design; applications in 3D
photonics, Razvan Stoian1 , 1 Laboratoire Hubert
Curien, CNRS UMR 5516, Université Jean Monnet,
France15:30 Coﬀee Break19

updated May 20, 2015

Day 3: May 28, Thursday

31. LPMOral Session

24. LPM

Room 1

Day 3: May 28, Thursday

L3-3: Laser Synthesis andExcitation of Nanoparticles—Laser Fragmentation andLaser Melting—Room 2

28. LPMElectronics Applications
Chair: Toshihiko Ooie (AIST, Japan)

16:00 Th2-LO-13 Student
A137
Micro
scribingofcopper
thin
film
in
air
and
water
using
Chair: Bilal Goekce (University of
3+
1
pulsedNd:YAG
laser,
Srinagalakshmi
Nammi,
NileshJ
Duisburg-Essen, Germany)
Vasa1 , Balaganesan G2 , Sanjay Gupta3 , Anil C Mathur3 ,A258 1 Department of Engineering Design, Indian Institute of Technology
16:00 Th1-LI-13 Invited
Nanoparticle formation by pulsed-laserMadras, India, 2 Department of Mechanical Engineering, Indianfragmentation in liquid: Mechanism
Institute of Madras, India, 3 Scientist, Antenna Mechanical Design1
and applications, Tsuyoshi Asahi ,Division, Indian Space Research Organization, India
1
Ehime University, JapanA039
16:20 Th2-LO-14
A106 Innovative strategies for the removal of organic
16:30 Th1-LO-14
How to fabricate a high quality
compounds in nanoparticle ITO layer, Florian Mikschl1,2 ,heterogeneous catalyst by laser
Marcus Baum1,2 , Michael Schmidt1,2 , 1 Institute of Photonic
1,2
1.2
ablation?, G. Marzun , P. Wagener ,Technologies, Friedrich-Alexander-University
Stephan Barcikowski1 , 1 University ofErlangen-Nuremberg, Germany, 2 Erlangen Graduate School in
Duisburg-Essen, Technical Chemistry I and Advanced Optical Technologies (SAOT),
Center of Nanointegration Duisburg-Essen Friedrich-Alexander-University Erlangen-Nuremberg, Germany(CENIDE), Germany, 2 University ofA072
16:40 Th2-LO-15
Duisburg-Essen,
Twin
gas
jet-assisted
pulsedgreen
laser
scribing
of
NanoEnergieTechnikZentrum NETZ,
sapphire substrate, Xiaozhu Xie1,2 , Zhiqiang Luo1 , Xin Wei1 ,Germany
Wei Hu1 , 1 School of Eletromechanical Engineering, Guangdong
16:50 Th1-LO-15
A045 University of Technology, China, 2 Guangdong Provincial Key
Preparation of titanium nitride
Laboratory of Micro-nano Manufacturing Technology andspherical particles by laser melting in Equipment, China
water, Hiroyuki Wada1 , Kosuke Kawasoe1 ,17:00 Th2-LO-16 Student
A231
Yoshie Ishikawa2 , Naoto Koshizaki3 , Osamu
Modificationofthe
CdTe-In
interfacebyirradiation
with
1 1
Odawara , Interdisciplinary Graduate
nanosecond
laser
pulsesthroughthe
CdTe
crystal,School of Science and Engineering, Tokyo
1
2
3,4 1
Institute of Technology, Japan, 2 Nanosystem Kateryna S. Zelenska , Dmytro V. Gnatyuk , Toru 2Aoki , Taras
Shevchenko National University of Kyiv, Ukraine, Graduate
Research Institute, National Institute ofof Science and Technology, Shizuoka University, Japan,
Advanced Industrial Science and Technology, School
3
Graduate
School of Informatics, Shizuoka University, Japan,
3
Japan, Factory of Engineering, Hokkaido 4
Research
Instituteof Electronics, Shizuoka University, Japan
University, Japan
A294
17:10 Th1-LO-16
A092 17:20 Th2-LO-17 Student
Laser-induced
creation
of
marks
as
information
carriers
Laser-induced melting in liquids using
for digital recording, Volodymyr A. Gnatyuk1 , Oleksandr I.
gold nanoparticles stabilized by
1
1
2,3
Na2 CO3 , Takeshi Tsuji1 , Isami Takade1 , Vlasenko3 , Sergiy N. Levytskyi4 , Toru Aoki , Vygantas
V. Gagarsky , Kateryna S. Zelenska5 , Dmytro
Masaharu Tsuji2 , Yoshie Ishikawa3 , Naoto Mizeikis , Sergey
6 1
V. Gnatyuk , V.E. Lashkaryov Institute of Semiconductor
Koshizaki4 , 1 Shimane University, Japan,
Physicsof the National Academy of Sciences of Ukraine, 41
2
3
Kyushu University, Japan, AIST, Japan,
Nauky
Ave.,
Kyiv 03028, Ukraine, 2 Graduate School of4
Hokkaido University, Japan
Informatics, Shizuoka University, 3-5-1 Johoku, Naka-ku,
Hamamatsu 432-8011, Japan, 3 Research Institute of Electronics,
Shizuoka University, 3-5-1 Johoku, Naka-ku, Hamamatsu
432-8011, Japan, 4 ITMO University, 49 Kronverksky Ave., SaintPetersburg 197101, Russia, 5 Taras Shevchenko National
University of Kyiv, 64/13 Volodymyrska Str., Kyiv 01601,
Ukraine, 6 Graduate School of Science and Technology, Shizuoka
University, 3-5-1 Johoku, Naka-ku, Japan

Banquet18:30 from the venue to Banquet on foot19:00 Banquet (Rihga Royal Hotel Kokura, 4th Floor, "Royal Hall")updated May 20, 201520

Oral Session

Room 3

Surface Formation and Deposition
Chair: Ajoy Kumar Kar (Heriot Watt University,
UK)

Room 4

36. HPL9
Surface Treatment

Chair: Seiji Katayama (Osaka University, Japan)

16:00 Th4-HO-14
A160
16:00 Th3-LO-13
A164
Systems engineering for laser heat treatment ,Resonant vibrational excitation of ethylene
Jan Hannweber1 , Steﬀen Bonß1 , Stefan Kuehn1 ,molecules in laser-assisted diamond deposition, Marko Seifert1 , Dirk Poegen1 , Eckhard Beyer1,2 ,1
L.S. Fan1 , Y.S. Zhou1 , M.X. Wang1 , Y. Gao1 , J.F.
Fraunhofer IWS, Winterbergstrasse 28, 01277
2
1 1
Silvain , Y.F. Lu , University of Nebraska-Lincoln,
Dresden, Germany, 2 Technische Universität Dresden,United States, 2 Institut de Chimie de la Matière
Institute of Manufacturing Technology,
Condensée de Bordeaux, France
George-Baehr-Strasse 3c, 01069 Dresden , Germany
A067
16:20 Th3-LO-14
A206
16:20 Th4-HO-15
Nanostructures on silicon induced byHeat-sink assisted laser transformation
nanosecond laser in water, Xiaohong Li1 , Yongjia hardening of carbon steel sheets, Hyungson Ki1 ,Yang1 , Rong Qiu1 , Sifu Hu1 , Zhihui Li2 , 1 Southwest Sangwoo So1 , Sanseo Kim1 , 1 Ulsan National Institute
University of Science and Technology, China,
of Science and Technology (UNIST), South Korea
2
Sichuan University, China
16:40 Th4-HO-16
A063
16:40 Th3-LO-15 Student
A226
Laser assisted rollforming process of ultra-highTransition from femtosecond laser induced
strength steel using a novel plug-in diodebubbles modification to nanogratings in fused heating system, Pablo M. Romero1 , Nerea Otero1 ,silica on the boundary of the cumulative
Jacobo Otero1 , Jordi García2 , Andreas Dannheisig3 ,regime, Eric Ofosu Kissi1 , Yves Bellouard1 , 1 Galatea 1 AIMEN, Laser Applications Centre, Relva 27A,
Lab, STI/IMT, École Polytechnique Fédérale de36410, Porriño, Spain, 2 MONOCROM SL, Rda.
Lausanne (EPFL), Switzerland
Europa SN, 08800, Vilanova i la Gertrú, Spain,
3
Johnson Controls Inc., Industriestrasse 20-30, 51399,
17:00 Th3-LO-16 Student
A125
Burscheid,
Germany
Pulsed Nd3+ :YAG laser assisted micro dimple
17:00 Th4-HO-17
A221
formation in chromium films under diﬀerent
ambient conditions, Ezhil Maran V1 , 1 Department Quality aspects in selective laser melting, Henry
Köhler1 , Thomas Seefeld1 , Claus Thomy1 , Frankof Mechanical Engineering,Indian Institute ofVollertsen1,2 , 1 BIAS - Bremer Institut für angewandte
Technology Madras, INDIA
Strahltechnik GmbH, Klagenfurter Str. 2, 28359
17:20 Th3-LO-17
A139
Bremen, Germany, 2 University Bremen, Bibliothekstr.
Influence of laser beam profile on Nd3+ :YAG
1, 28359 Bremen, Germany
laser assisted formation of polycrystalline-Si
17:20 Th4-HO-18 Student
A284
films in underwater conditions, Esther Blesso
1
1
1 1
LSM
rejuvenationforthedecayednickel-based
Vidhya Y , Sriram R , Nilesh J Vasa , Indian
alloys in nuclear industry, Hwa-Teng Lee1 ,Institute of Technology Madras, India
Bing-Chun Tseng1 , Yuan-Chih Chang1 , 1 National
Cheng Kung University, TAIWAN

Banquet18:30 from the venue to Banquet on foot19:00 Banquet (Rihga Royal Hotel Kokura, 4th Floor, "Royal Hall")21

updated May 20, 2015

Day 3: May 28, Thursday

32. LPMOral Session

Day 4: May 29, Friday
37. LPM

Room 1

Industrial Applications
Chair: Kunihiko Washio (Paradigm Laser ResearchLtd., Japan)

Room 240. LPM
Solar Cells

Chair: Shuichi Hashimoto (The University ofTokushima, Japan)

Day 4: May 29, Friday

A033 8:50 Fr2-LO-1
A150
8:50 Fr1-LO-1
Evaluation of scanner-based focus finding
Laser processing of thin flex glass formethods on rough surfaces, Kristian Cvecek1,3,4 , microelectronic, OLED lighting, display and
Johannes Eckl2 , Sasia Eiselen3 , Heinz Huber2 , Michael photovoltaic applications, Krystian L.
Wlodarczyk1 , Adam Brunton2 , Phil Rumsby2 ,Schmidt1,3,4 , 1 Institute of Photonic Technologies,
Friedrich-Alexander-University of
Duncan P. Hand1 , 1 Heriot-Watt University, United2
Kingdom, 2 M-Solv, United Kingdom
Erlangen-Nuremberg, Germany, Laserzentrum
3
Hochschule München, Fakultät 06, Germany, blz –9:10 Fr2-LO-2
A128
Bayerisches Laserzentrum, Germany, 4 SAOT Femtosecond and picosecond laser ablation ofErlangen Graduate School in Advanced Optical
CIGS solar cell, Stephanie Leyder1 , Gaelle
Technologies , Friedrich-Alexander-University of
Coustillier1 , Brendan Dunne2 , Philippe Delaporte1 ,Erlangen-Nuremberg, Germany
1
Aix-Marseille University, CNRS, LP3 Laboratory,
9:10 Fr1-LO-2Student
A174 FRANCE, 2 NEXCIS photovoltaïc technology,
Hole shape control by a non-axisymmetrically FRANCE
polarized laser beam, Hiroshi Kikuchi1 , Akio
9:30 Fr2-LO-3
A089
Mizutani1 , Hisao Kikuta1 , 1 Department of Mechanical Femtosecond laser scribing of Cu(In,Ga)Se2
Engineering, Graduate school of Engineering, Osaka thin-film solar cell, Aiko Narazaki1 , Ryuzo
Prefecture University, japan
Kurosaki1 , Tadatake Sato1 , Hiroyuki Niino1 , Hideyuki
2
2
3
9:30 Fr1-LO-3Student
A228 Takada , Kenji Torizuka , Jiro Nishinaga , Yukiko
3
3
A monolithic micro-tensile tester fabricated by Kamikawa-Shimizu , Shogo Ishizuka , Hajime
Shibata3 , 1 Research Institute for Innovation in
femtosecond laser to investigate fused silica
Sustainable Chemistry, AIST, Japan, 2 Electronics andmechanical properties, Christos Edward
Photonics Research Institute, AIST, Japan, 3 Research
Athanasiou1 , Yves Bellouard1 , 1 Galatea lab,
STI/IMT, Ecole Polytechnique Fédérale de Lausanne Center for Photovoltaic Technologies, AIST, Japan(EPFL), Swicherland
9:50 Fr2-LO-4
A187
Picosecond
laser
modificationofCIGS
active9:50 Fr1-LO-4Student
A270
1
1
Comparison of calibration method for calorific layer , Paulius Gecys , Edgaras Markauskas ,1
1 1
Andrius Zemaitis , Gediminas Raciukaitis , Center
value analysis of a coal using laser induced
1
for Physical Sciences and Technology, Lithuania
breakdown spectroscopy, Kyung-Hoon Park ,Soo-Min Kim1 , Jung-Hyun Choi2 , Seung-Jae Moon1 , 10:10 Coﬀee Break
Department of mechanical engineering, Hanyang
university, Korea, 2 Department of environmental
science and engineering, Ewha University, Korea
1

10:10 Coﬀee Breakupdated May 20, 201522

Oral Session

Day 4: May 29, Friday
Room 3

Room 4

46. HPL10
Welding 4

No Session

Chair: Koji Hirano (NIPPON STEEL &SUMITOMO METAL CORPORATION,
Japan)
8:50 Fr4-HO-1
A240
Laser welding of 9%Ni steel using a 3kW single
mode fiber laser, Muneharu Kutsuna1 , 1 Advanced
Laser Technology Research Center Co., Ltd., Japan
9:10 Fr4-HO-2
A133
High-speed laser welding of diﬀerent steel
grades with a 3 kW single-mode cw fiber laser ,Jan Drechsel1 , Udo Löschner1 , Matthias Wagner1 ,Johannes Barth1 , Jörg Schille1 , 1 Laserinstitut
Hochschule Mittweida - University of Applied
Sciences, Laserinsitut, Germany
9:30 Fr4-HO-3
A275
Remote laser welding for closure parts,
Kazuhiko Kagiya1 , Kiyokazu Mori1 , Taishi Tarui1 ,1Nissan Motor Co., Ltd., Japan
9:50 Fr4-HO-4Student
A013
Investigation of the influence of the joining gap
size on the fluid dynamics in laser welding ofzinc-coated steel sheets, Felix Tenner1,2 , Florian
Klämpfl1 , Michael Schmidt1,2 , 1 Institute of Photonic
Technologies, Friedrich-Alexander-Universität
Erlangen-Nürnberg, Konrad-Zuse-Str. 3/5, 91052
Erlangen, Germany, 2 Graduate School in Advanced
Optical Technologies, Friedrich-Alexander-Universität
Erlangen-Nürnberg, Paul-Gordan-Str. 6, 91052
Erlangen, Germany
10:10 Coﬀee Break23

updated May 20, 2015

Day 4: May 29, Friday

43.

Oral Session

Room 1

38. LPM

41. LPM

Laser Printing and Devices

Sensor Fabrication
Chair: Roger Jagdish Narayan (University ofNorth Carolina, USA)

Chair: Yoichiroh Hosokawa (Nara Institute of
Science and Technology, Japan)

10:30 Fr1-LO-5
A177
Fabrications of heat resistant FBG sensor andthe installation on a sodium circulation loop,
Takuya Shimomura, Akihiko Nishimura, Takaya
Terada, Yusuke Takenaka, Hiroyuki Daido, 1 Japan
atomic Energy Agency, Kizaki Tsuruga Fukui, Japan,
2
Japan Atomic Energy Agency, Umebidai Kizugawa
Kyoto, Japan, 3 A-Tech, Japan

10:30 Fr2-LI-5
Invited
A077
Laser printing and functionalisation of sensors,
Ioanna Zergioti1 , 1 Physics Department, National
Technical University of Athens, Greece

10:50 Fr1-LO-6
A020
Zinc oxide film applied on optical fiber sensors
in diﬀerent materials and sizes, Yi-Cheng Hsu1 ,Shang-Chao Hung2 , Wei-Jen Cheng1 , Hsin-Hong Lin1 ,Yu-Sheng Zhu1 , 1 Department of Biomechatronics
Engineering, National Pingtung University of Scienceand Technology 912, Taiwan, 2 Department ofInformation Technology and Communication, Shih
Chien University, Kaohsiung Campus 845, Taiwan

Day 4: May 29, Friday

Room 2

11:10 Fr1-LO-7
A129
Characteristics of side-polished fiber sensor
with grating film based on intensity andwavelength shift, Yi-Cheng Hsu1 , Sin-Hong Lin1 ,Yu-Sheng Zhu1 , 1 Department of Biomechatronics
Engineering, National Pingtung University of Scienceand Technology, ,Pingtung, Taiwan
11:30 Fr1-LO-8
A009
Fabrication and sensing characteristics of
microfluidic refractive index Mach-Zehnderinterferometers, Jian-Neng Wang1 , Chen-Han Jan2 ,Wei-Te Wu3 , Chien-Hsing Chen4 , Yu-Xiang Zheng1 ,Jun-Ting Huang3 , 1 National Yunlin University of
Science and Technology, Taiwan, 2 National Taiwan
University, Taiwan, 3 National Pingtung University of
Science and Technology, Taiwan, 4 National Chung
Cheng University, Taiwan
11:50 Fr1-LO-9
A012
The study of the phase diﬀerence of beam
splitters structure in the fiber-optic
Mach-Zehnder interferometer, Wei-Te Wu1 ,Jian-Neng Wang2 , Pei-Hsing Huang3 , Chien-Hsing
Chen4 , Jun-Ting Huang1 , Yu-Ren Wu5 , 1 Dept. of
Biomechatronics Eng., Natl. Pingtung Univ. of Sci.
and Technol., Pingtung, Taiwan, 2 Dept. ofConstruction Eng., Natl. Yunlin Univ. of Sci. andTechnol., Douliou , Taiwan, 3 Dept. of MechanicalEng., Natl. Pingtung Univ. of Sci. and Technol.,Pingtung, Taiwan, 4 Center for Nano Bio-detection,
Natl. Chung Cheng Univ., Chiayi , Taiwan, 5 Dept. of
Mechanical Eng., Natl. Central Univ., Taoyuan,
Taiwan12:10 Lunch Time

updated May 20, 201524

11:00 Fr2-LO-6
A147
Femtosecond laser-induced patterned transfer
of intact semiconductor and polymer thin films
via a digital micromirror device, Matthias
Feinaeugle, Dan J Heath, Ben Mills, James A
Grant-Jacob, Goran Z Mashanovich, Rob W Eason,
1
Optoelectronics Research Centre, University ofSouthampton, SO17 1BJ, United Kingdom
11:20 Fr2-LO-7
A117High speed photography of laser induced
forward transfer (LIFT) of single anddouble-layered transfer layers for single celltransfer, Dominik Arthur Riester1 , Jan-Hendrik
Budde1 , Arnold Gillner1 , Martin Wehner1 ,1Fraunhofer Institute for Laser Technology, Germany
11:40 Fr2-LI-8
Invited
A268
Bioinspired microfabrication of smart
structures using femtosecond laser, Feng Chen1 ,Qing Yang1 , Jiale Yong1 , Dongshi Zhang1 , Xun Hou1 ,1State Key Laboratory for Manufacturing System
Engineering & Key Laboratory of Photonics
Technology for Information of Shaanxi Province,
School of Electronics & Information Engineering,
Xi’an Jiaotong University, P. R. China
12:10 Lunch Time

Oral Session

Room 347. HPL11

Micro-procesing with fs Laser

Room 4

Surface Treatment (Cladding)

Chair: Shoji Maruo (Yokohama National
University, Japan)

Chair: Wang Jing-Bo (Panasonic Welding Systems
Co., Ltd., Japan)

10:30 Fr3-LO-1
Student
A098
Femtosecond double pulse laser ablation ofsilicon, Daniel Johannes Förster1,2 , André Lucke2 ,Rudolf Weber2 , Thomas Graf2 , 1 Graduate School of
Excellence advanced Manufacturing Engineering
GSaME, University of Stuttgart, Nobelstrasse 12,70569 Stuttgart, Germany, 2 Institut fürStrahlwerkzeuge IFSW, University of Stuttgart,
Pfaﬀenwaldring 43, 70569 Stuttgart, Germany

10:30 Fr4-HO-5
A183
Impact of material and process parameters on
particle distribution during laser deep alloying
processes and resulting wear resistance, Joerg
Volpp1 , Alexander Zingraf1 , Frank Vollertsen1,2 ,
1BIAS - Bremer Institut fuer angewandte Strahltechnik
GmbH, Germany, 2 University of Bremen, Germany

10:50 Fr3-LO-2
A191
Influence of spatial and temporal pulse overlap
on ultra-short pulsed laser ablation of thinlayers, Daniel Trusheim1 , Michael Juengst1 ,1
Fraunhofer Institute for Laser Technology ILT,
Germany
11:10 Fr3-LO-3
A189
From picosecond to femtosecond pulses in laser
microprocessing: Where is the optimum?,Christof Siebert1 , Simone Russ2 , Bastian Becker3 ,Matthias Koitzsch1 , 1 TRUMPF Laser- undSystemtechnik GmbH, Johann-Maus-Str. 2, 71254
Ditzingen, Germany, 2 TRUMPF Laser GmbH + Co.
KG, Aichhalder Straße 39, 78713 Schramberg,
Germany, 3 TRUMPF Corporation, 1-18-2, Hakusan,
Midori-ku, Yokohama, 226-0006 , Japan
11:30 Fr3-LO-4
A149
Power scaling into the 100W regime for surface
texturing of metals with ultra-short laser
pulses, Beat Neuenschwander1 , Beat Jaeggi1 , Markus
Zimmermann1 , Guido Hennig2 , Kurt Weingarten3 ,Bojan Resan3 , Ronny de Loor4 , Lars Penning4 , Vesna
Markovic3 , 1 Bern University of Applied Sciences,
Pestalozzistrasse 20, CH-3400 Burgdorf, Switzerland,2
Daetwyler Graphics, Flugplatz, CH-3368 Bleienbach,
Switzerland, 3 JDSU Ultrafast Lasers AG, Ruetistrasse
12, CH-8952 Schlieren, Switzerland, 4 Next Scan
Technology, Ulftseweg 14, 7064 BD Silvolde, The
Nederlands
11:50 Fr3-LO-5
A031
High-energy sub-50 fs pulses via nonlinear
compression in hypocycloid-core Kagome fiber,
Florent Guichard1,2 , Yoann Zaouter2 , Marc Hanna1 ,Quentin Mocaer2 , Guillaume Machinet2 , Benoit
Debord4 , Frederic Gerome4,5 , Pascal Dupriez3 ,Clemens Honninger2 , Eric Mottay2 , Fetah Benabid4,5 ,Patrick Georges1 , 1 Laboratoire Charles Fabry, Institutd’Optique, CNRS, France, 2 Amplitude Systèmes,France, 3 Alphanov, France, 4 GPPMM Group, Xlim
Research Institute, CNRS , France, 5 GLOphotonics,
France12:10 Lunch Time

25

A041
10:50 Fr4-HO-6
Laser cladding and tribocorrosion testing ofcobalt-free hardfacing materials for sodium fast
reactors, Pascal J. Aubry1 , Van De Tran1 , Cécile
Blanc1 , Varlet Jérôme1 ,1
CEA/DEN/DANS/DPC/SEARS/LISL, CEA
Saclay, 91191 Gif-sur-Yvette, France
A229
11:10 Fr4-HO-7
On the formation of solidification and liquation
cracking during laser metal deposition of
Ni-based superalloys , James Chen,
1
CanmetMATERIALS, Natural Resources Canada,
Canada11:30 Fr4-HO-8
A196
The latest laser metal deposition technology,
Tsuyoshi Nakamura1 , Bastian Becker1 , 1 TRUMPF
Corporation, Japan
11:50 Fr4-HO-9
Student
A024
Eﬀect of particle diameter on heat input inlaser cladding, Daichi Tanigawa1 , Nobuyuki Abe2 ,Masahiro Tsukamoto2 , Hiroyuki Yamazaki2 , YoshihikoHayashi2 , Yoshihiro Tatsumi3 , Mikio Yoneyama3 ,1Graduate school of Engineering, Osaka University,
Japan, 2 Joining and Welding Research Institute, Osaka
University, Japan, 3 Osaka Fuji Corporation, Japan
12:10 Lunch Time

updated May 20, 2015

Day 4: May 29, Friday

44. LPMOral Session

39. LPM

Room 1

42. LPM

Laser-Based Direct Write
Technologies

Advanced Laser Materials Processing
Chair: Etsuji Ohmura (Osaka University, Japan)

Chair: Ioanna Zergioti (National Technical
University of Athens, Greece)

13:30 Fr2-LI-9
Invited
A252
Black and colored metals and applications,
Chunlei Guo1 , 1 The Institute of Optics, University ofRochester, USA

13:10 We3-LI-12 Invited
A254
Two photon polymerization-based
manufacturing of medical devices, Roger Jagdish
Narayan1 , 1 UNC/NCSU Joint Department of
Biomedical Engineering, USA
A165
13:40 Fr1-LO-10
Laser direct writing of graphene patterns on
dielectric surfaces under ambient conditions, W.
Xiong1 , Y. S. Zhou1 , W. J. Hou1 , L. J. Jiang1 , Y.F.
Lu1 , 1 University of Nebraska-Lincoln, United States
14:00 Fr1-LO-11
A065
Direct laser writing of micropillars on siloxane
moulds for microrreplication, Nerea Otero1 , Pablo
M. Romero1 , George Goh1 , Daniel Sanmartin2 ,1
AIMEN Laser Applications Centre, Spain, 2 Appied
Functional Materials, United Kingdom
14:20 Fr1-LI-12 InvitedA282
3-D chalcogenide photonic devices, Ajoy Kumar
Kar1 , 1 Institute of Photonics and Quantum Sciences,
Heriot Watt University, UK

Day 4: May 29, Friday

14:50 Coﬀee Breakupdated May 20, 2015

Room 226

14:00 Fr2-LO-10
A120High rate micro cladding using a short pulsed
fiber laser, Martin Erler1 , Robby Ebert1 , Stefan
Gronau1 , Matthias Horn1 , Sascha Klötzer1 , Horst
Exner1 , 1 Laserinstitut Hochschule Mittweida, Germany
14:20 Fr2-LO-11 Student
A235
Thin film interference eﬀects during laser
ablation of stratified film systems, Jan Friedrich
Duesing1 , Juergen Koch1 , Oliver Suttmann1 , Ludger
Overmeyer1 , 1 Laser Zentrum Hannover e.V.,
Hollerithalle 8, 30419 Hannover, Germany
14:40 Coﬀee BreakOral Session

45. LPM

Room 348. HPL12

Laser-Induced Modification and
Patteerning for 2D and 3D Devices

Room 4

Additive Manufacturing 2

Chair: Feng Chen (Xian Jiaotong University,
China)

Chair: Takashi Ishide (Mitsubishi Heavy
Industries, Japan)

13:30 Fr3-LO-6
A068
Local photorefractive modification in lithium
niobate using ultrafast direct laser write
technique, Domas Paipulas1,3 , Ričardas Buividas2 ,Saulius Juodkazis2 , Vygantas Mizeikis3 , 1 Laser
Research Center, Department of Quantum Electronics,
Vilnius University, Lithuania, 2 Centre forMicro-Photonics, Swinburne University of Technology,
Australia, 3 Research Institute of Electronics, Shizuoka
University, Japan

13:30 Fr4-HI-10 Invited
A277
Additive manufacturing in series production:
Recent research topics at Fraunhofer ILT witha focus on turbomachinery, Jeroen Risse1 ,Wilhelm Meiners1 , 1 Fraunhofer Institute for Laser
Technology, Germany

13:50 Fr3-LO-7
A011
Large mode area waveguides by ultrafast laser
photoinscription , Xin Liu1 , Razvan Stoian2 , Guang
Hua Cheng1 , 1 State Key Laboratory of Transient
Optics and Photonics, Xi’an Institute of Optics andPrecision Mechanics of CAS, china, 2 Laboratoire
Hubert Curien, UMR 5516 CNRS, Université deLyon, Université Jean Monnet, france
14:10 Fr3-LO-8
A057
Reversible deformation of laser-patterned
photoresist structures , Sima Rekštytė1 , Domas
Paipulas1 , Vygantas Mizeikis2 , 1 Laser ResearchCenter, Department of Quantum Electronics, Vilnius
University, Lithuania, 2 Research Institute ofElectronics, Shizuoka University, JapanA059
14:00 Fr4-HO-11
Additive manufacturing of a blade integrated
disk (BLISK) with laser metal deposition,
Johannes Michael Witzel1,2 , Norbert Pirch2 , Andres
Gasser2 , 1 RWTH Aachen University, Germany,
2
Fraunhofer Institute for Lasertechnology, Germany
14:20 Fr4-HO-12
A042
Instrumentation, modelling, and robust control
of direct metal deposition for direct
manufacturing of aeronautics components,
Rezak Mezari1 , Pascal Aubry1 , Thierry Malot1 ,1
PIMM, Arts et Métiers ParisTech, 151 Bd del’Hopital, 75013 Paris, France

Day 4: May 29, Friday

14:40 Coﬀee Break

14:30 Fr3-LO-9
A126
Reduction of CuO nanoparticles for Cu
micropatterning by femtosecond laser pulses,
Mizue Mizoshiri1 , Shun Arakane1 , Junpei Sakurai1 ,Seiichi Hata1 , 1 Department of Micro-Nano Systems
Engineering, Graduate School of Engineering, Nagoya
University, Japan
14:50 Coﬀee Break27

updated May 20, 2015

Oral Session

Main Hall

49. LPM-HPL
Joint Session
Chair: Yongfeng Lu (University of Nebrasska-Lincoln, USA)

15:10 FrM-JI-1
Invited
A006
Properties of laser-beam welded ultra-high strength martensitics
stainless steels, Martin Dahmen1 , Vitalij Janzen2 , Stefan Lindner3 , Rainer
Wagener4 , Dirk Petring1 , 1 Fraunhofer Institute for Laser Technology, Germany,
2
Laboratory for Materials and Joining Technology, Paderborn University,
Germany, 3 Outokumpu Nirosta GmbH, Germany, 4 Fraunhofer Institute for
Structural Durability and System Reliability, Germany
15:40 FrM-JI-2
Invited
A167
Performance of one hundred watt HVM LPP-EUV source, Hakaru
Mizoguchi1 , Hiroaki Nakarai1 , Tamotsu Abe1 , Krzysztof M Nowak1 , Yasufumi
Kawasuji1 , Hiroshi Tanaka1 , Yukio Watanabe1 , Tsukasa Hori1 , Takeshi Kodama1 ,Yutaka Shiraishi1 , Tatsuya Yanagida1 , Georg Soumagne1 , Tsuyoshi Yamada1 ,Taku Yamazaki 1 , Shinji Okazaki1 , Takashi Saitou1 , 1 Gigaphoton Inc., Japan

Main Hall
Closing
Chair: Hiroyuki Niino
16:10 Outstanding Awards

Day 4: May 29, Friday

Closing Remark
16:30 close

updated May 20, 2015

28

Poster Session
May 27, 10:30 Short Presentation for Poster Session I & II (Room 1)
May 27, 12:10 Poster Session I and Exhibition (Event Hall)
May 28, 12:10 Poster Session II and Exhibition (Event Hall)
The authors should be present in front of their posters
during 12:10-14:00 on May 27 and May 28.

LPM
P-1
Student
A071
The shape of the exfoliated surface during femtosecond laser ablation, Naoya
Kakimoto1 , Takashi Eyama1 , Idustu Rui1 , Takuro Tomita1 , Noboru Hasegawa2 , Masaharu
Nishikino2 , Yasuo Minami3 , Motoyoshi Baba3 , Tetsuya Kawachi2 , Mitsuru Yamagiwa2 , Tohru
Suemoto3 , 1 Faculty of Engineering, The Tokushima University, Japan, 2 Quantum Beam
Science Center, Japan Atomic Energy Agency, Japan, 3 Institute for Solid State Physics, The
University of Tokyo, Japan
A175
P-2
Laser induced minority carrier lifetime in pn junction, Toshiyuki Sameshima1 ,Tomohiko Nakamura1 , Shinya Yoshidomi1 , Masahiko Hasumi1 , 1 Tokyo University ofAgriculture & Technology, Japan
P-3
A142
Oxidative laser fragmentation for ultra-small pure gold clusters with subsequent
support to graphene nanosheets , Ina Haxhiaj1 , Marcus Lau1 , Junji Nakamura2 , Philipp
Wagener1 , Stephan Barcikowski1 , 1 1University of Duisburg-Essen, Technical Chemistry I andCenter for Nanointegration Duisburg-Essen (CENIDE), Universitätsstr. 7, Essen, D-45141,
Germany, 2 Faculty of Pure and Applied Sciences, University of Tsukuba,Tsukuba, Ibaraki
305-8573, Japan
P-4
Student
A034
Patterning properties of nickel microstructures using femtosecond laser induced
reduction, Kenki Tamura1 , Mizue Mizoshiri2 , Junpei Sakurai2 , Seiichi Hata2 , 1 Departmentof Mechanical and aerospace Engineering, Faculty of Engineering, Nagoya University, Japan,
2
Department of Micro-Nano Systems Engineering, Graduate School of Engineering, Nagoya
University, Japan
P-5
A048
Laser induced forward transfer of Ag and Cu NP inks for micro-electrodes
fabrication, Ioanna Zergioti1 , Marina Makrygianni1 , Filimon Zacharatos1 , 1 National
Technical University of Athens, Greece
P-6
A182
Influence of periods of periodic nanostructures formed with femtosecond laser oncell spreading, Togo Shinonaga1 , Masahiro Tsukamoto2 , Takuya Kawa3 , Peng Chen4 , Akiko
Nagai4 , Takao Hanawa4 , 1 Okayama University (formerly Joining and Welding ResearchInstitute, Osaka University), Japan, 2 Joining and Welding Research Institute, Osaka
University, Japan, 3 Graduate School of Engineering, Osaka University, Japan, 4 Institute of
Biomaterials and Bioengineering, Tokyo Medical and Dental University, Japan
Student
A081
P-7
Self-assembled nanostructures inside indirect bandgap GaP semiconductor, Tomoaki
Sei1 , Yasuhiko Shimotsuma1 , Masaaki Sakakura2 , Kiyotaka Miura1 , 1 Department of Material
Chemistry, Graduate School of Engineering, Kyoto University, Kyoto 615-8510, Japan,
2Society-Academia Collaboration for Innovation, Kyoto University, Kyoto 615-8510, Japan
P-8
Student
A086
Femtosecond laser processing of polymethyl methacrylate with an axicon, Yu
Matusiro1 , Wataru Watanabe1 , 1 Ritsumeikan University, Japan29

updated May 20, 2015

PosterPoster Session

PosterPoster Session
P-9
Student
A097
Picosecond laser induced welding of glass sheets without a clamping Zig, Seung Sik
Ham1 , Min Gi Kang1 , Hong Seok Jang1 , Chang Hwan Kim1 , Tae Dong Kim1 , Yong Joong Lee1 ,Ho Lee1 , 1 school of mechanical engineering , Kyungpook National University, South Korea
P-10
Student
A078
Control of periodic nanostructure embedded in SiO2 glass under
femtosecond-double pulse irradiation, Atsushi Murata1 , Yasuhiko Shimotsuma1 ,Masaaki Sakakura2 , Kiyotaka Miura1 , 1 Department of Material Chemistry, Graduate Schoolof Engineering, Kyoto University, japan, 2 Society-Academia Collaboration for Innovation,
Kyoto University, japan
P-11
Student
A080
Nanogratings embedded in Al2 O3 -Dy2 O3 glass by femtosecond laser irradiation,
Satoshi Mori1 , Torataro Kurita1 , Yasuhiko Shimotsuma1 , Masaaki Sakakura2 , Kiyotaka
Miura1 , 1 Department of Material Chemistry, Graduate School of Engineering, Kyoto
University, Japan, 2 Society-Academia Collaboration for Innovation, Kyoto University, Japan
P-12
Student
A056
Femtosecond laser sintering of aerosol jet printed silver nanoparticle inks,
Wei-Cheng Chang1 , Chung-Wei Cheng1 , Chiun-Hsun Chen1 , Yung-Hang Chang2 , Kan
Wang2 , Chuck Zhang2 , Ben Wang2 , 1 Department of Mechanical Engineering, National Chiao
Tung University, Taiwan, 2 H. Milton Stewart School of Industrial and Systems Engineering &Manufacturing Research Center, Georgia Institute of Technology, United States
P-13
Student
A203
Low-temperature diﬀusion at Ni/SiC interface with the aid of femtosecond
laser-induced strain, Yusuke Takidani1 , Kazuki Morimoto1 , Kenta Kondo1 , Tomoyuki
Ueki2 , Takuro Tomita2 , Yasuhiro Tanaka3 , Tatsuya Okada2 , 1 Graduate School of Advanced
Technology and Science, Tokushima University, Japan, 2 Institute of Technology and Science,
Tokushima University, Japan, 3 Department of Advanced Materials Science, Faculty ofEngineering, Kagawa University, Japan
P-14
A064
Surface conditioning of copper for enhancing the process stability in laser micro
welding, Nerea Otero1 , Pablo M. Romero1 , Christian Hoﬀ2 , Jörg Hermsdorf2 , 1 AIMEN
Laser Applications Centre, Spain, 2 Laser Zentrum Hannover, Germany
P-15
A007
Frequency modulation and device repaired by laser surface treatment in film bulk
acoustic filters, C. C. Cheng1 , R. C. Lin2 , H. K. Lin3 , K. S. Kao4 , Y. C. Chen5 , 1 De Lin
Institute of Technology, Taiwan, 2 Industrial Technology Research Institute, Taiwan, 3 National
Pingtung University of Science and Technology, Taiwan, 4 Shu-Te University, Taiwan, 5
National Sun Yat-Sen University, Taiwan
P-16
A241
Surface modification eﬀects on the hydrogen absorption property of a hydrogenstorage alloy by a short pulse laser irradiation, Hiroshi Abe1 , Takuya Shimomura2 ,Shinnosuke Tokuhira3 , Yukihiro Shimada2 , Yusuke Takenaka4 , Yuta Furuyama4 , Akihiko
Nishimura2,5 , Hirohisa Uchida3 , Hiroyuki Daido2 , Takeshi Ohshima1 , 1 Quantum Beam
Science Center, Japan Atomic Energy Agency, Japan, 2 Advanced Photon Research Center,
Japan Atomic Energy Agency, Japan, 3 Department of Applied Science, Graduate School ofEngineering, Tokai University, Japan, 4 A-Tech co., Ltd., Japan, 5 Applied Laser Technology
Institute, Japan Atomic Energy Agency, Japan
P-17
A190
1
Laser irradiation of materials for fusion devices, Aurelian Marcu , Mihai Lungu2 ,Corneliu Porosnicu1 , Liga Avotina3 , Cristiana A Grigorescu4 , Cristian P Lungu1 , Alexandru
Marin5 , Gunta Kizane3 , Stefan Antohe6 , 1 National Institute for Laser Plasma and Radiation
Physics, Laser Department, Atomistilor 409, P.O.BOX-MG-36, Bucharest-Magurele,
Romania, 2 National Institute for Material Physics, 077125 Bucharest-Magurele, Romania,
3
Institute of Chemical Physics, University of Latvia, Kronvalda 4, LV 1010 Riga, Romania,
4
National Institute R&D for Optoelectronics INOE 2000, 077125 Bucharest, Romania,
5
Institute of Physical Chemistry “Ilie Murgulescu”, 060021, Bucharest, Romania, 6 Universityof Bucuresti, Faculty of Physics, Bucharest-Magurele, Romania
Student
A148
P-18
Holographic laser sweep using line-focused beams with optical time delay, Kazuki
Sakuma1 , Tetsuya Abe1 , Satoshi Hasegawa1 , Hidetomo Takahashi2 , Michiharu Ota2 , Yoshio
Hayasaki1 , 1 Utsunomiya University Center for Optical Research & Education (CORE),
Japan, 2 AISIN SEIKI CO., LTD., Japan
updated May 20, 201530

Poster Session

P-20
A217
Laser lithography for fabricating computer generated hologram with submicron
pixel-size for wide viewing angle, Sumio Nakahara1 , Kyoji Matsushima2 , 1 Kansai
University, Dept. of Mechanical Engineering, Japan, 2 Kansai University, Dept. of Electricaland Electronic Engineering , Japan
P-21
A036
Tribological performance of femtosecond laser-induced periodic surface structureson titanium, Jörn Bonse1 , Sandra Höhm2 , Manfred Hartelt1 , Dirk Spaltmann1 , Robert
Koter1 , Simone Pentzien1 , Stephan Marschner2 , Arkadi Rosenfeld2 , Jörg Krüger1 , 1 BAM
Federal Institute for Materials Research and Testing, Berlin, Germany, 2 Max-Born-Institutefor Nonlinear Optics and Short Pulse Spectroscopy, Berlin, Germany
P-22
Student
A112
Formation of fine periodic structure on rear-surface of silicon substrate byfemtosecond laser at 1552nm, Chiah Sin Ying1 , Kataoka Daiki1 , Tanabe Rie1 , Ito
Yoshiro1 , 1 Department of Mechanical Engineering, Nagaoka University Technology, Japan
P-23
Student
A085
Surface microfabrication of UV transparent fluoric polymer using a conventional
green laser, Tatsuya Ogawa1 , Ryota Oikawa2 , Yasutaka Hanada3 , 1 Graduate school, Hirosaki
univ., Japan, 2 Graduate school, Hirosaki univ., Japan, 3 Graduate school, Hirosaki univ., Japan
P-24
A163
Mechanism of micro-machining CVD diamond film by pulsed green laser, Feng-Lin
Zhang1 , 1 School of Mechanical and Electronic Engineering, Guangdong University ofTechnology, P.R.CHINA
P-25
Student
A223
Internal-to-external microfluidic device for ellipsometric biosensor application,
Valdemar Stankevič2 , Tomas Rakickas1 , Gediminas Račiukaitis1 , 1 Center for PhysicalSciences and Technology, Lithuania, 2 Center for Physical Sciences and Technology, ELAS,
Ltd., Lithuania
P-26
Student
A213
Experiment study on CFRP processing with nanosecond laser under several gas
ambiences, Fumihiro Matsuoka1 , Masahiro Tsukamoto2 , Kensuke Yamashita3 , Yuji Sato2 ,Kenjiro Takahashi2 , Shinjiro Masuno2 , 1 Graduate School of Engineering, Osaka University,
Japan, 2 Joining and Welding Research Institute, Osaka University, Japan, 3 School ofEngineering, Osaka University, Japan
P-27
A184
Longitudinally excited CO2 laser and glass drilling, Kazuyuki Uno1 , Takuya
Yamamoto1 , Tetsuya Akitsu1 , Takahisa Jitsuno2 , 1 University of Yamanashi, Japan, 2 Instituteof Laser Engineering, Osaka University, Japan
P-28
A005
Carbon-encapsulated metal nanoparticles deposited by plasma enhanced
magnetron sputtering , Wei Dai1 , M. W. Moon2 , 1 School of ElectromechanicalEngineering, Guangdong University of Technology, China, 2 Institute for Multi-disciplinary
Convergenceof Matters, Korea Institute of Science and Technology, Korea
P-29
Student
A131
Surface refractive index dependence on the oscillation peak of photoexcited ZnO
microspheres , Takeshi Ueyama1 , Yuta Sato1 , Mitsuhiro Higashihata1 , Daisuke Nakamura1 ,Hiroshi Ikenoue1 , Tatsuo Okada1 , 1 Graduate school of information science and electricalengineering, Kyushu University, Japan
Student
A079
P-30
Optical properties of nanodiamonds prepared by femtosecond laser ablation inliquid, Yusei Fujimatsu1 , Yasuhiko Shimotsuma1 , Masaaki Sakakura2 , Kiyotaka Miura1 ,1
Department of Material Chemistry, Graduate School of Engineering, Kyoto University,
Kyoto 615-8510, Japan, 2 Society-Academia Collaboration for Innovation, Kyoto University,
Kyoto 615-8510, Japan31

updated May 20, 2015

PosterP-19
A204
Laser micro patterning system in three-dimensional surface larger than scanningarea, kyunghan kim1 , Jaehoon Lee1 , Kwangho Yoon1 , Jongkweon Park1 , 1 Korea Institute ofMachineray and Materials, Republic of Korea

PosterPoster Session
P-31
A130
Biomimetic coatings on the Nd-YAG laser surface modified Ti-6Al-4V, T.F.
Hong1,2 , L.M. Fu1,3 , B.S. Wu2 , K.Y. Lin2 , H.K Lin1 , T.Y. Guo4 , 1 Graduate Institute ofMaterials Engineering, National Pingtung University of Science and Technology, TAIWAN,
2
Department of Vehicle Engineering, National Pingtung University of Science and Technology,
TAIWAN, 3 Department of Biomechatronics Engineering, National Pingtung University of
Science and Technology, TAIWAN, 4 Department of Mechanical Engineering, Southern Taiwan
University of Science and Technology, TAIWAN
P-32
A096
Automatic performance recovering system for via-drilling machine’s galvano
scanner, Naoya Kato1 , Atsushi Mori1 , Masashi Ishiguro1 , Tsutomu Sugiyama1 , HidehikoKarasaki1 , 1 Panasonic Welding Systems Co.,Ltd., Japan
P-33
A134
Ordered arrays of nanostructures by microsphere-laser joint methods, Catalin
Constantinescu1 , Kallepali Deepak1 , Luca Boarino2 , Philippe Delaporte1 , Natalia De Leo2 ,Michael Laus3 , Antonio Pereira4 , Katia Sparnacci3 , Olivier Uteza1 , David Grojo1 ,1
Aix-Marseille University-CNRS, LP3 UMR 7341, F-13288, Marseille, , France, 2 INRIM,
NanoFacility, Division Electromagnetism, I-10135 Torino, Italy, 3 Department of Science andTechnology, University of Eastern Piedmont Amedeo Avogadro, I-15121 Alessandria, Italy,
4Inst. Lumiere Matiere, Lyon University, CNRS UMR 5306, F-69622 Villeurbanne, France
P-34
A283
A preventive measure against fiber damage of a femtosecond 1.55-µm Er-doped
fiber laser system using multimode optical fiber, Toru Mizunami1 , Junpei Takahashi1 ,1Department of Electrical Engineering and Electronics, Graduate School of Engineering,
Kyushu Institute of Technology, Japan
P-35
Student
A285
Laser texturing of polycrystalline Si wafer for photovoltaic cells, Seung Hyun Ha1 , Ji
Hyeon KIm1 , Hun Park2 , Chun Jae Lee2 , Sang Joon Park1 , 1 Department of Chemical andBiological Engineering, Gachon University, Korea, 2 Cowin DST Co. Ltd., Korea
P-36
Student
A287
Vibration assisted hole taper angle control on Invar alloy (Fine Metal Mask)
using a femtosecond laser, Wonsuk Choi1,2 , Sung Hak Cho1,2 , 1 Department of
Nano-Mechatronics, University of Science and Technology (UST), 217, Gajeong-ro,
Yuseong-gu, Daejeon, 305-350, Republic of Korea, Republic of Korea, 2 Femto Process Team,
Nano Machining Lab., Korea Institute of Machinery & Materials (KIMM), 171, Jang-dong,
Yuseong-gu, Daejeon, 305-343, Republic of Korea, Republic of Korea
P-37
A288
Microstructuring of PEDOT:PSS/graphene composite films using pulsed
ultraviolet laser beams, Chien-Kai Chung1 , Wen-Tse Hsiao1 , Tien-Li Chang2 , Donyau
Chiang1 , Shih-Feng Tseng1 , 1 Instrument Technology Research Center, National Applied
Research Laboratories, Taiwan, 2 Department of Mechatronic Engineering, National Taiwan
Normal University, Taiwan
P-38
A052
Mask assisted laser percussion drilling, K.-Y. Shen1 , Y.-H. Luo1 , Y.-J. Chang1 , J.-C.
Hsu1 , C.-L. Kuo1 , C.-C. Ho1 , 1 National Yunlin University of Science and Technology, Taiwan
A289
P-39
Optical glass substrates forming processes using pulsed ultraviolet laser
micromilling technology, Wen-Tse Hsiao1 , Chih-Chung Yang1 , Kuo-Cheng Huang1 ,Chien-Kai Chung1 , Shih-Feng Tseng1 , Donyau Chiang1 , Ming-Fei Chen2 , 1 Instrument
Technology Research Center, National Applied Research Laboratories, Taiwan, 2 Department of
Mechatronics Engineering, National Changhua University of Education, Taiwan
Student
A290
P-40
Study of morphological properties and elemental micro-composition of ZnOgrown by femtosecond pulsed laser deposition, Joseph Aban De Mesa1 , Annaliza
Amo1 , Luce Vida Sayson1 , Roland Villano Sarmago1 , Wilson Ong Garcia1 , 1 NIP, Philippines
P-41
A291
1
Direct laser beam scribing of sapphire wafer, Wen-Tse Hsiao , Chien-Kai Chung1 ,Shih-Feng Tseng1 , Donyau Chiang1 , Kuo-Cheng Huang1 , Chih-Chung Yang1 , 1 Instrument
Technology Research Center, Taiwan
updated May 20, 2015

32

HPL
P-43
A003
Two-photon and optical power-limiting properties of a dendrimer derived fromfunctionalized indenoquinoxaline units, Tzu-Chau Lin1 , Che-Yu Liu1 , May-Hui Li1 ,Yi-You Liu1 , Sheng-Yang Tseng2 , Yu-Ting Wang2 , Ya-Hsin Tseng2 , Hui-Hsin Chu2 , Chih-Wei
Luo2 , 1 Photonic Materials Research Laboratory, Department of Chemistry, National Central
University, Jhong-Li 32001, Taiwan, 2 Department of Electrophysics, National Chiao-Tung
University, Hsinchu, Taiwan
P-44
Student
A110
Evaluation of center-line crack susceptibility in laser beam welds of reduced
activation ferritic/martensitic steel F82H by side-bead test, Takaya Hitomi1 , Tatsuya
Hama1 , Hiroaki Mori1 , Satoshi Kon2 , Satoki Kogita2 , Masakazu Shibahara2 , 1 Osaka
University, Graduated School of Engineering, Department of Industry and Technology, Japan,
2
Osaka Prefecture University, College and Graduate School of Engineering, Department ofMarine System Engineering, Japan
P-45
Student
A107
Metallurgical and numerical analyses of center-line crack behavior in laser beam
welds of type 316L stainless steel using side-bead test, Hideki Mitsunari1 , HiroakiMori1 , Satoshi Kon2 , Masakazu Shibahara2 , 1 Osaka University, Graduate School ofEngineering, Department of Industry and Technology, Japan, 2 Osaka Prefecture University,
College and Graduate School of Engineering, Department of Marine System Engineering, Japan
P-46
A212
Position welding for internal welded specimen using disk laser-GMA hybrid
welding, Young-Nam Ahn1 , Cheolhee Kim1 , 1 KITECH, Korea
P-47
A246
Eﬀect of oxide film covering groove face on properties of laser-arc hybrid-welded
butt joints, Kaoru Takezaki1 , Tomo Ogura1 , Tomokazu Sano1 , Akio Hirose1 , Masami
Mizutani2 , Seiji Katayama2 , Hikotaro Ochiai3 , Ryosuke Kimura3 , Shozo Ono3 , 1 Division ofMaterials and Manufacturing Science, Osaka University, Japan, 2 Joining and Welding ResearchInstitute, Osaka University, Japan, 3 Mitsui Engineering & Shipbuilding Co., Ltd., Japan
P-48
Student
A054
1
2 1
Dual beam selective laser melting, Siang-Yang Wu , Chung-Wei Cheng , Department of
Mechanical Engineering, National Chiao Tung University, Taiwan, 2 Department of
Mechanical Engineering, National Chiao Tung University, Taiwan
P-49
A238
Development of laser cladding and non-destructive inspection technology in heatexchanger tube, Takaya Terada1 , Daisuke Kitsunai1 , Akihiko Nishimura1 , Fuyumi Ito2 ,1
Japan Atomic Energy Agency, Japan, 2 The Wakasa Wan Energy Research Center, Japan
P-50
A055
Tribological properties of multilayered IN718 coating fabricated by high power
diode laser processing, Yaocheng Zhang1 , Li Yang1 , Jun Dai1 , 1 Changshu Institute ofTechnology, P.R. China
Student
A279
P-51
Polymer (PC+ABS) joining by laser hybrid process, Jin Young Yoon1,2 , Hae Woon
Choi3 , Cheolhee Kim1 , Sehun Rhee2 , 1 Advanced Welding & Joining R&BD Group, KITECH,
Korea, 2 School of Mechanical Engineering, Hanyang University, Korea, 3 Dept. of Mechanicaland Automotive Engineering, Keimyung University, Korea
A292
P-52
Development of high power single-mode fiber laser and its applications, Masahiro
Hirao1 , Takashi Kayahara1 , Kanji Tanaka1 , Akira Fujisaki1 , 1 Furukawa Electric Co,. Ltd,
Japan

33

updated May 20, 2015

PosterP-42
A051
Investigation of thermochemical reaction of metallic grooves manufactured withthe laser micromachining in liquid, Kwang H. Oh1 , S. Z. Lee1 , S. H. Jeong2 , 1 Laser
Center, Jeonnam Technopark Stiftung, Republic of Korea, 2 Department of Mechatronics,
Gwangju Institute of Science and Technology, Republic of Korea

Author Index

Author Index—A—
Abe, Hiroshi
Abe, Nobuyuki
Abe, Tamotsu
Abe, TetsuyaAbe, Yohei
Abels, Peter
Adelmann, Benedikt

P-16
Fr4-HO-9
FrM-JI-2
P-18
We4-HO-4
Tu4-HO-5
We2-LO-13,
Th3-LO-2
Aden, Mirko
We4-HO-10,
Th4-HO-5
Aekbote, Badri Lakshmanrao
We1-LO-6
Ahn, Young-Nam
P-46
Akarapu, Ravindra
Th2-LO-6,
Th2-LO-8
Akitsu, Tetsuya
P-27
Alesenkov, Aleksandr
Th2-LO-4
Alexeev, Ilya
Tu1-LO-4,
We2-LO-6
Alloncle, A. Patricia
Tu1-LO-8
Amend, Philipp
Th4-HO-2,
Th4-HO-3
Amo, Annaliza
P-40
Andrey , Gumenyuk
Tu4-HO-9
Antohe, Stefan
P-17
Antonopoulos, Georgios Tu1-LI-5
Anzai, Kenji
Th3-LO-8
Aoki, Tamao
Th1-LO-3
Aoki, Toru
Th2-LO-16,
Th2-LO-17
Aoyama, Mitsuaki
Th3-LO-8
Arakane, Shun
Fr3-LO-9
Arakawa, Kazuto
Tu3-LO-11,
We3-LO-5
Arnold, Craig B.
Tu1-LI-3
Asahi, Tsuyoshi
Th1-LI-13
Assuncao, Eurico
Tu4-HO-8
Athanasiou, Christos Edward
Fr1-LO-3
Aubry, Pascal
Fr4-HO-12
Aubry, Pascal J.
Fr4-HO-6
Avotina, Liga
P-17
—B—
P-1
Baba, Motoyoshi
Bai, Hailin
Tu3-LO-3
Baravaglio, G
Tu1-LO-2
Barcikowski, Stephan
Th1-LO-1,
Th1-LO-2, Th1-LO-8,
Th1-LO-12, Th1-LO-14, P-3
Barth, Johannes
Fr4-HO-2
Bauer, Franziska
Tu3-LO-10
Baum, Marcus
Tu1-LO-4,
We2-LO-6, Th2-LO-14
Bautze, Thibault
Tu4-HO-4
Becker, BastianFr3-LO-3,
Fr4-HO-8
Bellouard, Yves
We1-LI-1,
We1-LO-3, Th3-LO-11,
Th3-LO-9, Th3-LO-15,
Fr1-LO-3
Benabid, Fetah
Fr3-LO-5

updated May 20, 2015

Benayoun, Stéphane
Th2-LO-11
Benkler, ManuelTh3-LO-3
Berg, Yuval
We2-LO-12
Bergmann, Jean Pierre Th4-HO-1
Beyer, Eckhard
We4-HI-6,
Th4-HO-14
Biver, Emeric
Tu1-LO-8
Blackburn, Jon
Tu4-HO-8
Blanc, Cécile
Fr4-HO-6
Boarino, Luca
Tu1-LO-2, P-33
Bonse, Jörn
Th2-LI-9,
Th2-LO-10, P-21
Bonss, Steﬀen
We4-HI-6
Bonß, Steﬀen
Th4-HO-14
Booth, Martin J.
We3-LO-2
Bourgeade, Antoine
We2-LO-10
Bracker, ManuelWe3-LO-8
Bräutigam, Kevin
Th4-HO-1
Brehm, Eric
We2-LO-6
Britten, Simon W.
Tu3-LO-4
Brunette, Isabelle
We3-LO-11
Brunton, Adam
Fr2-LO-1
Budde, Jan-Hendrik
Fr2-LO-7
Buividas, Ričardas
Fr3-LO-6
Butkus, Simas
Th2-LO-4
Búzás, András
We1-LO-7—C—
Carberry, Joel

Th2-LO-6,
Th2-LO-8
Cetin, Mesut
Th3-LO-6
Chakif, M’Barek
Th1-LO-7
Chang, Tien-Li
P-37
Chang, Wei-Cheng
P-12
Chang, Y.-J.
P-38
Chang, Yuan-Chih
Th4-HO-18
Chang, Yung-Hang
P-12
Chen, Chien-Hsing
Fr1-LO-8,
Fr1-LO-9
Chen, Chiun-Hsun
P-12
Chen, Feng Th3-LO-9, Fr2-LI-8
Chen, James
Fr4-HO-7
Chen, Li
Tu2-LO-8
Chen, Ming-Fei
P-39
Chen, Peng
Tu2-LO-2, P-6
Chen, Ting-Hsuan
Tu1-LI-3
Chen, Y. C.
P-15
Cheng, C. C.
P-15
Cheng, Chung-Wei
Tu2-LO-3,
P-12, P-48
Cheng, Guang Hua
Fr3-LO-7
Cheng, Ji-Yen
Th3-LO-7
Cheng, Wei-Jen
Fr1-LO-6
Cheng, Ya We1-LO-2, Th3-LO-11
Chewchinda, Pattarin
Th1-LO-6
Chiang, Donyau
P-37, P-39,
P-41
Chiba, AkihikoTh4-HI-10
Chimier, Benoit
We2-LO-10
Cho, Sung Hak
P-36
Cho, Sung-Hak
We3-LO-3
Choi, Hae Woon
P-51
Choi, Jung Hyun
Tu2-LO-734

Choi, Jung-Hyun
Choi, Wonsuk
Chu, Hui-Hsin
Chung, Chien-Kai

Fr1-LO-4
P-36
P-43
P-37, P-39,
P-41
Constantinescu, Catalin
Tu1-LO-2, P-33
Costantino, Santiago
We3-LO-11
Coustillier, Gaëlle
Tu1-LO-8
Coustillier, Gaelle
Fr2-LO-2
Cvecek, KristianFr1-LO-1—D—
Dahmen, Martin
FrM-JI-1
Dai, Jun
P-50
Dai, Wei
P-28
Daido, Hiroyuki Fr1-LO-5, P-16
Daiki, Kataoka
P-22
Dannheisig, Andreas
Th4-HO-16
Danno, Minoru
Th4-HO-8
De Leo, Natalia Tu1-LO-2, P-33
de Loor, Ronny
Fr3-LO-4
De Mesa, Joseph Aban Tu3-LO-9,
P-40
Debord, Benoit
Fr3-LO-5
Deepak, Kallepali
P-33
Delaporte, Philippe
Tu1-LO-2,
Tu1-LO-8, Fr2-LO-2, P-33
Dematteo-Caulier, Ophélie
We2-LO-10
Derrien, Thibault J.-Y. Th2-LI-9
Di Leonardo, Roberto
We1-LO-7
Dobler, Michael
Tu4-HO-7,
We4-HI-11
Dolev, Omer
We2-LO-12
Domke, Matthias
Tu2-LO-9
Drechsel, Jan
Fr4-HO-2
Duchateau, Guillaume We2-LO-10
Duesing, Jan Friedrich Fr2-LO-11
Dunne, Brendan
Fr2-LO-2
Dupriez, Pascal
Fr3-LO-5
Dzuba, J.
Th3-LO-3—E—
Eason, Rob W
Fr2-LO-6
Ebert, Robby
Fr2-LO-10
Eckl, Johannes
Fr1-LO-1
Eckstädt, Johannes
Th4-HO-5
Eimura, Takayuki
We3-LO-5
Eiselen, Sasia
Fr1-LO-1
Engelamann, Christoph
We4-HO-10
Engelmann, Christoph Th4-HO-5,
Th4-HO-6
Erler, Martin
Fr2-LO-10
Exner, Horst
Fr2-LO-10
Eyama, Takashi
P-1—F—
Fan, L.S.
Fang, Zhiwei
Fardel, Romain
Feinaeugle, Matthias
Felix, Sima

Th3-LO-13
We1-LO-2
Tu1-LI-3
Fr2-LO-6
We1-LO-12

Author Index—G—
G, Balaganesan
Gagarsky, Sergey V.
Galajda, Péter
Gao, Y.
García, Jordi
Garcia, Wilson Ong

Th2-LO-13
Th2-LO-17
We1-LO-7
Th3-LO-13
Th4-HO-16
Tu3-LO-9,
P-40
Gasser, Andres
Fr4-HO-11
Gecys, Paulius
Fr2-LO-4
Gedvilas, Mindaugas
We3-LO-1
Gentemann, Lara
Tu1-LI-5
Georges, Patrick
Fr3-LO-5
Gerome, Frederic
Fr3-LO-5
Gillner, Arnold
Tu2-LO-1,
Tu3-LO-4, We2-LO-8,
Fr2-LO-7
Gnatyuk, Dmytro V. Th2-LO-16,
Th2-LO-17
Gnatyuk, Volodymyr A.
Th2-LO-17
Goekce, Bilal
Th1-LO-12
Goh, George
Fr1-LO-11
Gökce, Bilal
Th1-LO-1
Goya, Saneyuki
Th4-HO-8
Graf, Thomas
We4-HI-12,
Fr3-LO-1
Grant-Jacob, James A
Fr2-LO-6
Gregorcic, Peter
We3-LI-9
Grigorescu, Cristiana A
P-17
Grojo, David
Tu1-LO-2, P-33
Gronau, Stefan
Fr2-LO-10
Gu, BoTuM-PL-3
Gu, Min
We3-LI-4
Guang Hua , Cheng
Tu2-LO-8
Guichard, Florent
Fr3-LO-5
Guo, Chunlei
Fr2-LI-9
Guo, T.Y.
P-31
Gupta, Sanjay
Th2-LO-13
Gurevich, Evgeny
Th1-LO-7—H—
Ha, Seung Hyun
Ham, Seung Sik
Hama, Tatsuya
Hambach, Nelli
Han, Jie

P-35
P-9
P-44
Tu2-LO-1
Th4-HO-11

Hanada, Yasutaka
P-23
Hanawa, Takao
Tu2-LO-2, P-6
Hand, Duncan P.
Th2-LO-7,
Fr2-LO-1
Hanna, Marc
Fr3-LO-5
Hannweber, Jan
Th4-HO-14
Hao, Zhang
Tu2-LO-8
Hara, Michikazu
Th1-LO-6
Harada, Kosuke
We2-LO-2
Harada, Yoshihisa
Th3-LO-8
Hartelt, Manfred
P-21
Hartmann, Claudia
Tu2-LO-1
Hasegawa, Kazuo
We2-LO-11
Hasegawa, Noboru
P-1
Hasegawa, Satoshi
We2-LO-7,
P-18
Hashida, Koei
We4-HO-5
Hashimoto, Shuichi
Th1-LI-5
Hashimoto, Tadafumi
We3-LO-5
Hasumi, Masahiko
P-2
Hata, Seiichi
Fr3-LO-9, P-4
Hattori, Masakazu
We2-LO-5
Hauschild, Dirk
We3-LO-8
Haxhiaj, Ina
P-3
Hayasaki, Yoshio We2-LO-7, P-18
Hayashi, YoshihikoFr4-HO-9
Heath, Dan J
Fr2-LO-6
Heberle, Johannes
We4-HI-11
Heinemann, Dag
Tu1-LI-5
Heinrich, Gerrit
Tu3-LO-8
Heisterkamp, Alexander
Tu1-LI-5
Hellmann, Ralf
We2-LO-13,
Th3-LO-2, Th2-LO-12
Hendricks, Frank
Th2-LO-2
Hennig, Guido
Fr3-LO-4
Hentschel, Oliver
Th4-HO-2
Herman, Peter Robert
Th2-LO-3
Hermsdorf, Jörg
P-14
Herzlieb, Marcel
Th2-LO-10
Hibino, Hiroki
We2-LO-5
Higashihata, Mitsuhiro We2-LO-1,
We2-LO-2, P-29
Hioki, Yukio
We4-HO-4
Hirao, Masahiro
P-52
Hirayama, Reona
Th2-LI-5
Hirosaki, Naoto
Th1-LO-10
Hirose, Akio
Tu3-LO-11,
We3-LO-5, P-47
Hitomi, Takaya
P-44
Ho, C.-C.
P-38
Hoﬀ, ChristianP-14
Hoﬀart, Louis
We3-LO-11
Hofmann, Konstantin
We4-HO-7
Höhm, Sandra
Th2-LI-9,
Th2-LO-10, P-21
Holzer, Matthias
We4-HO-7
Hong, T.F.
P-31
Hönninger, Clemens
We2-LO-10
Honninger, Clemens
Fr3-LO-5
Hoppius, Jan
Th1-LO-7
Hori, Tsukasa
FrM-JI-2
Horn, Matthias
Fr2-LO-10
Hosokai, Tomonao
Tu3-LO-11
Hosokawa, Yoichiroh
We3-LO-10
Hou, W. J.
Fr1-LO-10
Hou, Xun
Fr2-LI-8

35

Hoyo, Jesus
Th3-LO-10
Hsiao, Wen-Tse P-37, P-39, P-41
Hsu, J.-C.
P-38
Hsu, Wen-Chi
Th3-LO-7
Hsu, Yi-Cheng
Fr1-LO-6,
Fr1-LO-7
Hu, Sifu
Th3-LO-14
Hu, Wei
Th2-LO-15
Huang, Chien-Jung
Tu2-LO-3
Huang, Jun-Ting
Fr1-LO-8,
Fr1-LO-9
Huang, Kuo-Cheng
P-39, P-41
Huang, Min
Th3-LO-11
Huang, Pei-Hsing
Fr1-LO-9
Huber, Heinz
Fr1-LO-1
Huber, Heinz Paul
Tu3-LO-8
Huerner, Andreas
Th3-LO-2
Hugger, FlorianWe4-HO-7
Hung, Shang-Chao
Fr1-LO-6
Hwang, Jun Young
Th1-LO-4—I—
Iino, Takanor
We3-LO-10
Ikenoue, Hiroshi
We2-LO-1,
We2-LO-2, We2-LO-4,
We2-LO-5, We3-LO-7, P-29
Inubushi, Yuichi
Tu3-LO-11
Ishibashi, Genki
We1-LO-4
Ishide, Takashi
Th4-HO-8
Ishiguro, Masashi
P-32
Ishii, Atsuhiro
Tu1-LO-6
Ishikawa, Yoshie
Th1-LO-15,
Th1-LO-16
Ishizuka, Shogo
Fr2-LO-3
Isshiki, Yutaro
We3-LO-5
Ito, Atsuo
Tu2-LO-5
Ito, Fuyumi
P-49
Ivanenko, Mikhail
We3-LO-8
Iwai, Hiroki
Th4-HO-7
Iwata, Syouhei
We3-LO-5—J—
Jaeggi, Beat
Fr3-LO-4
Jagminienė, Aldona
We3-LO-1
Jahn, Axel
We4-HI-6
Jakobi, Jurij
Th1-LO-12
Jan, Chen-Han
Fr1-LO-8
Jang, Hong Seok
P-9
Janssen, Stefan
Th3-LO-6
Janzen, Vitalij
FrM-JI-1
Jarwitz, Michael
We4-HI-12
Javaux, Clémentine
We2-LO-10
Jean , Colombier Philippe
Tu2-LO-8
Jendrzej, Sandra
Th1-LO-1
Jeong, S. H.
P-42
Jeoung, Sae Chae
Tu2-LO-4
Jérôme, Varlet
Fr4-HO-6
Jezersek, Matija
We3-LI-9
Jiang, L. J.
Fr1-LO-10
Jitsuno, Takahisa
P-27
Juengst, Michael
Fr3-LO-2
Juodkazis, Saulius
Fr3-LO-6—K—
Kadoi, Kota

We4-HO-5,
We4-HO-8, We4-HO-14

updated May 20, 2015

Author Index

Fernandez, Paloma
Th3-LO-10
Fernandez, Toney Teddy
Th3-LO-10
Fetzer, FlorianWe4-HI-12
Fiedler, Wolfgang
Tu4-HO-5
Fögen, Niklas
Th3-LO-6
Förster, Daniel Johannes
Fr3-LO-1
Fu, L.M.
P-31
Fujii, Akira
Th4-HO-4
Fujimatsu, Yusei
P-30
Fujisaki, Akira
Th3-LO-8, P-52
Fukami, Shintaro
Th3-LO-5
Fukuda, Naoaki
Tu3-LO-6
Fukui, Tsutomu
We4-HO-5
Funakubo, Hiroshi
Th1-LO-6
Furukawa, Kazuaki
We2-LO-5
Furukawa, Koichi
Th3-LO-8
Furuyama, Yuta
P-16

Author Index

Author Index
Kagiya, KazuhikoFr4-HO-3
Kakehata, Masayuki
Tu2-LO-5
Kakimoto, Naoya
P-1
Kakizaki, Kouji
We3-LO-7
Kalies, Stefan
Tu1-LI-5
Kamba, Yasuhiro
We3-LO-7
Kamikawa-Shimizu, Yukiko
Fr2-LO-3
Kanazawa, Tatsunori
We4-HO-5
Kang, Hee Seok
Th1-LO-4
Kang, Kyoung Tae
Th1-LO-4
Kang, Min Gi
P-9
Kanitz, Alexander
Th1-LO-7
Kao, K. S.
P-15
Kao, Wesley Wei-Cheng
Th3-LO-7
Kaplan, Alexander F.H. Tu4-HO-8
Kar, Ajoy Kumar
Fr1-LI-12
Karasaki, Hidehiko
P-32
Karnakis, Dimitris
Tu1-LO-8
Kashiwabara, Ryota
We3-LO-5
Kaškelytė, Dalia
Th2-LO-4
Katayama, Seiji
TuM-PL-2,
We4-HO-2, We4-HO-3,
We4-HO-13, P-47
Kato, Naoya
P-32
Kato, Satoru
We2-LO-11
Katsura, Tomotaka
Th2-LI-5
Kawa, Takuya
Tu2-LO-2, P-6
Kawachi, Tetsuya
P-1
Kawahara, Hirotaka
We2-LO-2
Kawahito, Yousuke
We4-HO-3,
We4-HO-13
Kawano, Hiroyuki
We1-LO-12
Kawasoe, Kosuke
Th1-LO-15
Kawasuji, Yasufumi
FrM-JI-2
Kayahara, Takashi
Th3-LO-8,
P-52
Kelbassa, Ingomar
Th3-LO-6,
Th4-HO-9
Kelemen, Lóránd
We1-LO-6,
We1-LO-7
Keller, Stephan
Tu2-LO-1
Ki, Hyungson
Th4-HO-15
Kieﬀer, Jean-Claude
We3-LO-11
Kikuchi, Hiroshi
Fr1-LO-2
Kikuta, Hisao
Fr1-LO-2
Kim, Chang Hwan
P-9
Kim, Cheolhee
P-46, P-51
KIm, Ji Hyeon
P-35
kim, kyunghan
P-19
Kim, Sanseo
Th4-HO-15
Kim, Soo-Min
Fr1-LO-4
Kim, Tae Dong
P-9
Kimura, Ryosuke
P-47
Kinouchi, Masato
Th4-HO-8
Kissi, Eric Ofosu
Th3-LO-15
Kitagawa, Akikazu
We4-HO-4
Kitamoto, Yoshitaka
Th1-LO-6
Kitawaki, Ippei
We3-LO-6
Kitsunai, Daisuke
P-49
Kizane, Gunta
P-17
Klämpfl, FlorianFr4-HO-4
Kling, Rainer
We2-LO-10
Klotzbach, Annett
We4-HI-6
Klötzer, Sascha
Fr2-LO-10
Kobayashi, Junko
We3-LO-10

updated May 20, 2015

Koch, Juergen
Fr2-LO-11
Kodama, Ryosuke
Tu3-LO-11
Kodama, Takeshi
FrM-JI-2
Kodama, Yasuteru
We3-LO-6
Kogel-Hollacher, Markus
Tu4-HO-4
Kogita, Satoki
P-44
Kohl, Bernd
Th4-HO-3
Köhler, Henry
Th4-HO-17
Koitzsch, Matthias
Tu4-HO-2,
Fr3-LO-3
Koizumi, Yuichiro
Th4-HI-10
Komada, Eisuke
We1-LO-4
Komatsubara, N.
Tu3-LO-7
Kon, Satoshi
P-44, P-45
Kondo, Kenta
P-13
Kong, Choon-Yen
Tu4-HO-8
Koshizaki, Naoto
Th1-LO-15,
Th1-LO-16
Koter, Robert
P-21
Kotler, Zvi
We2-LO-12
Krause, Volker
Tu4-HO-3
Krüger, Jörg
Th2-LI-9,
Th2-LO-10, P-21
Kuehn, Stefan
Th4-HO-14
Kukreja, L. M.
Th4-HO-13
Kuo, C.-L.
P-38
Kurita, Torataro
P-11
Kurosaki, Ryuzo
Fr2-LO-3
Kurosu, Shingo
Th4-HI-10
Kutsuna, Muneharu
Fr4-HO-1
Kyritsis, Apostolos
Tu1-LO-8—L—
Lalinsky, T.
Th3-LO-3
Lassonde, Philippe
We3-LO-11
Lau, Marcus
Th1-LO-2, P-3
Laus, Michael
Tu1-LO-2, P-33
Lee, Chun Jae
P-35
Lee, H.S.
Tu2-LO-4
Lee, Hee Lak
Th1-LO-4
Lee, Ho
P-9
Lee, Hwa-Teng
Th4-HO-18
Lee, Hyeonmin
Tu2-LO-7
Lee, Ik Sang
Th1-LO-4
Lee, Jaehoon
P-19
Lee, KaRam
We4-HO-9
Lee, S. Z.
P-42
Lee, SangZoon
We4-HO-9
Lee, Yong Joong
P-9
Legare, Francois
We3-LO-11
Levytskyi, Sergiy N.
Th2-LO-17
Leyder, Stephanie
Fr2-LO-2
Li, May-Hui
P-43
Li, Xiaohong
Th3-LO-14
Li, Zhihui
Th3-LO-14
Liao, Yang
Th3-LO-11
Lin, H. K.
P-15
Lin, H.K
P-31
Lin, Hsin-Hong
Fr1-LO-6
Lin, Jintian
We1-LO-2
Lin, K.Y.
P-31
Lin, Luchan
Tu3-LO-3
Lin, R. C.
P-15
Lin, Sin-Hong
Fr1-LO-7
Lin, Tzu-Chau
P-43
Lindner, Stefan
FrM-JI-1

36

Lionti, Anthony
Tu1-LO-2
Liu, Anping Th2-LO-6, Th2-LO-8
Liu, Che-Yu
P-43
Liu, Lei
Tu3-LO-3
Liu, P.
Th1-LO-11
Liu, Xin
Fr3-LO-7
Liu, Yi-You
P-43
Lopez, John
We2-LO-10
Löschner, Udo
Fr4-HO-2
Lu, Y.F.
Th3-LO-13, Fr1-LO-10
Lucke, André
Fr3-LO-1
Lucki, Michal
Th3-LO-3
Lungu, Cristian P
P-17
Lungu, Mihai
P-17
Luo, Chih-Wei
P-43Luo, Y.-H.
P-38
Luo, Zhiqiang
Th2-LO-15—M—
M.S, Ramachandra Rao We2-LO-3
Machinet, Guillaume
Fr3-LO-5
MacPherson, William N.
Th2-LO-7
Makimura, Tetsuya
Th3-LO-5
Makrygianni, Marina
Tu1-LO-8,
P-5
Malinauskas, Mangirdas
Th2-LO-4
Malot, Thierry
Fr4-HO-12
Mamuschkin, Viktor
We4-HO-10,
Th4-HO-5
Marcu, Aurelian
P-17
Marian, Anca
We3-LO-11
Marin, Alexandru
P-17
Markauskas, Edgaras
Fr2-LO-4
Markovic, Vesna
Fr3-LO-4
Marschner, Stephan
P-21
Martens, ChristianTh2-LO-11
Martinez Vazquez, Rebeca
Th3-LO-10
Maruo, Shoji
We1-LO-4,
We1-LI-5, We1-LO-8
Marzun, G.
Th1-LO-14
Masaki, Kiyotaka
We3-LO-5
Mashanovich, Goran Z Fr2-LO-6
Mashimo, Tsutomu
Tu3-LO-11
Masuno, Shinjiro
P-26
Mathesz, Anna
We1-LO-7
Mathur, Anil C
Th2-LO-13
Matsuba, Yoshiki
We2-LO-9
Matsuda, Tomoki
Tu3-LO-11,
We3-LO-5
Matsuoka, Fumihiro
P-26
Matsuoka, Takeshi
Tu3-LO-11
Matsushima, Kyoji
P-20
Matsushita, Masafumi
Th3-LO-8
Matsuyama, Norihiro
We3-LO-5
Matusiro, Yu
P-8Matylitsky, Victor
Th2-LO-2
McMillen, Ben
Th3-LO-9
Meiners, Wilhelm
Fr4-HI-10
Meinschien, Jens
We3-LO-8
Meunier, Jean
We3-LO-11
Meyer, Heiko
Tu1-LI-5
Mezari, Rezak
Fr4-HO-12
Michael , Rethmeier
Tu4-HO-9
Michalowski, Andreas Tu3-LO-10

Author Index—N—
Nada, Ossama
We3-LO-11
Nagai, Akiko
Tu2-LO-2, P-6
Nagata, Kiichiro
Tu3-LO-1
Nagatani, Akira
We3-LO-10
Nakahara, Sumio
P-20
Nakamura, Daisuke
We2-LO-1,
We2-LO-2, We2-LO-4,
We2-LO-5, We3-LO-7,
Th3-LO-5, P-29
Nakamura, Junji
P-3
Nakamura, Susumu
We2-LO-14
Nakamura, Tomohiko
P-2

Nakamura, Tsuyoshi
Nakamura, Yasuyuki
Nakano, Hitoshi
Nakao, Shihomi
Nakarai, Hiroaki
Nakashiba, Sin-ichi
Nakata, Kazuhiro
Nakata, Yoshiki
Nakatani, Mitsuyoshi
Nakayama, Shin
Nammi, Srinagalakshmi

Fr4-HO-8
Th4-HO-7
We3-LO-6
We2-LO-2
FrM-JI-2
Tu3-LO-2
We4-HO-4
We2-LO-2,
We2-LO-9
We4-HO-4
We4-HO-5
Th2-LO-13

Narayan, Roger Jagdish
We3-LI-12
Fr2-LO-3
Th2-LO-6,
Th2-LO-8
Neuenschwander, Beat Fr3-LO-4
Ni, Jielei
Th3-LO-11
Niino, Hiroyuki
Th3-LO-5,
Th3-LO-8, Fr2-LO-3
Nishi, Norio
Tu3-LO-2
Nishikino, Masaharu
P-1
Nishimae, Junichi
Th2-LI-5
Nishimura, Akihiko
Fr1-LO-5,
P-16, P-49
Nishimura, Mikio
We3-LO-10
Nishinaga, Jiro
Fr2-LO-3
Nishino, Michiteru
Th3-LO-8
Nishiyama, Hiroaki
Tu1-LO-7
Nolte, Stefan
Tu3-LO-10
Nomura, Kazufumi
Tu3-LO-7
Norkus, Eugenijus
We3-LO-1
Nose, Tetsuro
We4-HO-5
Nowak, Krzysztof M
FrM-JI-2
Narazaki, Aiko
Nayak, Barada—O—
Ochiai, Hikotaro
P-47
Odawara, Osamu
Th1-LO-6,
Th1-LO-10, Th1-LO-15
Ogawa, Mizuki
Th3-LO-5
Ogawa, Tatsuya
P-23
Ogura, Tomo
P-47
Oh, Kwang H.
We4-HO-9, P-42
Ohata, Mitsuru
Tu3-LO-11
Ohkubo, Tomoyuki
We2-LO-4,
We3-LO-7
Ohmura, Etsuji
Tu3-LO-1,
Tu3-LO-7
Ohshima, Takeshi
P-16
Ohzeki, Yukinari
Tu1-LO-7
Oikawa, Kazusato
We3-LO-10
Oikawa, Ryota
P-23
Oizumi, Hiroaki
We3-LO-7
Okada, Akira
Tu3-LO-2
Okada, Takuro
Tu3-LO-6
Okada, Tatsuo
We2-LO-1,
We2-LO-2, We2-LO-4,
We2-LO-5, We3-LO-7,
Th3-LO-5, P-29
Okada, Tatsuya
P-13
Okamoto, Yasuhiro
Tu3-LO-2
Okazaki, Shinji
FrM-JI-2
Okoshi, Masayuki
Th3-LO-1
Olowinsky, Alexander
Tu3-LO-4,
We4-HO-10, Th4-HO-5

37

Ono, Shozo
P-47
Oppitz, SebastianTh3-LO-6
Ormos, Pál We1-LO-6, We1-LO-7
Oroszi, Lásazló
We1-LO-7
Osellame, Roberto
We1-LI-9,
Th3-LO-10
Ostendorf, Andreas
TuM-PL-1,
Th1-LO-7
Ota, Michiharu
P-18
Otero, Jacobo
Th4-HO-16
Otero, Nerea
Th4-HO-16,
Fr1-LO-11, P-14
Otsuka, Yuichi
Th4-HO-4
Overmeyer, Ludger
Fr2-LO-11
Oyane, Ayako
Tu2-LO-5
Ozaki, Norimasa
Tu3-LO-11—P—
Paipulas, Domas
Th2-LO-4,
Fr3-LO-6, Fr3-LO-8
Palani, I. A.
Th4-HO-13
Pannir selvam, EmmanuelWe2-LO-3
Park, Hun
P-35
Park, Jongkweon
P-19
Park, Kyung-Hoon
Th1-LO-4,
Fr1-LO-4
Park, Sang Joon
P-35
Paul, C. P.
Th4-HO-13
Penning, Lars
Fr3-LO-4
Pentzien, Simone
P-21
Pereira, Antonio
P-33
Petring, Dirk
Tu4-HI-6,
Th4-HO-6, FrM-JI-1
Pira, Nello Li
We3-LO-1
Pirch, Norbert
Fr4-HO-11
Piredda, Giovanni
Tu2-LO-9
Poegen, Dirk
Th4-HO-14
Porosnicu, Corneliu
P-17
Preusch, FlorianTh2-LO-12
Puerto, Daniel
Tu1-LO-8—Q—
Qiao, Lingling
QingLong, Pan
Qiu, Jianrong
Qiu, Rong
Quintino, Luisa

We1-LO-2,
Th3-LO-11
We4-HO-3
Th1-LI-9
Th3-LO-14
Tu4-HO-8—R—
R, Sriram
Th3-LO-17
Račiukaitis, Gediminas We3-LO-1,
P-25
Raciukaitis, Gediminas Fr2-LO-4
Rakickas, Tomas
P-25
Rakoski, Mirko
Tu1-LI-5
Rapp, Stephan
Tu3-LO-8
Ratautas, Karolis
We3-LO-1
Ratzke, Markus
Th2-LO-11
Reif, Juergen
Th2-LO-11
Rekštytė, Sima
Fr3-LO-8
Resan, Bojan
Fr3-LO-4
Rhee, Sehun
P-51
Rie, Tanabe
P-22
Riester, Dominik Arthur Fr2-LO-7
Ripken, Tammo
Tu1-LI-5

updated May 20, 2015

Author Index

Midorikawa, Katsumi We1-LO-10,
We1-LO-11, We1-LO-12
Miikka, Karhu
We4-HO-1
Mikschl, FlorianTh2-LO-14
Mills, Ben
Fr2-LO-6
Minami, Yasuo
P-1
Miranda, Jessa Jayne Cosare
Tu3-LO-9
Mishchik, Konstantin We2-LO-10
Mishra, S. K.
Th4-HO-13
Mitsuhashi, Tatsuki
Tu1-LO-6
Mitsui, Kenji
We4-HO-14
Mitsunari, Hideki
P-45
Miura, Kiyotaka
Tu2-LO-6,
Tu3-LO-6, P-7, P-10, P-11,
P-30
Miyamoto, Isamu
Tu3-LO-1,
Tu3-LO-7
Miyamoto, Yukio
We3-LO-6
Miyanaga, Noriaki
We2-LO-9
Miyashita, Yukio
Th4-HO-4
Miyato, Taizo
Th3-LO-8
Mizeikis, Vygantas
Th2-LO-17,
Fr3-LO-6, Fr3-LO-8
Mizoguchi, Hakaru
FrM-JI-2
Mizoshiri, Mizue
Fr3-LO-9, P-4
Mizui, Hiroyuki
Th4-HO-7
Mizunami, Toru
P-34
Mizuntani, Masami
We4-HO-3
Mizutani, Akio
Fr1-LO-2
Mizutani, Masami
We4-HO-2,
We4-HO-13, P-47
Mocaer, Quentin
Fr3-LO-5
Moll, Wolfgang
Th4-HO-6
Moon, H-.Y.
Tu2-LO-4
Moon, M. W.
P-28
Moon, Seung-Jae
Tu2-LO-7,
Th1-LO-4, Fr1-LO-4
Mori, Atsushi
P-32
Mori, Hiroaki
P-44, P-45
Mori, Kiyokazu
Fr4-HO-3
Mori, Satoshi
P-11
Morimoto, Kazuki
P-13
Morishita, Yoshitsugu
Th4-HO-7
Mottay, Eric
Fr3-LO-5
Mousavi, Mansoureh
Th3-LO-7
Moustakas, Christos
Tu1-LO-8
Chatzimanolis
Mozina, Janez
We3-LI-9
Muhammad , Sohail
Tu4-HO-9
Muhammad, Sohail
We4-HO-1
Murakami, Kouichi
Th3-LO-5
Murata, Atsushi
P-10

Author Index

Author Index

Risse, Jeroen
Fr4-HI-10
Romero, Pablo M.
Th4-HO-16,
Fr1-LO-11, P-14
Rominger, Volker
Tu4-HO-2
Rosenfeld, Arkadi
Th2-LI-9,
Th2-LO-10, P-21
Roth, Gian Luca
Th3-LO-2
Roth, Stephan
Tu3-LO-5,
We4-HO-7, Th4-HO-2,
Th4-HO-3
Roy, Sebastien
We3-LO-11
Ruetering, Markus
Tu4-HO-3
Rui, Idustu
P-1
Rumsby, Phil
Fr2-LO-1
Rung, Stefan
Th2-LO-12
Russ, Simone
Fr3-LO-3
Ryger, Ivan
Th3-LO-3
Ryu, Kyongtae
Th1-LO-4—S—
Saitou, Takashi
FrM-JI-2
Sakagawa, Tomokazu
Tu3-LO-2
Sakakura, Masaaki
Tu2-LO-6,
Tu3-LO-6, P-7, P-10, P-11,
P-30
Sakata, Osami
Tu3-LO-11
Sakoda, Shuntaro
We4-HO-8
Sakuma, Kazuki
P-18
Sakurai, Junpei
Fr3-LO-9, P-4
Salter, Patrick S.
We3-LO-2
Sameshima, Toshiyuki
P-2
Sandeau, Nicolas
Tu1-LO-2
Sanmartin, Daniel
Fr1-LO-11
Sano, Kazuya
Th4-HO-7
Sano, Tomokazu
Tu3-LO-11,
We3-LO-5, P-47
Sano, Yuji Tu3-LO-11, We3-LO-5
Sano, Yukio
Tu3-LO-11
Sarmago, Roland Villano
P-40
Sato, Tadatake
Fr2-LO-3
Sato, Takahiro
Tu3-LO-11
Sato, Tomoko
Tu3-LO-11
Sato, Yuji
P-26
Sato, Yuta
P-29
Sayson, Luce Vida
P-40
Scheitler, ChristianTh4-HO-2
Schille, Jörg
Fr4-HO-2
Schmidt, Michael
Tu1-LO-4,
Tu3-LO-5, Tu3-LO-8,
Tu4-HO-7, We2-LO-6,
We4-HO-7, We4-HI-11,
Th4-HO-2, Th4-HO-3,
Th2-LO-14, Fr1-LO-1,
Fr4-HO-4
Schneider, Frank
Tu4-HI-6,
Th4-HO-6
Schoenleber, Martin
Tu4-HO-4
Schomaker, Markus
Tu1-LI-5
Schricker, Klaus
Th4-HO-1
Seefeld, Thomas
Th4-HO-17
Sei, Tomoaki
Tu2-LO-6, P-7
Seifert, Marko
Th4-HO-14
Sekar, Shiva
Th4-HO-13
Sekine, Toshimori
Tu3-LO-11
Sentis, Marc
Tu1-LO-8
Shcherbakov, Eugene A. Tu4-HI-1
Shen, Daozhi
Tu3-LO-3

updated May 20, 2015

Shen, K.-Y.
Shibahara, Masakazu
Shibata, Hajime
Shigemasa, Akinori
Shimada, Yukihiro
Shimogaki, Tetsuya

P-38
P-44, P-45
Fr2-LO-3
We3-LO-10
P-16
We2-LO-1,
We2-LO-2
Shimomura, Takuya
Fr1-LO-5,
P-16
Shimotsuma, Yasuhiko Tu2-LO-6,
Tu3-LO-6, P-7, P-10, P-11,
P-30
Shinonaga, Togo
Tu2-LO-2, P-6
Shinozaki, Kenji
We4-HO-5,
We4-HO-8, We4-HO-14
Shiraishi, Yutaka
FrM-JI-2
Sidhu, M. S.
Tu2-LO-4
Siebert, Christof
Fr3-LO-3
Siegel, Jan Tu1-LI-1, Th3-LO-10
Silvain, J.F.
Th3-LO-13
Sima, Felix
We1-LO-11
Sin Ying, Chiah
P-22
Sinopoli, Stefano
We3-LO-1
Sirutkaitis, Valdas
Th2-LO-4
Skupin, Stefan
We2-LO-10
So, Sangwoo
Th4-HO-15
Solis, Javier
Th3-LO-10
Sotillo, Belen
Th3-LO-10
Soumagne, Georg
FrM-JI-2
Spaltmann, Dirk
P-21
Sparnacci, Katia Tu1-LO-2, P-33
Stambke, Martin
Th4-HO-1
Standfuss, Jens
We4-HI-6
Stankevič, Valdemar
P-25
Stankevičienė, Ina
We3-LO-1
Steger, Michael
We2-LO-8
Stein, Stefan
Tu3-LO-5
Stoian , Razvan
Tu2-LO-8
Stoian, Razvan
Th3-LI-12,
Fr3-LO-7
Stoyanov, Stoyan
Tu4-HI-6
Straub, Oliver
We4-HO-7
Strauß, Johannes
Tu1-LO-4,
We2-LO-6
Stritt, Peter
We4-HI-12
Suchy, Michael
Tu3-LO-5
Suck-Joo , Na
Tu4-HO-9
Suck-Joo, Na
We4-HO-1
Suemoto, Tohru
P-1
Sugimura, Akira
Th1-LO-3
Sugioka, Koji
We1-LO-10,
We1-LO-11, We1-LO-12,
Th3-LO-11
Sugiyama, Tsutomu
P-32
Sun, Bangshan
We3-LO-2
SUN, Shihai
Th4-HI-10
Sundqvist, Jesper
Tu4-HO-8
Suttmann, Oliver
Fr2-LO-11—T—
Takada, Hideyuki
Takade, Isami
Takahashi, Akihiko
Takahashi, Hidetomo
Takahashi, Junpei
Takahashi, Kenjiro

38

Fr2-LO-3
Th1-LO-16
Th3-LO-5
We2-LO-11,
P-18
P-34
P-26

Takamura, Makoto
Takao, Shuhei
Takeda, Takashi
Takenaka, Yusuke

We2-LO-5
We2-LO-1
Th1-LO-10
Fr1-LO-5,
P-16
Takezaki, Kaoru
P-47
Takidani, Yusuke
P-13
Tamura, Kenki
P-4
Tanaka, Hiroshi
FrM-JI-2
Tanaka, Kanji
P-52
Tanaka, Kazuo A.
Tu3-LO-11
Tanaka, Yasuhiro
P-13
Tange, Yoshinori
Tu3-LO-11
Tanigawa, Daichi
Fr4-HO-9
Taniguchi, Shuhei
We1-LO-8
Tanino, Tadakazu
We4-HO-5
Taniyama, Daichi
We2-LO-4
Tarui, Taishi
Fr4-HO-3
Tatsumi, Yoshihiro
Fr4-HO-9
Tenner, Felix
Tu3-LO-5,
We4-HI-11, Fr4-HO-4
Terada, Takaya
Fr1-LO-5, P-49
Terai, Tomoyuki
Tu3-LO-11
Terakawa, Mitsuhiro
Tu1-LO-6
Thombansen, Ulirch
Tu4-HO-5
Thomy, Claus
Th4-HO-17
Togashi, Tadashi
Tu3-LO-11
Tokuhira, Shinnosuke
P-16
Tomita, Takuro
P-1, P-13
Tomiya, Touichirou
Th1-LO-10
Tono, Kensuke
Tu3-LO-11
Torii, Shuichi
Th3-LO-5
Torizuka, Kenji
Tu2-LO-5,
Fr2-LO-3
Tran, Van De
Fr4-HO-6
Trusheim, Daniel
Fr3-LO-2
Tsai, Yu-Cheng
Tu1-LI-3
Tseng, Bing-Chun
Th4-HO-18
Tseng, Sheng-Yang
P-43
Tseng, Shih-Feng
P-37, P-39,
P-41
Tseng, Ya-Hsin
P-43
Tsuchiya, Syoko
We4-HO-5
Tsuji, Masaharu
Th1-LO-16
Tsuji, Takeshi
Th1-LO-16
Tsukamoto, Masahiro
Tu2-LO-2,
We3-LO-6, Fr4-HO-9, P-6,
P-26
Tsutsumi, Seiichiro
We3-LO-5
Tsuyama, Miho
We3-LO-6—U—
Uchida, Hirohisa
Uchtmann, Hermann
Udono, Haruhiko
Ueki, Tomoyuki
Ueyama, Takeshi
Ullmann, Christoph
Umezu, Ikurou
Ungers, Michael
Uno, Kazuyuki
Urai, Hikari
Uranishi, Hiroyuki
Usui, Hiroyuki
Uteza, Olivier

P-16
Th4-HO-9
Tu2-LO-6
P-13
P-29
Tu4-HO-3
Th1-LO-3
Tu4-HO-5
P-27
Th3-LO-5
Tu3-LO-11
We4-HO-14
P-33

Author Index

Th3-LO-16
Th2-LO-11
Th3-LO-3
Th2-LO-11
We2-LO-3,
Th3-LO-17
Vasa, Nilesh J
Th2-LO-13
Veli, Kujanpaa
We4-HO-1
Vicsek, Tamás
We1-LO-7
Vidal, Francois
We3-LO-11
Vizsnyiczai, Gaszton
We1-LO-6,
We1-LO-7
Vlasenko, Oleksandr I. Th2-LO-17
Vollertsen, Frank
Th4-HO-17,
Fr4-HO-5
Volpp, Joerg
Fr4-HO-5—W—
Wada, Hiroyuki
Th1-LO-6,
Th1-LO-10, Th1-LO-15
Wada, Takuya
Tu3-LO-2
Wagener, P.
Th1-LO-14
Wagener, Philipp
P-3
Wagener, Rainer
FrM-JI-1
Wagner, Matthias
Fr4-HO-2
Wahba, Mohamed
We4-HO-2
Wakamiya, Katsushi
Th1-LO-3
Wang, Anthony
Tu3-LO-4
Wang, Ben
P-12
Wang, Dan
We4-HO-8
Wang, Haohao
Th1-LO-10
Wang, Jian-Neng
Fr1-LO-8,
Fr1-LO-9
Wang, Kan
P-12
Wang, M.X.
Th3-LO-13
Wang, Min
We1-LO-2
Wang, Yu-Ting
P-43
Wang, Zemin
Th4-HO-11
Warinsiriruk, Eakkachai
We4-HO-5
Watanabe, Hiroshi
We4-HO-5
Watanabe, Tei
Th1-LO-3
Watanabe, Toshiya
Th4-HO-8
Watanabe, Wataru
P-8

Watanabe, Yosuke
Watanabe, Yukio
Weber, Rudolf

We3-LO-7
FrM-JI-2
We4-HI-12,
Fr3-LO-1
Wehner, Martin
Fr2-LO-7
Wei, Xin
Th3-LO-4, Th2-LO-15
Weingarten, Kurt
Fr3-LO-4
Wiethop, Philipp
Tu4-HO-7
Witzel, Johannes Michael
Fr4-HO-11
Wlodarczyk, Krystian L.
Th2-LO-7, Fr2-LO-1
Wolf, Norbert
Th4-HO-6
Wu, B.S.
P-31
Wu, Dong
We1-LO-10,
We1-LO-11, We1-LO-12
Wu, Siang-Yang
P-48
Wu, Sizhu
We1-LO-10
Wu, Wei-Te Fr1-LO-8, Fr1-LO-9
Wu, Yu-Ren
Fr1-LO-9

Yamazaki, Yosuke
We4-HO-4
Yanagida, Tatsuya
FrM-JI-2
Yang, Chih-Chung
P-39, P-41
Yang, G.W.
Th1-LO-11
Yang, Jingjing
Th4-HO-11
Yang, Li
P-50
Yang, Qing
Fr2-LI-8
Yang, Tao
We1-LO-3
Yang, Yongjia
Th3-LO-14
Yashiro, Hidehiko
Tu2-LO-5
Yonemura, Masatoshi We2-LO-11
Yoneyama, Mikio
Fr4-HO-9
Yong, Jiale
Fr2-LI-8
Yoo, YoungTae
We4-HO-9
Yoon, Jin Young
P-51
Yoon, Kwangho
P-19
Yoshida, Takehito
Th1-LO-3
Yoshidomi, Shinya
P-2
Yoshiro, Ito
P-22Yu, Hanchen
Th4-HO-11—X—
Xiao, J.
Th1-LO-11
Xie, Xiaozhu
Th2-LO-15
Xiong, W.
Fr1-LO-10
Xu, Jian We1-LO-10, We1-LO-11,
We1-LO-12—Z—
Zacharatos, Filimon
P-5
Zaouter, Yoann
Fr3-LO-5
Zehetner, Johann
Th3-LO-3
Zehetner, Johannes
Tu2-LO-9
Zelenska, Kateryna S. Th2-LO-16,
Th2-LO-17
Zemaitis, Andrius
Fr2-LO-4
Zeng, Xiaoyan
Th4-HO-11
Zergioti, Ioanna
Tu1-LO-8,
Fr2-LI-5, P-5
Zhang, Chuck
P-12
Zhang, Dongshi
Fr2-LI-8
Zhang, Feng-Lin
P-24
Zhang, Yaocheng
P-50
Zheng, Yu-Xiang
Fr1-LO-8
Zhou, Y. S.
Fr1-LO-10
Zhou, Y.S.
Th3-LO-13
Zhou, Yunhong Norman Tu3-LO-3
Zhu, Yu-Sheng
Fr1-LO-6,
Fr1-LO-7
Zimmermann, Markus
Fr3-LO-4
Zingraf, Alexander
Fr4-HO-5
Zou, Guisheng
Tu3-LO-3—Y—
Y, Esther Blesso Vidhya
Th3-LO-17
Yabashi, Makina
Tu3-LO-11
Yabuuchi, Toshinori
Tu3-LO-11
Yajima, Hiroshi
We4-HO-5
Yamada, Tsuyoshi
FrM-JI-2
Yamagiwa, Mitsuru
P-1
Yamamoto, Motomichi We4-HO-5,
We4-HO-8, We4-HO-14
Yamamoto, Takuya
P-27
Yamasaki, Kota
We2-LO-2
Yamashita, Kensuke
P-26
Yamashita, Shotaro
We4-HO-14
Yamashita, Tsugito
Th3-LO-1
Yamazaki , Taku
FrM-JI-2
Yamazaki, Hiroyuki
Fr4-HO-9

Author Index—V—
V, Ezhil Maran
Valette, Stéphane
Vanko, Gabriel
Varlamova, OlgaVasa, Nilesh J

39updated May 20, 2015