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LAMP2019

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ativ

The 8th International Congress on Laser Advanced Materials Processing
LPM2019  The 20th International Symposium on Laser Precision Microfabrication
HPL2019  The 8th International Symposium on High Power Laser Processing
May 21

 24, 2019e

http://www.jlps.gr.jp/lamp/lamp2019/

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Hiroshima, Japane

LAMP2019 Tentative Program

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updated May 9, 2019

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Co-Chairs

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Koji Sugioka
RIKEN, Japan
Hiroyuki Niino AIST, Japan
Seiji Katayama Emeritus Prof., Osaka University, Japan, NADEX Co. Ltd., Japan
Takashi Ishide Mitsubishi Heavy Industries Ltd., Japan; JLPS President
Yongfeng Lu
University of Nebrasska-Lincoln, USA
Michael Schmidt Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany
Steering Committee Chair Kenji Shinozaki Hiroshima University, Japan
General Chair

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Program

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Program

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Oral SessioneTeOral Session

Opening

Hall "Himawari"
Day 1: May 21, Tuesday

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Day 1: May 21, Tuesday

Chair: Koji Sugioka, RIKEN, Japan: General Chair of LAMP2019
10:00

Opening Remark

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Plenary Session

Hall "Himawari"e

Chair: Seiji Katayama, Emeritus Prof., Osaka University, Japan;
NADEX Co. Ltd., Japan

A120290

Q-LEAP STELLA and related japanese national projects for
smart laser manufacturing, Kenichi L. Ishikawa ,Plenary

TuM-1

iv

10:10

1

1 Research Instituteatfor Photon Science and Laser Technology, The University of Tokyo, Japan

A121930

Localized source and sink systems of photons in nanometric region
and their applications for devices and fabrications, Tadashi Kawazoe ,
TuM-2

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10:50

Plenary

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1 Institute of Advanced Laser technology, Tokyo Denki University, Japan

A121149

Digital photonic production for a better future of the global
society, Reinhart Poprawe , Arnold Gillner , Dieter Homann , Reinhard
11:30

TuM-3

Plenary111Noll , Henrich Schleifenbaum , 1 Fraunhofer ILT Aachen, Germany
Lunch Time

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12:10

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updated May 9, 2019

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Session 5.

Hall "Himawari"Te

LPM: LPM 20th Year Anniversary
Session

Chair: Koji Sugioka, RIKEN, Japan: General
Chair of LAMP2019

Chair: Toshiharu Muramatsu, JAEA, Japan

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TuM-L4

TuM-L5

Miyamoto

1,2

Invited, Kristian Cvecek

2,31

Vázquez , 1 Institute of Production Engineering and
14:00

Tu5-H2

1, Michael Schmidt

2,3,4

A120213Inuences of surface pretreatments on
absorptivity changes induced by laser beamprocessing, Helge Kügler , Frank Vollertsen ,,1 Osaka University, Japan, 2 Erlangen Graduate Schoolof Advanced Optical Technologies (SAOT), Germany,

3 Friedrich-Alexander-University Erlangen Nuremberg,
4
Germany, Bayerisches Laserzentrum, Germany

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InvitedPhotonic Technologies, TU Wien, Austria

A120508

Advances of glass welding and its future
prospect - science and technology, Isamu

13:40

Tu5-H1

1

Sugioka1 , 1 Center for Advanced Photonics, RIKEN,
Japan

A121749

Fluid dynamical defect mechanisms in laser
beam welding, Andreas Otto , Rodrigo Gómez
13:30

A122860

Introductory talk: History of LPM, Koji
13:30

Room 4

HPL 1: Simulation & Fundamentals

A120606

1, 2

1 BIAS - Bremer Institut für angewandte Strahltechnik
2GmbH, Germany, University of Bremen, Germany

A120067

Thermal eect to photopolymerization process,
14:20

Tu5-H3

Evaldas Stankevicius1 , Zygimantas Prielaidas1 ,Gediminas Raciukaitis1 , 1 FTMC, Lithuania

Laser Precision Microfabrication (LPM): 20
years of controlled material forming, process Short wavelength pyrometry by photonA121995
diagnostics and physical conversion, Henry
counting/application for temperature
Helvajian ,measurement in laser oxygen cutting, Abbas
1eInvitedTuM-L6iv

14:10

1 Physical Sciences Laboratories, TheatAerospace Corporation, USA

A121523

Tent

Ostendorf1 , 1 Applied Laser Technologies, Ruhr
University Bochum, Germany

15:00

Coee Break

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labortory , Paris, FranceeCoee Break

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15:10

Student

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InvitedTuM-L7

Tu5-H4

Hamie1 , Matthieu Schneider1 , Nicolas Ranc1 , 1 PIMM

Review on laser structuring - from micrometerto nanometer precision within 20 years, Andreas
14:40

14:40

updated May 9, 2019

Day 1: May 21, Tuesday

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Session 1.

Oral Session

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Session 2.

Session 3.

Hall "Himawari"Te

LPM: SP1-1 "Laser synthesis andprocessing in liquids"

Chairs: Tsuyoshi Asahi, Ehime University, Japan;
Stephan Barcikowski, University ofDuisburg-Essen, Germany

Oral Session

Room 2

LPM: 3D Micro- and nanofabrication 1eChair: Henry Helvajian, The Aerospace
Corporation, USA

A120915

microuidic biochips for cancer cell
Chances of pulsed laser irradiation of colloidal 3D
migrationin nanometer-sized spaces fabricatednanoparticles for optoelectronic applications, by femtosecond
laser processing, Felix Sima ,Hongqiang Wang ,A120272

Invited1

1 State Key Laboratory ofSolidication Processing, Center for Nano Energy
Materials, School of Materials Science andChina

2 BSI, RIKEN, Japan,
3 BRC, Institute of Biophysics, Hungarian Academy of4
Sciences, Szeged, Hungary, CETAL, National

A120287

Student

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3

TuM-L9

4

2

3

2

1

Institute for Lasers, Plasma and Radiation Physics,
Magurele, Ilfov, Romania

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Tsubasa Isshiki1 , Hiroyoki Wada2 , Saeki Yamamuro1 ,Tsuyoshi Asahi1 , 1 Graduate School of Science andMatsuyama, Ehime, Japan,

at

1

2

RIKEN Center for Advanced Photonics, RIKENSaitama, Japan,

Chemical Technology, Tokyo Institute of Technology,
4259 Nagatsuta, Midori, Yokohama, Japan

Tu2-L2

Sugioka, 1 Advanced Laser Processing Research Team,2 Department of Chemical

Science and Engineering School of Materials andA120336

Highly sensitive 3D microuidic SERS chips
fabricated by all-femtosecond-laser-processing
for real-time sensing, Shi Bai , Anming Hu , Koji
15:50

3

Engineering, Ehime University, 3 Bunkyo,

1,4

for Advanced Photonics, Japan,

Fe O /Fe O composite sphere-particles
prepared by ns laser irradiation to α-Fe O
powder in water, Ryo Kihara , Akari Shigetaka ,16:00

Tu2-L1

Hiroyuki Kawano2 , Atsushi Miyawaki2 , Lorand
Kelemen3 , Pal Ormos3 , Dong Wu1 , Jian Xu1 ,Katsumi Midorikawa1 , Koji Sugioka1 , 1 RIKEN Center

Engineering, Northwestern Polytechnical University
and Shaanxi Joint Labortary of Graphene, Xi'an,

15:30

2 Department of MechanicalAerospace and Biomedical Engineering, University ofTennessee Knoxville, USA

A120224

Tailoring of magnetic properties of composite Femtosecond laser microfabrication forA122488
particles fabricated by pulsed laser irradiation, microoptical devices and biomimetic 3D
Zaneta Swiatkowska-Warkocka , Tatiana Itina ,microstructures, Dong Wu , Chaowei Wang ,Alexander Pyatenko , Naoto Koshizaki , Marta
1

3

2

4

Wolny-Marszalek1 , 1 Institute of Nuclear Physics,

ativ

A120966

Femtosecond laser-induced assembly of
nanomaterials based on multi-photon
reduction, Hiroaki Nishiyama , Yuya Ogawa , Kaito

16:40

TuM-L11

1

1

1

1

1

1

Laboratory, University of Science and Technology ofAdvanced Industrial Science and Technology, Tsukuba,

4
Japan, Hokkaido University, Sapporo, Japan

Invited

Tu2-L3

Yanlei Hu , Jiawen Li , 1 Micro/Nano Engineeringe

2 Laboratoire Hubert Curien,
3Saint-Etienne, France, National Institute of
Krakow, Poland,

16:10

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16:20

China, Hefei, China

A120896

Three-dimensional micro-printing in glass withpicosecond laser pulses: Overcoming thedegradation in the axial resolution with low
numerical aperture focal systems, Peng Wang ,16:40

Student

Tu2-L4

Wei Chu , Ya Cheng
1

1 2 3

1

, 1 State Key Laboratory ofHigh Field Laser Physics, Shanghai Institute of Optics

17:00

China.,

2 State Key Laboratory of Precision

Spectroscopy, School of Physics & Materials Science,
East China Normal University, China,

3 XXLThe

Extreme Optoelectromechanics Laboratory, East China

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Normal University, China

A120916

Picosecond laser 3D processing of foturan
glass: Towards fabrication of complex large
area microuidics, Felix Sima , Florin Jipa ,17:00

Tu2-L5

1

1

Stefana Iosub , Cristian Butnaru , EmanuelAxente1 , Gabriela Ghiritoiu2 , Livia Elena Sima2 , Koji
Sugioka3 , 1 CETAL, National Institute for Lasers,
1,2

1

Plasma and Radiation Physics, Magurele, Ilfov,

2 Institute of Biochemistry of the Romanian
3
Academy, Bucharest, Romania, RIKEN, Center forPr

Romania,

Advanced Photonics, Saitama, Japan
17:20

3

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and Fine Mechanics, Chinese Academy of Sciences,

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close

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Kimura1 , Kan Umetsu1 , 1 Yamagata University, Japan

close

updated May 9, 2019

Day 1: May 21, Tuesday

TuM-L8

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15:30

LPM: Fundamental aspects

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Session 4.

Session 6.

Room 3Te

Chair: Daisuke Nakamura, Kyushu University,
Japan

Oral Session

Room 4

HPL 2: Additive Manufacturing 1

Chair: Yoshinobu Makino, Toshiba Energy
Systems & Solutions Corporation, Japan

A120258

Modeling of laser induced micro-jets generated 3D printing of multiple materials and A121303
by liquid conning devices, Hamid Ebrahimi
functionally graded components using modied
Orimi , Sivakumar Narayanswamy , Christos
selective laser melting, Lin Li , Chao Wei , Xiaoji
Boutopoulos ,

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1,2

2,4

1 Centre de Recherche Hôpital2
Maisonneuve-Rosemont, Canada, Department of
1,3

3 Department ofMontreal, Canada,

4 Department of Mechanical

Civil Engineering, The University of Manchester, UK
16:00

1

iv

Technology, South Korea,

1 Executive Expert,

Mitsubishi Heavy Industries, Ltd., Japan

2 Yonsei University, South

A120250

Optimizing of gas atomize conditions to produce
metal powder for additive manufacturing,
16:20

Min2 , Cheolhee Kim1 , 1 Korea Institute of Industrial
Korea

Tu6-H6

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A121470

Latest AM technology and solutions for realapplications, Takashi Ishide ,A120197

Student

Tu3-L2

1

1

Resaerch Centre, School of Mechanical, Aerospace andNumerical analysis about ow characteristics
of interaction between fume particles andprotective gas in low vacuum laser welding
system, Yongki Lee , Jason Cheon , Byung-kwon
15:50

1

Zhang , Yuan-Hui Chueh , 1 Laser Processing

Ophthalmology, Faculty of Medicine, University ofEngineering, SRM University, India

Invited

Tu6-H5

1

Mechanical, Industrial and Aerospace Engineering,
Concordia University, Canada,

15:30

Tu6-H7

Taketoshi Yamada1 , Toshihumi Aoyama1 , Yuji Soda1 ,Masahiro Nakamura2 , Masaya Hatanaka3 , Yoshinao
Komatsu3 , 1 Mitsubishi Steel mfg. Co.,Ltd, Japan,
2 Mitsubishi Heavy Industries, Ltd., Nagoya, Japan,
3 Mitsubishi Heavy Industries, Ltd., Hyogo, Japan

A120140

atTwo-uid model to simulate metal powder bed Development of additive manufacturingA120913
fusion additive manufacturing, Noriko Watari , technology for gas turbine components, Shuji
Yuzuru Ogura , Noriko Yamazaki , Toshiya
16:10

Tu3-L3

1

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16:40

Tu6-H81

Watanabe , 1 Research & Innovation Center,2
Mitsubishi Heavy Industries, Ltd., Japan, Research &Tanigawa1 , Shuho Tsubota1 , Masato Kataoka2 ,Takanao Komaki2 , 1 Mitsubishi Heavy Industries,

Innovation Center, Mitsubishi Heavy Industries, Ltd.,

Japan,

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2

2 Mitsubishi Hitachi Power Systems, Japan

A122861

Recent advances in additive manufacturing at
A120271
GE, Thomas Pang ,Measurement of gas ow rates using
laser-induced breakdown spectroscopy, Sangwoo
16:30

17:00

Student

Tu3-L4Tu6-H9

1

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Japan

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Yoon1 , Joohan Kim1 , 1 Seoul National University of
Science and Technology, Seoul, Korea.

17:20

1 GE Additive, Japan

close

A120266

Laser-induced ejection of millimeter-sizedliquid droplet from metal surface with ns-lasers
at two dierent pulse duration, H. Niino , T.
16:50

Tu3-L5nt

1

Sakai , S. Ookuma , N. Okada , Y. Kato , T.
Kurita3 , T. Kawashima3 , 1 RISC, National Institute of
2

2

3

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2

Advanced Industrial Science and Technology (AIST),Te

2 Corporate Manufacturing Engineering Center,3
Toshiba Corp, Japan, Industrial Development Center,
Japan,

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close

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17:10

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Hamamatsu Photonics K. K., Japan

updated May 9, 2019

Day 1: May 21, Tuesday

Student

Tu3-L1

e

15:30

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Oral Session

TeDay 2: May 22, Wednesday

Session 7.

Session 10.

Room 1

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LPM: SP1-2 "Laser synthesis andprocessing in liquids"

Chairs: Tsuyoshi Asahi, Ehime University, Japan;
Stephan Barcikowski, University ofDuisburg-Essen, Germany

Room 2

LPM: Surface treatment 1

Chair: Dong Wu, USTC-the University of Scienceand Technology of China, China

A120230

Laser processing of self-assembled plasmonic
A120014
metasurfaces, Nicholas A. Charipar , Heungsoo
Alloy nanoparticles by laser ablation in liquids- Kim, Jerey Geldmeier , Scott A. Trammell , Kristin
high material variety for fundamental studies M. Charipar, Jawad Naciri , Alberto Piqué , Jakeand applications in biomedicine, Christoph
Fontana ,We1-L1

Rehbock1 , Stephan Barcikowski1 , 1 University ofTe

Duisburg-Essen, Technical Chemistry I, Essen,
Germany

Invited

We2-L1

1

1

2

1

2

2

1

1 Naval Research Laboratory, Materials
2
Science & Technology Division, USA, Naval Research
2

Laboratory, Center for Biomolecular Science &Engineering, USA

A120217

A120298
Synthesis of Fe@FeOx particles by laser
Ultrafastlaser
structuring
withinaprocess
ablation and their phase transition induced by chain - inuence of the surface morphology,
laser irradiation, Dongshi Zhang , Koji Sugioka , Andreas Brenner , Martin Osbild , Johannes Finger ,We1-L2iv

1

1 Center for Advanced Photonics RIKEN, Wako,at

Saitama, Japan

9:20

Student

We2-L2

e

9:20

1

1

1

1

1 Fraunhofer Institute for Laser Technology,
Steinbachstr. 15, Germany, Aachen, 52074

A120093

A120312
Transfer processes of thermal energy inFabricationof
opticalmetasurfaces
withUV
high-repetition-rate, ultrashort-pulsed laser
femtosecond
laser
pulses,Martynas
Beresnasynthesis of colloids, Friedrich Waag , Bilal Gökce , Timothy Lee , Behrad Gholipour , Nikolay I. ,Student

1

University of Duisburg-Essen, Germany

1

Zheludev1 , Gilberto Brambilla1 , 1 Optoelectronics

KingdomCoee Break

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10:00

Short Presentations for Poster Sessions

Room 1Chair: Yasuhiro Okamoto, Okayama University,
Japan

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LPM Poster Session

HPL Poster Session

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Short Presentations for LPM Poster
Sessions I and II
10:20

Poster Sessions and Exhibition

Chair: Kiyokazu Mori, The Graduate School for
The Creation of New Photonics Industries,
Japan

Short Presentations for HPL Poster
SessionConference Management Room (B1 Floor)
HPL Poster Session

HPL Poster Session and Exhibition

Pr

12:10

& Lunch Time5e

& Lunch Time

Room 4

11:30

LPM Poster Session I and Exhibition

Te

12:10

nt

LPM Poster Session I(For odd-numbered posters)

1

1

Research Centre, University of Southampton, UnitedCoee Breaknt

We2-L3

1

Stephan Barcikowski1 , 1 Technical Chemistry I,
10:00

9:40

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9:40

updated May 9, 2019

Day 2: May 22, Wednesday

9:00

8:50

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Session 13.

Session 16.

Room 3

Te

LPM: 3D Micro- and nanofabrication 2

Chair: Hiroto Yamaoka, IHI Corporation, Japan

Direct laser writing of chirped photonic
crystals for optical eld enhancement, Ryosuke

e

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Hommura1 , Kestutis Staliunas2 , Vygantas Mizeikis1 ,1 Research Institute of Electronics, Shizuoka
2
University, Japan, Institució Catalana de Recerca i
Estudis Avancats (ICREA), Spain

A122547

Process strategies in high power laser-beamwelding, Peter Berger ,9:00

A120927

We3-L1Room 4

HPL 3: Welding 1

Chair: Mitsuhiro Terakawa, Keio University, Japan
8:50

Oral Session

We4-H1

Invited

1 Vice Director, IFSW,

1

Germany

A120936

Multi spot modules to improve joining
processes due to tailored spot geometries, Axel
9:30

We4-H2

Luft1 , Markus Baumann1 , 1 Laserline GmbH, Germany

A120202

A120162
Model-based feature size analysis of pureof oxides ux on improvement of beadproteinaceous microstructures fabricated by Eect
appearances
prevention of hot cracking
femtosecond laser direct write, Daniela Serien , in high powerandlaseron welding, Youzou Ashida , Ryo
Koji Sugioka ,We3-L2

1 RIKEN Center for AdvancedTe

1

Photonics, Japan

9:50

We4-H3

1

1

Nomura1 , Takahiro Deguchi1 , 1 NADEX LASER R&D

Center, NADEX PRODUCTS Co.,Ltd., Japan

A120307

4Pi multiphoton polymerization for improving Application of high power laser vacuumA121296
axial resolution, Titas Ti£kunas , Vytautas
welding to rolled clad steel plate production
Purlys , Roaldas Gadonas ,process, Yasuaki Okita , Yasushi Kitani , Tomoaki
Student

We3-L3

e

9:30

1,2

1,2

at

Lithuaniaiv

1 Laser Research
2Center, Vilnius University, Lithuania, Femtika Ltd.,
1,2

10:10

We4-H4

1

1

Fukahori , 1 JFE Steel Corporation, Japan
1

A120950of single-pass vertical welding on
Characterization of 3D laser exposure patterns Development
heavy-thicksteelplate using hot-wire laser
in photoresist by photoluminescencewelding, Sittisak Charunetratsamee , Motomichi
quenching, E. Yulianto , S. Chatterjee , V.
Student

We3-L4

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9:50

1

1

Student

Yamamoto , Kenji Shinozaki , Hiroshi Yajima2 , Naoki
Oda3 , Hideki Aono4 , 1 Graduate School of

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Engineering, Hiroshima University, Japan,

Kikai Co., Ltd., Japan
We4-H62

1 Mitsubishi Heavy Industries Ltd., Takasago, Hyogo,
2
Japan, Mitsubishi Heavy Industries Ltd., Kobe, Hyogo
11:10

Coee BreakPrTe

HPL Poster Session

at
iv

e

Short Presentations for LPM Poster
Sessions I and II
10:20

Poster Sessions and Exhibition

Chair: Kiyokazu Mori, The Graduate School for
The Creation of New Photonics Industries,
Japan

Short Presentations for HPL Poster
SessionConference Management Room (B1 Floor)
HPL Poster Session

HPL Poster Session and Exhibition

Pr

12:10

& Lunch Time6e& Lunch Time

Room 4

11:30

LPM Poster Session I and Exhibition

Te

12:10

nt

LPM Poster Session I(For odd-numbered posters)

1

Nishijima , Daisuke Hara , Shuho Tsubota1 ,2

Room 1Chair: Yasuhiro Okamoto, Okayama University,
Japan

A120339Development of laser welding for the ITER
toroidal eld coil, Takehisa Okuda , Yasushi

10:50

Short Presentations for Poster Sessions
LPM Poster Session

1

1

2 Yajima
3
Material Integrity Laboratory, Japan, Nippon Steel &4
Sumitomo Metal Corporation, Japan, MatsumotoCoee Breaknt

We4-H5

1

Mizeikis1 , 1 Shizuoka University, Japan
10:10

10:30

A120899

updated May 9, 2019

Day 2: May 22, Wednesday

9:10

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Session 8.

Session 11.

Room 1Te

LPM: SP1-3 "Laser synthesis andprocessing in liquids"

Oral Session

Room 2

LPM: Advanced laser applications

Chair: Aiko Narazaki, AIST, Japan

Chair: Hongqiang Wang, Northwestern
Polytechnical University, Xi'an, P. R. Chinae
A120138

A120716

DUV laser processing of ceramic matrix
composites (CMC), Yasuhiro Kamba , Ryoichi
14:00

We2-L4, Taisuke Miura , Hiroaki Oizumi , Hironori
Synthesis of metal nanoparticles by femtosecond Nohdomi, Chen Qu , Yuki Tamaru , Atsushi
laser-induced plasma in organometallic solution, Igarashi
Fuchimukai , Yohei Tanaka , Yujiro Sasaki ,1

1

A120234

14:20

14:40

Te

A120741

Photochemical free laser-induced
crystallization of nitrate salts, Yusron Darojat ,eStudent

We1-L6

iv

14:50

1

Watheq Al-Basheer , Abdulaziz Aljalal , Khaled
Gasmi1 , 1 Department of Physics, Saudi Arabia
1

at

1

Student

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We1-L7

A120238

Laysa Frias Batista , Katharine Moore Tibbetts ,1

1

1 Department of Chemistry, Virginia CommonwealthCoee Break

We2-L6

1

Ming-Hsuan Kao , Hsing-Hsiang Wang , Yu Huang2 ,Chang-Hong Shen1 , Jia-Min Shieh1,2 , 1 Taiwan
1

1

Applied Research Laboratories, HsinChu, Taiwan,

2 Department of Photonics and Institute ofElectro-Optical Engineering, National Chiao-Tung
University, Hsinchu, Taiwan

A120866

Laser rapid thermal annealing of
biofunctionalized GaAs/AlGaAs
nanoheterostructures, Hakim Grib , Jan J.
15:00

We2-L7

Student

1

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Dubowski , 1 Université de Sherbrooke, Canada
1

A120259

Femtosecond laser irradiation aided
low-temperature thermal anneal of Ni electrodeon SiC, Takuro Tomita , Hiroki Kawakami , Yoshiki
15:20

We2-L81

1

Naoi , 1 Graduate School of Advanced Technology and1

Science, Tokushima University, Japan
15:40

Coee Break

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A120023

Enabling multi-wavelength lasers interaction
with silicon on polyimide toward exible
CMOS-circuits/sensors, Wen-Hsien Huang ,Pr

University, USA
15:30

1

Semiconductor Research Institute (TSRI), National

Kinetic control of gold nanoparticle growth inlaser plasma using hydroxyl radical scavengers,

15:10

1

Delmdahl , 1 Coherent LaserSystems GmbH & Co.

KG, Germany

1

A120146

We2-L5

Virginia Commonwealth University, Richmond, VA,
USA

1

1

Trends in high power excimer laser
microprocessing, Burkhard Fechner , Ralph

Tibbetts , Mallory G. John , Laysa M.,Frias Batista ,Collin J. Rodrigues1 , 1 Department of Chemistry,
1

1

Yoshihiko Murakami , Junichi Fujimoto , Hakaru
Mizoguchi1 , 1 Gigaphoton Inc., Japan

Kinetics and mechanisms of laser-induced
photochemistry in solution, Katharine Moore
1

1

1

1

School of Science, Osaka City University, Japan
We1-L51

1

1

Tomoyuki Yatsuhashi1 , Yuki Horikawa1 , Takuya
Okamoto1 , 1 Department of Chemistry, Graduate
14:30

1

updated May 9, 2019

Day 2: May 22, Wednesday

Invited

We1-L4

nt
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14:00

Session 17.

Room 3

Te

LPM: Ultrashort pulse laser
processing 1

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Session 14.

Chair: Yoshiki Nakata, Osaka University, Japan

Oral Session

Room 4

HPL 4: Monitoring

Chair: Teruyoshi Kadoya, LTF-Laser Technology
Fountain, Japan

A120244

High-quality microfabrication oflaser material processing: How OCT
monocrystalline diamond by picosecond pulsed Advancedsets
newstandards
Moser , Matthias
laser, Atsuya Kajitani , Takahiro Simose , Yasuhiro Strebel , Ehsan Zahedi, Rüdiger, Florian Opitz , StephaneStudent

We3-L5

nt
at
iv

14:00

1

1

1

1

A120541

Invited

We4-H71

Okamoto , Togo Sinonaga , Akira Okada , 1 Graduate
1

14:00

1

1

1

André , Tobias Beck , Markus Kogel-Hollacher1 ,22School of Natural Science and Technology, Okayama

1 Precitec GmbH & Co. KG, Germany, 2 Precitec

University, Japan

Optronik GmbH, Germany

A120510Regulation of the silver-containing nanocrystals Monitoring and closed-loop building heightin PTR glass exposed by ultrashort laser
controller for LMD-processes, Thomas Berners ,pulses, Xu Wang , Yunjie Zhang ,Alexander Epple , Christian Brecher ,We3-L6Student

1

2

1 State Key

14:30

A120201

Student

We4-H8

1

1

1

1 Laboratory for

Machine Tools and Production Engineering (WZL) of

Institute of Optics and Precision Mechanics of CAS,RWTH Aachen University, Germany

Te

Laboratory of Transient Optics and Photonics, Xi'an

2 School of Science, Xi'an Polytechnic UniversityiveStudent

We3-L72

We4-H9Student

Koichiro Yasuda2 , Ryota Takagi2 , Ktsuhiro Ishii1 ,Kazuhisa Fujita1 , Hideaki Shirai2 , Akihiro Tsuboi1 ,Bornschlegel , Johannes Finger , 1 Chair for Laser
1

A121203

High-speed imaging of laser ablation processusing parallel phase-shifting interferometry,
14:50

A120303

In-situ analysis of heat accumulation during
ultrashort pulsed laser ablation, Benedikt
14:40

2
Germany, Fraunhofer Institute for Laser Technology

1 The Graduate School for Creation of New Photonics
2
Industries in Japan, DENSO CORPORATION in

ILT, Germany

Japan

at

Technology LLT - RWTH Aachen University,

A120188

Study on intellectualization of laser processing
with machine learning -parameter suggestingand in-process monitoring-, Kiyokazu Mori ,A121143

Ablation of dielectrics with ultrashort laser
pulses: Investigation of ionization mechanisms
and outcomes, Olivier Uteza , Corinne Pasquier ,15:10

University, CNRS, LP3, France

Creation of New Photonics Industries, Japan,

11Marc Sentid , Nicolas Sanner , 1 Aix-MarseilleTechnology, Japan
15:30

Coee Break

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1,2

Toshiyuki Kusumoto1 , 1 The Graduate School for The

2 Kanagawa Institute of Industrial Science andativ

Coee Break

Te

15:30

1

e

1

We4-H10Pr

Invited

We3-L8

Te
nt

15:00

updated May 9, 2019

Day 2: May 22, Wednesday

14:20

Pr
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Session 9.

Session 12.

Room 1Te

LPM: SP1-4 "Laser synthesis andprocessing in liquids"

Oral Session

Room 2

LPM: Nano ripple

Chair: Jan J. Dubowski, Université de Sherbrooke,
CanadaChair: Tomoyuki Yatsuhashi, Osaka City
University, Japan

A120280

Theoretical and experimental investigation ofA122598
formation of high spatial frequency
Synthesis of cocatalysts by pulse laser ablation the
periodic
structures on solids irradiated byin liquid for photocatalytic hydrogenultrashortlaser pulses, Nikolay A. Kirichenko ,production, D. Amaranatha Reddy , Yujin Kim ,We2-L9e11Rory Ma1 , Tae Kyu Kim1 , 1 Department of Chemistry,
Yonsei University, South Korea

1

Ekaterina V. Barmina , Georgy Shafeev , 1 Prokhorov
11General Physics Institute of the Russian Academy of
Sciences, Russia

A120141

Amorphous transitional metal oxides from laser Hierarchical microstructures with highA120216
ablation in liquids for photocatalytic hydrogen frequency laser induced periodic surfacespatial
production, Zhaoyong Lin , Chun Du , Bo Yan , structures (HSFLs) possessing dierent
Guowei Yang ,orientations created by high-uence
A120268
laser ablation of silicon in liquids,
Pulsed laser post processing of transition metal femtosecond
Dongshi Zhang , Koji Sugioka ,oxides for defect-engineering and catalysis
research applications, Sven Reichenberger , Swen
A120616
Zerebecki , Marcus Lau , Baoxiang Peng , AstridRoleofhydrodynamic
mechanisms
information
Müller , Martin Muhler , Stephan Barcikowski ,of femtosecond laser-induced periodic surface
structures, Evgeny L Gurevich , Stella Maragkaki ,16:30

We1-L91

1

We1-L10

1

iv

1

4

2

3

3

1

at

Te
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Chemistry I and Center for Nanointegration

University, United StatesPre

A120196Eect of high pulse repetition rate for achieving
micro/nano surface structures on Ti6Al4V
using femto second laser micromachining,
We2-L12Student

Murugesh Munaswamy1 , G. L. Samuel1 , 1 Indian
Institute of Technology Madras, India

A119969

Pressure-dependent formation of laser-induced
periodic surface structures on copper, Masato
17:30

We2-L13

Kubo1 , Shigeki Matsuo1 , 1 Shibaura Institute ofTechnology, Japan
close

Pr

17:50

Pr
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close

Te

17:30

2 IESL FORTH, Heraklion
3
Crete, Greece, HiLASE Centre, Institute of Physics
Technologies, Germany,

17:10

Mallory G. John1 , 1 Virginia Commonwealth1,2

3of the Czech Academy of Sciences, Czech Republic

A120236

at
iv

Student

InvitedYoann Levy , Thibault J.-Y. Derrien , Nadezhda M.
Bulgakova3 , 1 Ruhr University Bochum, Applied Laser

4 Department of ChemicalOne-step synthesis of catalytically active
silica-metal nanoparticles via femtosecond
reactive laser ablation in liquid (fs-RLAL),
We1-L11

1 RIKEN Center for

1

Energy Technology (NETZ), Duisburg, University ofEngineering, University of Rochester, USA

We2-L113

Duisburg-Essen (CENIDE), Research Center for Nano
Duisburg-Essen, Germany,

1

Advanced Photonics, Wako, Saitama, Japan
16:40

1 Laboratory of Industrial Chemistry, Ruhr-University
2
Bochum, Germany, TRUMPF Laser- und
3
Systemtechnik GmbH, Germany, Technical

17:10

We2-L10

1

e

16:50

1

1 Sun Yat-sen University, China

Te

1

16:20

updated May 9, 2019

Day 2: May 22, Wednesday

Invited

We1-L8

nt
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16:00

16:00

Session 18.

Room 3Chair: Jingbo Wang, Panasonic Smart Factory
Solutions Co., Ltd., Japane

Chair: Olivier Uteza, University of Aix-Marseille,
FranceA120612Additive/subtractive 3D structuring of glass
interposer for ultra-dense silicon photonics
I/O, Gligor Djogo , Stephen Ho , Moez Haque ,Invited

We3-L9

nt
at
iv

16:00

1

1

1

Engineering, University of Toronto, Toronto, Canada,

2 Optical & Microwave Technology Research

A120304

Tee

iv

2 GIE Manutech-USD,

at

We3-L11Te
nt

A120322

Laser synthesis of materials for laser additive
manufacturing, Stephan Barcikowski , Tim
16:50

We4-H13

1

1

CENIDE, Germany,

2 Department of Photonic

Technologies, University of Erlangen-Nuremberg andPr

Bayerisches Laserzentrum, Germany,

1 , 2Additive Production, RWTH Aachen University and
Fraunhofer Institute of Laser Technology, Germany, Razvan Stoian , 1 State Key
2

3 Digital

A120053e

Guanghua Cheng

1,. 2

1

and Center for NanoIntegration Duisburg-Essen

A120507

Student

We3-L121

1

1 Technical Chemistry I, University of Duisburg-Essen

2

Inscription of waveguide Bragg gratings withultrashort Bessel beams, Guodong Zhang ,17:10

We4-H12Hupfeld , René Streubel , Michael Schmidt2 ,Johannes Henrich Schleifenbaum3 , Bilal Gökce1 ,1 SCANLAB GmbH, Germany, 2 Migdal Ha-Emek,
IsraelA121297

Innovative aerospace and space structures
made by additive manufacturing, Elena Lopez ,

16:30

1

A120006

1

Tong University, P.R. China

2 Luleå University of Technology,
3
Sweden, Technische Universität Dresden, Germany

Beam deection technologies for ultra shortpulse lasers, Holger Schlüter , Ze'ev Kirshenboim ,

16:50

1

Dresden, Germany,

Sedao1,2 , Nicolas Faure1 , Cyril Mauclair1,2 , Razvan
Stoian1 , 1 Laboratoire Hubert Curien, UMR CNRSSaint-Etienne, France

1

Feng , Kai Feng , Chengwu Yao , 1 Shanghai Jiao
1

Institute for Material and Beam Technology IWS,

1

5516, Saint-Etienne, France,

Invited

We4-H11

Mirko Riede , Juliane Moritz , Michael Müller ,Frank Brückner1,2 , Christoph Leyens1,3 , 1 Fraunhofer

Advanced ultrafast laser bessel beam formachining metallic materials, Huu-Dat Nguyen ,We3-L1016:00

1

Department, Huawei Technologies Co., Ltd., China
16:30

A120118

Laser additive manufacturing of(Ti3Al+TiB)/Ti composite for hightemperature application, Zhuguo Li , Yueqiao
1Erden Ertorer1 , Jianzhao Li1 , Jun Liu2 , Xiaolu Song2 ,Jing Suo2 , Peter R. Herman1 , 1 The Edward S. Rogers
Sr. Department of Electrical and Computer

Room 4

HPL 5: Additive Manufacuturing 2

2 Laboratoire Hubert Curien, UMR 5516

Mpact of powder application on particle
incorporation during direct metal deposition,

CNRS, Universit é de Lyon, Universit é Jean Monnet,

Applied Physics and Mechanical Engineering, Luleå

17:10

Laboratory of Transient Optics and Photonics, Xi'an
Xi'an, China,

ativ

Institute of Optics and Precision Mechanics, CAS,

42000 Saint Etienne, France

We4-H14

Joerg Volpp1 , Himani Siva Prasad1 , 1 Department of
University of Technology, Sweden

A120222

A120308
Impact of high-peak power laser beam on
The
microstructureandmechanicalproperties
transmission losses of hollow-core antiresonant of Stellite-6/WC coatings produced by laser
optical bres, Shouyue Wu , Bartlomiej Siwicki , cladding and synchronous powder feeding
Richard M. Carter , Jonathan D. Shephard , Fei Yu ,method, Guangyuan Wang , Jiazi Zhang , Sen
Duncan P. Hand ,Student

We3-L13

nt

1

1

1

We4-H15

1

1

1 Institute of Photonics andQuantum Sciences, School of Engineering and

Te

17:30

2

1

1

Yang1 , 1 Nanjing University of Science and Technology

Pr

17:30

Physical Sciences Heriot-Watt University, Edinburgh,

17:50

close

2
UK, Centre for Photonics and Photonic Materials,

Pr
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close

Te

17:50

e

Department of Physics University of Bath, Bath, UK

updated May 9, 2019

Day 2: May 22, Wednesday

Te

LPM: Ultrashort pulse laser
processing 2

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Session 15.

Oral Session

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Session 23.

Room 1

nt
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LPM: SP1-5 "Laser synthesis andprocessing in liquids"

Chair: Takeshi Tsuji, Shimane University, Japan

Liang , 1 Institute of Solid State Physics, China
4

1

iv

1

2 The Electron Microscopy Center,3
Tohoku University, Japan, Institute ofat

INC, Japan,

9:10

9:30

Eastern Federal University, Vladivostok, Russia,

2 Institute for automation and control processes of
FEB RAS, Vladivostok, Russia

A121894

Ultrafast laser-materials engineering anddiagnostics for neural tissue engineering
applications, Emmanuel Stratakis ,9:50

Th2-L4Invited1

1 Foundation for

Research and Technology - Hellas (F.O.R.T.H.),
Institute of Electronic Structure and Laser (I.E.S.L.),
GreeceCoee Break

Pr

10:20

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Coee Break

Te

10:00

A121121

Th2-L3

Kuchmizhak1, 2 , 1 School of Natural Sciences, Fare

Saitama, Japan

1 Saint Petersburg State University, Russia, 2 Nagaoka

Direct laser printing of functional surfaces andmicrodevices with structured beams, Aleksandr

1

1 RIKEN Center for Advanced Photonics, Wako,

Khairullina1 , Vasilii Mironov1 , Vladimir Andrianov1 ,Mizue Mizoshiri2 , Maxim Panov1 , Ilya Tumkin1 ,University of Technology, Japan

A120215

1

Th2-L2Pr

Te
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Th1-L3

A121054

Direct laser writing technique for creating
non-enzymatic and gas sensors, Evgeniia

How surfactant-free particles evolve and how
prevent their evolution by ex situ photoresist
functionalization, Dongshi Zhang , Koji Sugioka ,9:40

1

1 Academia Sinica, Taiwan, 2 National Taiwan Ocean
3
University, Keelung, Taiwan, National Yang-Ming
4
University, Taiwan, Chang Gung University, Taiwan

Multidisciplinary Research for Advanced Materials,
Tohoku University, Japan

1,2,3,4,Cheng-Lin Chung , Mei-Yi Lu , Hui-Fang Chang1 ,e1Hayasaka , Tomiko M. Suzuki , Shunsuke Sato ,Takahiro Nakamura3 , Shunichi Sato3 , Takeshi
Morikawa1 , 1 TOYOTA CENTRAL R&D LABS.,2

Th2-L1

1

A120018

Te

Th1-L2A120273

Selective LIBWE on hydrophobic surface forsingle-cell patterning, Ji-Yen Cheng ,Oxygen evolution reaction in nearly neutral
solution catalyzed by CoO-based multiphase
nanoparticles prepared by femtosecond laser
ablation in water, Teppei Nishi , Yuichiro
9:20

Chair: Ruwen Peng, Nanjing University, China
8:50

A122485

Graphite carbon encased gold nanoparticles
with specic reaction channels as ultrastable
oxygen reduction electrocatalysts, Changhao
Th1-L1Room 2

LPM: Microfabrication

updated May 9, 2019

Day 3: May 23, ThursdayTe

Day 3: May 23, Thursday

Session 19.
9:00

Oral Session

Te

LPM: Ultrashort pulse laser
processing 3

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Session 27.

Session 31.

Room 3Chair: Takashi Ishide, Mitsubishi Heavy
Industries, Japan; JLPS PresidenteA120274

High-rate micro hole drilling of silicon using
ultrashort pulse laser radiation, Andreas Gruner ,

nt
at
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Th3-L1

1

Lucas Naumann1 , Joerg Schille1 , Udo Loeschner1 ,1 Laserinstitut Hochschule Mittweida, Germany
Th3-L2A1202122Student

1

1

Poprawe , 1 Chair for Laser Technology (LLT), RWTH
1

Te

Aachen University, Germany

1,2eStudent

Th3-L3iv

Esch3 , Arnold Gillner1,2 , 1 RWTH Aachen University,
Chair for Laser Technology LLT, Germany,

at

Te
nt

1 Department of Mechanical Engineering, National
2
Chiao Tung University, Taiwan, Department ofJapan

A120628

Characterisation of the optical emission inlaser powder bed fusion process, Emil Duong ,Th4-H2

1

Moritz Kroeger2 , Ulrich Thombansen1 , Christian
Knaak1 , Peter Abels1 , 1 Fraunhofer Institute for Laser
Technology ILT, Germany,

2 RWTH Aachen University- Chair for Laser Technology LLT, Germany

A120886

Microstructure and mechanical properties ofcarbon steels fabricated by selective electron
beam melting, Kazuki Itoda , Kenta Aoyagi ,Th4-H3

2

1

Yuichiro Koizumi , Yuki Kawamura , Kazuo Kikawa3 ,Akihiko Chiba2 , 1 Graduate School of Engineering,2

3

Co. Ltd., Japan
10:10

A120064

Liu1 , Chung-Wei Cheng1 , Jinn-Kuen Chen2 ,1 Osaka University,Coee BreakPr

Student

Th3-L41

2 Institute for Materials
3
Research, Tohoku University, Japan, Honda R&D

Femtosecond laser drilling of copper: A
modeling and experiment comparison, Yi-Hsien
9:50

Invited

Th4-H1

Tohoku University, Japan,

2 Fraunhofer Institute for Lasertechnology ILT,
3
Germany, Hochschule Bonn-Rhein-Sieg, School of
Natural Sciences, Germany

9:00

9:50

A120086

Adaption of energy deposition in helicaldrilling of multidimensional micro holes using
ultrashort laser pulses, Chao He , Dominik
9:30

A120338

Ultraviolet laser lithography of dielectric
micropatterns, Soshu Kirihara ,9:30

Investigation of the ablation rate of metals bymeans of few ultrashort laser pulses up to 100
J/cm , Dennis Haasler , Tobias Schneider , Reinhart
9:10

Room 4

HPL 6: Additive Manufacuturing 3

Chair: Gediminas Ra£iukaitis, FTMC - Center for
Physical Sciences and Technology, Lithuania
8:50

Oral Session

updated May 9, 2019

Day 3: May 23, Thursday

Pr
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Coee Break

Te

10:10

at
iv

Missouri, U.S.A.

e

Mechanical and Aerospace Engineering, University of

Pr
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Session 20.

Session 24.

Room 1Te

LPM: SP1-6 "Laser synthesis andprocessing in liquids"

Chair: Tae Kyu Kim, Pusan National University,
Korea

Chair: Udo Klotzbach, Fraunhofer-Institut fürWerksto- und Strahltechnik, Germany

A120278

e

nt
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Th1-L4

Taisei Himeda1 , Ryo Kihara, Tsuyoshi Asahi, 1 Ehime
University, Japan

Room 2

LPM: Micro-machining 1

Laser fabrication of phthalocyanine
nanoparticle colloids toward bio-applications,
10:30

Oral Session

A122486

Microfabrication of PDMS structures based onwave optics using EUV radiations fromlaser-produced plasma, Tetsuya Makimura , Hikari
10:30

Th2-L5

1

Urai , Eriko Kira , Hiroyuki Niino , 1 University of2
Tsukuba, Japan, AIST, Japan
1

A120302

1

2

Scaling of laser fragmentation in a free liquid Innovative approach for high speed A120235
jet for manipulation of semiconductor particles micromachining of 3-dimensional constructs
for photocatalytic application, Svenwith nanosecond laser and evaluation of theReichenberger , Ina Haxhiaj , Astrid M. Müller ,quality of the micromachined surface, Shayan
Stephan Barcikowski , Marcus Lau ,10:50

Th1-L5

1

1

2

3

Te

1

1 Technical

10:50

Mohammadi,Pour khajani1 , Hamid Ebrahimi Orimi1 ,Sivakumar Narayanswamy1,2 , 1 Faculty of Mechanical

Chemistry I, Department of Chemistry, and Center
for Nanointegration Duisburg-Essen (CENIDE),

2 DepartmenteUniversity of Duisburg-Essen, Germany,of Chemical Engineering, University of Rochester,

3 TRUMPF Laser- undiv

Rochester, New York, USA,

Systemtechnik GmbH, Ditzingen, Germany

Student

Th2-L6Engineering, Department of Mechanical, Industrial
and Aerospace Engineering, Concordia University,
Montreal, QC, Canada,

2 Department of MechanicalEngineering, SRM University, Amaravati, India

A122859

of 3D embedded microstructures inSynthesis of ultra-small gold nanoparticles by Fabrication
ceramics
byintegrated additive manufacturingnanosecond-pulsed laser fragmentation in
and
laser
micromachining, Hai Xiao , Jinchengliquids - impact of laser intensity andLei , Yuzhe Hong , Shenglong Mu , Yang Song ,electrolytes on particle size distributions, Anna Jianhua Tong , Fei Peng ,

Te
nt

11:10

A120082

1

and Center for Nanointegration, Duisburg-Essen

2 Fachbereich Physik und Chemie, CHyN, UniversitäteA120165

ativ

Th1-L7

Tsuji1 , Ryo Antatsu2 , Miki Kaneko2 , 1 Graduate

School of Natural Science and Technology, Japan,nt

1

1 Department of Electrical

2 Department of Materials

Science and Engineering, Clemson University, SouthA122862

Beam shaping with multi-plane light conversion
for femtosecond laser-based material processing,Th2-L8Clément Jacquard1 , Pauline Boucher1, 2 , Antonin
Billaud1 , Nicolas Laurenchet1 , Gwenn Pallier1 , Pu
Jian1 , Olivier Pinel1 , Guillaume Labroille1 , 1 Cailabs,

12:00

2 Laboratoire Kastler Brossel, France

Lunch Time

at
iv

e

Pr

Lunch Time

Te

11:50

South Carolina, USA,France,2 Interdisciplinary Faculty of Science and Engineering,
Japan

2

and Computer Engineering, Clemson University,

11:40

Formation of unique nanoparticle agglomerates
during laser ablation of CaO in liquids, Takeshi

11:30

2

1

2

Carolina, USA(CENIDE), University of Duisburg-Essen, Germany,
Hamburg, Germany

2

Pr

Rosa Ziefuÿ1 , Sven Reichenberger1 , ChristophRehbock1 , Indranath Chakraborty2 , Wolfgang J.
Parak2 , Stephan Barcikowski1 , 1 Technical Chemistry I

Invited

Th2-L7

Conference Managerment Room (B1 oor)

LPM Poster Session II (For even-numbered posters)Pr& Lunch Time

13

e

nt

Poster Session II and Exhibition (Conference Managerment Room (B1 oor))

Te

12:10

updated May 9, 2019

Day 3: May 23, Thursday

Student

Th1-L6

at

11:10

Te

LPM: Ultrashort pulse laser
processing 4

Pr
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Session 28.

Session 32.

Room 3Chair: Masahiro Tsukamoto, Osaka University,
Japan
10:30

e

Modeling of femtosecond laser ablation ofcopper with GHz bursts, Chung-Wei Cheng ,

nt
at
iv

1

Jinn-Kuen Chen , 1 Department of Mechanical2

2 Department of Mechanical and Aerospace

Engineering, University of Missouri, Columbia,
Missouri 65211, U.S.A.

Invited

Th4-H4

Heider1 , Lukas Alter1 , Christoph Bantel1 , Reiner
Ramsayer1 , 1 Robert Bosch GmbH, Germany

Engineering, National Chiao Tung University, No.
1001, Ta Hsueh Road, Hsinchu 300, Taiwan,

A120937

Laser welding of copper for e-mobility
applicationsChallenges, limits and strategies
using dierent laser technologies, Andreas

A120013

Th3-L5

Room 4

HPL 7: Welding 2

Chair: Peter R. Herman, University of Toronto,
Canada
10:30

Oral Session

A120935

Blue diode laser status and outlook intechnology and applications, Markus Ruetering ,11:00

Th4-H5

1

Simon Britten1 , Sörn Ocylok1 , 1 Laserline GmbH,

A120289

Rapid 3D micro-machining by optimised bursts
of ultrashort laser pulses - beyond theablation-cooling, Andrius emaitis , Paulius Ge£ys , Eect of laser wavelength on welding ofA120928
pure
Gediminas Ra£iukaitis , Mindaugas Gedvilas ,copper plate with blue diode laser, Kento
Morimoto , Masahiro Tsukamoto , Abe Nobuyuki ,A120629
Shin- ichiro Masuno , Kazuyuki Azumi , Yoshihiko
Multi-sensor system for real-time monitoring Hayashi ,of laser micro-structuring, Milena Zuric , OliverStudent1

Germany,GmbH, Germany

1

1

11:20

for Physical Sciences and Technology, Lithuania

Student

Th3-L7

iv

11:10

1

1,3

at

Laser Technology ILT, Steinbachstr. 15, 52074

1 Graduate School of Engineering, Osaka
2
University, Japan, Joining and Welding Research
3
Institute, Osaka University, Japan, OSAKA FUJI

Tent

CORPORATION, JapanPr

1

Beranek , Ruediger Brockmann , 1 TRUMPF
Corporation, Japan,

2

2 TRUMPF Laser- undSystemtechnik GmbH, Germany

2 SAOT  Erlangen

12:00

e

Erlangen-Nuremberg, Germany,

Th4-H7

2

Kristian Cvecek1,2,3 , Catharina Rebling3 , Kilian
Schütz1 , Michael Schmidt1,2,3 , 1 Institute of Photonic
Technologies, Friedrich-Alexander-University ofA120205

High quality copper welding by high power
green laser, Tsuyoshi Nakamura , Matthias

11:40

A120150

Th3-L8

2

2,3

2,3

Ultra-short laser pulse time-of-ight
holographic control for sensing applications,

11:30

2

2

Nottrodt1 , Peter Abels1 , 1 Fraunhofer Institute for
Aachen, Germany

Student

Th4-H6

1 Centere

1

2 Laserline GmbH, Germany, 3 Laserline

Lunch Time

ativ

Graduate School in Advanced Optical Technologies,
Friedrich-Alexander-University ofErlangen-Nuremberg, Germany,

3 blz  Bayerisches

Laserzentrum, Germany

A120281

Machining of micro channels in single crystal
silicon wafer using ultra-short pulse laser for
MEMS applications, Shalini Singh , G. L. Samuel ,Student

Th3-L9

nt

11:50

1

1

e

Lunch Time

at
iv

12:10

Pr

Te

1 Research Scholar, Indian Institute of Technology,
2
Madras, India, Professor

Conference Managerment Room (B1 oor)

LPM Poster Session II (For even-numbered posters)Pr& Lunch Time

14

e

nt

LPM Poster Session II and Exhibition (Conference Managerment Room (B1 oor))

Te

12:10

updated May 9, 2019

Day 3: May 23, Thursday

Th3-L6

Te

10:50

Pr
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Session 21.

Room 1Te

LPM: SP2-1 "Laser coloring using shortand ultrashort pulsed lasers"

e

nt
at
iv

Coloring of metals using long pulse duration lasers
InvitedRoom 2

LPM: Direct writing

Faculty of Electronics, Wroclaw University of Science andA120060

Laser direct writing of conductive carbon
microelectrodes and device applications,
14:00

A121983,
Arkadiusz J. Anto«czak1 , Katarzyna M. ¦cka1 , ukasz
Skowro«ski2 , Marek Trzcinski2 , Vasyl V. Kinzhybalo3 ,Krzysztof M. Abramski1 , 1 Laser Microprocessing Group,
Th1-L8

Session 25.

Chair: Aiko Narazaki, AIST, Japan

Chair: Andres F. Lasagni, Professur für Laserbasierte
Methoden der groÿächigen
Oberächenstrukturierung, Institut für
Fertigungstechnik, Technische Universität
Dresden, Germany
14:00

Oral Session

Th2-L9InvitedAkira Watanabe1 , Jinguang Cai2 , 1 Institute ofMultidisciplinary Research for Advanced Materials,
Tohoku University, Japan,

2 Institute of Materials,

China Academy of Engineering Physics, P. R.
China

A120247

Cu-Ni micropatterning on exible
substrates using femtosecond laser reductive
sintering, Mizue Mizoshiri , Ha Phuong Nam ,14:30

Th2-L10

2 Institute of Mathematics and Physics,
1
3
University of Technology and Life Sciences, Poland, Institute 1 Nagaoka University of Technology, Japan

Te

Technology, Poland,of Low Temperature and Structure Research, Poland

1

A120898

Surface morphology analysis of electrically
β -SiC fabricated by femtosecond
Ultra-short pulsed laser marking and coloration of conductive
laser irradiation, Shuichiro Hayashi , Yasutaka
metals with segmented pixel parameter
Nakajima , Mitsuhiro Terakawa ,transformation, Norbert Ackerl , Pascal Gugger ,14:50

Th2-L11

A120793

Studente

Invited Student

Th1-L9

1

iv

14:30

1

Maximilian Warhanek1 , Johannes Gysel2 , Konrad Wegener1 ,1 ETH Zurich, D-MAVT, Institute of Machine Tools and2
Manufacturing (IWF), Switzerland, Inspire AG, Switzerland

at

1

1

1, 2

1 School ofIntegrated Design Engineering, Keio University,
Japan,

2 Department of Electronics and ElectricalEngineering, Keio University, Japan

A120540

laser fabrication of
Laser-induced thin oxide layers on stainless steel - Femtosecond
elements on hard materials,
wear and corrosion resistance in Ringer solution, micro-optical
Xue-Qing Liu , Lei Yu , Shuang-Ning Yang ,A120959

15:10

Th2-L12Bogdan Szczygiel1 , Arkadiusz Jan Antonczak2 , Katarzyna
Lecka2 , 1 Faculty of Chemistry, Wroclaw University of

1 State Key Laboratory of Precision Measurement

Science and Technology, Poland,Technology and Instruments, Department ofPr

2 Faculty of Electronics,

A120313ativ

e

Investigation of structural colors formed on metal
surface by direct laser interference patterning,
Invited tutorial

Th1-L112

2

Precision Instrument, Tsinghua University, China,

Wroclaw University of Science and Technology, Poland
15:20

1

2 State Key Laboratory of Integrated

Optoelectronics, College of Electronic Science andEngineering, Jilin University, China

A120100

Femtosecond laser direct writing in silica
glass: From nanogratings to circular opticalproperties, Matthieu Lancry , Bertrand
InvitedBogdan Voisiat1 , Wei Wang1 , Max Holzey1 , Andrés Fabián
Lasagni1, 2 , 1 Technische Universität Dresden, Germany,

15:30

15:50

Poumellec , 1 University Paris Sud, France

2 Fraunhofer IWS, GermanyCoee Break

Pr

16:00

Pr

at
iv

15

e

nt
Te

1

1

e

Te

nt

Coee BreakTh2-L13

updated May 9, 2019

Day 3: May 23, Thursday

Student

Th1-L10

Te
nt

15:00

Pr
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nt
at
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Session 29.

Session 33.

Room 3

LPM: Micro-welding

Te

Chair: Hirofumi Hidai, Chiba University, Japan

Oral Session

HPL 8: Cutting & Drilling

Room 4Chair: Seiji Katayama, Emeritus Prof., Osaka
University, Japan; NADEX Co. Ltd., Japan

A120282

High yield ultrafast laser microwelding process
A120390
for direct joining of metal-to-glass, Paulina Olga Recent R&D progress on laser cutting
Morawska , Samuel Hann , Matthew Jan,Danieltechnology for nuclear power plant
Esser , Richard Mark Carter , Duncan Paul Hand ,decommisioning at KIMM, Jeong Suh , Eun-Joon
11e

Th3-L10

1

nt
at
iv

14:00

1

1 Applied Optics and Photonics Group, School ofEngineering and Physical Sciences, Heriot-Watt
University, Edinburgh, UK

14:00

Invited

Th4-H81

1

Chun , Su-Jin Lee , 1 Laser Industrial Technology
11Research Group, Korea Institute of Machinery andMaterials (KIMM), Republic of Korea

A120295

A120277
Experimental characterization of spectral
About three fundamental mysteries regarding
scattering properties of polymers for laser
laser beam cutting of stainless steel, Dirk
welding applications, Andreas Schkutow , Thomas berPetring , Dennis Arntz , Stoyan Stoyanov , Frank
Th3-L111

14:30

Th4-H91

2

1

Frick , Karsten Scholle , Samir Lamrini , Peter
Fuhrberg2 , 1 Technische Hochschule Nuernberg Georg

Schneider , 1 Fraunhofer Institute for Laser Technology
2
ILT, Germany, Chair for Laser Technology LLT,

Simon Ohm, Germany,

RWTH Aachen University, Germany

2

2

Te

1

2 Futonics Laser GmbH,e

Germany1

A120705

Laser material interactions in pulsed andcontinuous wave bre laser welding, Wojciech
Th3-L12

iv

14:40

at

A120267

Te
nt
1

1

15:10

1 Fraunfer Insititute for Laser Technology, Germany

A120263

Student

ativ

Th3-L14eAbsorber-free quasi-simultaneous laser weldingof transparent microuidic devices, Nam-Phong

15:20

Nguyen1 , Stefan Behrens1 , Maximilian Brosda1 ,Alexander Olowinsky1 , Arnold Gillner2 ,1 Fraunhofer-Institut fuer Lasertechnik ILT, Germany,
2 Fraunhofer Institute for Laser Technology Aachen,

Th4-H111

Schneider , Norbert Wolf , 1 Fraunhofer Institute for11

Laser Technology ILT, Germany

A120166

Delamination crack initiation of laser drilling
process for multi-layer material system, You
15:30

Th4-H12Student

Wang1 , Torsten Hermanns2 , Markus Nieÿen2 , Stefan
Jassen2 , Dennis Haasler3 , Wolfgang Schulz1,2 ,1 Department of nonlinear dynamics of laser processing
2
in RWTH Aachen University, Germany, Fraunhofer
3
institute for laser technology, Germany, Chair forPrTeCoee Breaklaser technology in RWTH Aachen University,
GermanyCoee Break

Pr

at
iv

e

15:50

16

e

nt
Te

15:40

nt

Germany

A120279

New optimization procedure for ecient laser
beam cutting of ber reinforced plastics(GFRP and CFRP), Dirk Petring , FrankPr

Student

Th3-L13

Student

1 Graduate School of Natural Science and Technology,
2
Okayama University, Japan, AMADA HOLDINGS
3CO., LTD., Japan, AMADA CO., LTD., Japan

Investigation on the inuence of the overlap
factor during the expansion of the weld joint
area with modulated laser beam welding overgap, Woo-Sik Chung , Alexander Olowinsky ,15:00

Th4-H10

Seigo Kadonaga1 , Kyo Kitagawa1 , Yasuhiro Okamoto1 ,Akira Okada1 , Hiroaki Ishiguro2 , Ryohei Ito2 , AkihikoSugiyama3 , Hironobu Miyoshi3 , Ayako Nagase-3 ,Suder1 , Julio Coroado1 , Marta Ostolaza1 , Supriyo
Ganguly1 , Stewart Williams1 , 1 Craneld University,
UK

A120241

Study on reduction of slope angle of kerf inthick plate cutting of mild steel by ber laser,

14:50

updated May 9, 2019

Day 3: May 23, Thursday

14:20

Te

Chair: Akira Watanabe, Tohoku University, Japane
A120286nt
ativ

Fabrication of LIPSS-based metallic
polarization gratings, Alejandro San Blas ,
1,2

1,2

2 Universidad de Navarra (Tecnun), Spain

Spain,

Th1-L13

Technology, the Department of Mechanics of Solids,
Surfaces & Systems (MS3), Chair of Laser Processing
Enschede, The Netherlands,

A120189

Student

Te

2 Demcon B.V.,

Institutenweg 25, Enschede, 7521 PH, The Netherlands

A121038, Q. Li , A.-P.
Alloncle1 , D. Grojo1 , Ph. Delaporte1 , 1 LP3

Dynamics of double pulse LIFT
16:50

Yu1 , Seiya Kato1 , Michiharu Ota2 , Nobuhito
Takizawa3 , Kazuhisa Mikame3 , Shingo Ono1 , 1 Nagoya
Institute of Technology, Japan,

Invited

Th2-L14

1 University of Twente, Faculty of Engineering

Terahertz tapered antireective structuresfabricated by femtosecond laser processing, Xi
16:40

A121244

Fundamentals and (potential) applications oflaser-induced forward transfer (LIFT) of 3D
free standing microstructures, Matthias
Feinaeugle1 , Ralph Pohl2 , Gert-willem Römer1 ,Ainhara Rodriguez , Noemi Casquero , Santiago
Olaizola1,2 , Miguel Martinez-Calderon1,2 , 1 Ceit-IK4,
1,2

Room 2

LPM: Direct writing: LIFT

16:20

Chair: Bogdan Voisiat, Technische Universität
Dresden, Germany
Th1-L12

Session 26.

Room 1

LPM: SP2-2 "Laser precision
processing for Terahertz and opticalapplications"

16:20

Pr
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nt
at
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Session 22.

Oral Session

2 IMRA America, Inc.,

Th2-L151laboratory, CNRS-Aix-Marseille University, France

A120294

Bio-active patterning of bronectin-containing
A120211by laser-induced forward transfer, Aiko
Laser fabrication of diractive optical elements apatite
Narazaki , Ayako Oyane , Hirofumi Miyaji ,for THz radiation, Simonas Indri²iunas , Evaldas
17:00

Th1-L14

iv
1

at

1

A120058

Microstructuring NbN superconductor using
pulsed laser, Manikandan E , Karthigeyan K A ,Student
1

2

To banquet

Student

Th2-L18

Fernández-Pradas

1,2, Pere Serra

1,2

1,2

, 1 Department ofApplied Physics, Universitat de Barcelona, Spain,

2 Institute of Nanoscience and Nanotechnology(IN2UB), Universitat de Barcelona, Spain
18:10

To banquet

Pr
17

e

nt

19:00

17:50

from the venue to Banquet on footBanquet (ANA Crowne Plaza Hotel Hiroshima, "Orchid" on 3rd oor)

Te

18:30

A120300

Laser printing of high solid content inks on
exible substrates, Pol Sopeña , Juan Marcos

Pr

at
iv

Banquet

1

1

e

Te

nt

17:40

at
iv

2 Tata Institute of Fundamental Research, India

1

Laboratory, 20375 USAe

1

A120225

Th2-L17

C.Y. Auyeung , Heungsoo Kim , Nicholas A.
Charipar1 , Alberto Piqué1 , 1 Naval Research

1

Sreeja B S , Radha S , John Jesudan , Pratab
Roychautri2 , 1 SSN College of Engineering, India,
1

3

LIFT of microstructures using elastomeric
donor templates, Kristin M. Charipar , Raymond
17:30

Institute of Optical Sensor Systems, Germany

2

University, Japan

Pr

Te
nt

1 Center for Physical Sciences and Technology,
2
Lithuania, German Aerospace Center (DLR),
Th1-L15

Th2-L16

1 Electronics and Photonics Research Institute, AIST,
2
Japan, Nanomaterials Research Institute, AIST,
3
Japan, Faculty of Dental Medicine, Hokkaido

Svirplys1 , Gediminas Ra£iukaitis1 , Linas
Minkevi£ius1 , Andrzej Urbanowicz1 , Irmantas
Ka²alynas1 , Heiko Richter2 , Heinz-Wilhelm Hübers2 ,

17:20

17:10

updated May 9, 2019

Day 3: May 23, Thursday

3 Tamari Industry Co., LTD., Japane

Japan,

Pr
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Session 30.

Room 3

LPM: Micro-machining 2

Te

Chair: Mizue Mizoshiri, Nagaoka University ofTechnology, Japan

Oral Session

Session 34.

Room 4

HPL 9: Welding 3

Chair: Kazuhisa Mikame, TAMARI Industry Co.,
Ltd., Japan

A121018

A121772
Multi beam ultrafast laser patterning with Improvements in laser welding and brazing
single beam modulation and switching, Arnold processes by beam oscillation, Peer Woizeschke ,Gillner , Alexander Meyer , Oliver Nottrodt ,
16:00

nt
at
iv

1

e

Th3-L15

1

1

Johannes Finger1 , Martin Reininghaus1 , 1 Fraunhofer
Institute for Laser Technology, Aachen, Germany

16:00

Invited

Th4-H13

1

1 BIAS - Bremer Institut fuer angewandte
Strahltechnik GmbH, Germany

A120251

progress on laser keyhole welding of
Femtosecond laser processed micro structure Researchdissimilar
steel/Al joints, Li Cui , Hongxi Chen ,for micro object arrangement in a microuidic Feng Pan , Boxu
Chen , Dingyong He ,device, Yaxiaer Yalikun , Misuzu Namoto , Chaoying
Fang , Yoichiroh Hosokawa ,A121044
Dissimilar joining of advanced structural andengineering components using latest generation
A120615
pulsed bre laser, Supriyo Ganguly , Sonia Meco ,Fabrication of low-loss lithium niobate
Coroado , Wojciech Suder , Goncalo Pardal ,photonic structure with femtosecond laser Julio
Stewart Williams , Jack Gabzdyl ,assisted chemo-mechanical polishing, Min
Wang , Rongbo Wu , Jintian Lin , Zhiwei Fang ,A120198
Jianhao Zhang , Ya Cheng ,Evaluation of laser welding joint characteristic
for dissimilar materials of oxygen free copperand aluminium, Wooseong Choi , Sanghoon Kang ,A120983

Th3-L16

1

1

1

1

Te

16:50

2

iv

1

2

1, 2

of Precision Spectroscopy, East China Normal
University, Shanghai, China,TentHigh Field Laser Physics, Shanghai Institute of Optics
and Fine Mechanics, Chinese Academy of Sciences,

1

1

1

1

2

1 Craneld

17:10

Th4-H16

1

2

17:30

To banquet

Freitag , Rudolf Weber , Thomas Graf , 1 LightPulse
2
Laser Precision, Stuttgart, Germany, Institut für
2

at
iv

Strahlwerkzeuge, Stuttgart, Germany

2

e

1

A120306

Asymptotic bore hole model for ultrashortpulse laser-drilled carbon ber preforms, Stefan
17:20

Th3-L19

Janssen1 , Dorian Kürschner1 , Torsten Hermanns1 ,Markus Nieÿen1 , Wolfgang Schulz1,2 , 1 FraunhoferntInstitute for Laser Technology ILT, Germany,

Laser Manufacturing Processes Instruction andTe

Research Department NLD, Germanyativ

Banquet

Pr
18

e

nt

19:00

from the venue to Banquet on footBanquet (ANA Crowne Plaza Hotel Hiroshima, "Orchid" on 3rd oor)

Te

18:30

e

To banquet

Pr

2 RWTH Aachen University - Nonlinear Dynamics of

17:40

1

Minjung Kang , 1 Korea Institute of Industrial
1

Pr

A121226

Th3-L18

1

1

Technology

Deep drilling of metals with ultra-short laser
pulses, Daniel J. Förster , Daniel Holder , Christian
17:00

1

2 State Key Laboratory of

Shanghai, China

1 Beijing

University, UK

1

1 State Key Laboratory

at

2

1

1

Th4-H15e

Th3-L17

1

1

University of Technology, P.R.China

Materials Science, Nara Institute of Science and

16:40

Th4-H141

1 Graduate School ofTechnology, Japan

16:30

updated May 9, 2019

Day 3: May 23, Thursday

16:20

Pr
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Session 38.

Room 1

nt
at
iv

e

LPM: SP3-1 Laser processing of glassmaterials: current status, trends andfutureChair: Yves Bellouard, École PolytechniqueFédérale de Lausanne, Switzerland
Fr1-L1

A120248

1

1

Watanabe2 , 1 National Institute of Technology, Nara
2 Ritsumeikan University, Japan

Te

College, Japan,

1e

Fr1-L2

Japan,

iv

Richter2 , Dirk Sutter3 , 1 TRUMPF Corporation,

2 TRUMPF Lasertechnik GmbH, Germany,

3 TRUMPF Laser GmbH, Germany

A120283

Fr1-L3at

Ultrafast laser microwelding of ultra-thinexible glass, Paulina Olga Morawska , Matthew
9:40

1

Heriot-Watt University, Edinburgh, UK,e

A120147

Pulsed laser deposition from Lab to Fab, Ralph
Fr2-L2

Delmdahl1 , Burkhard Fechner1 , Max Fischer1 ,1 Coherent LaserSystems GmbH & Co. KG

A120245

Dual beam pulsed laser deposition offunctionally graded yttria-stabilized zirconia(YSZ) thermal barrier coating with improved
adhesion strength, Chun Deng , Hyeongwon Kim,
9:30

Fr2-L3

Fr2-L4

1

A120944

Ratautas1 , Aldona Jagminiene1 , Ina Stankevi£iene1 ,Eugenijus Norkus1 , Gediminas Ra£iukaitis1 , 1 Center
for Physical Sciences and Technology, Lithuania
Coee Break

Pr

10:10

Pr

at
iv

19

e

nt
Te

Technology (AIST), Japan

e

Te

nt

at
iv

Coee BreakYamaguchi , Tomohiko Nakajima , Junichi Momoto1 ,1 National Institute of Advanced Industrial Science and

9:50

Process Innovation Ltd- National Printable Electronics

10:00

1

1

Selective surface activation induced by laser(SSAIL): Physical-chemical mechanism of
selective copper deposition on PA 6, Karolis

2 Centre forCentre, Sedgeeld, Stockton-on-Tees, UK

1

1

Pr

Te
nt

School of Engineering and Physical Sciences

Fr2-L1

Hyungson Ki, 1 South Korea

Jan,Daniel Esser , Richard Mark Carter1 , Paolo
Melagari2 , Robert Douglas2 , Yun Fu Chan2 , Duncan
Paul Hand1 , 1 Applied Optics and Photonics group,1

A121824

Flexible oxide thin lms prepared byultraviolet laser-assisted chemical solution
process, Tetsuo Tsuchiya , Yuko Uzawa , Iwao
9:10

A120309

Glass welding by ultrashort pulse laser without
optical contacting, Yousuke Nakamura , Sören
9:20

Chair: Arkadiusz J. Antonczak, Wroclaw
University of Technology, Poland
8:50

Relationship between joint strength andapplied pressure in ultrafast laser microweldingof glass, Takayuki Tamaki , Hiroaki Ishino , Wataru

Room 2

LPM: Film deposition

updated May 9, 2019

Day 4: May 24, Friday

Te

Day 4: May 24, Friday

Session 35.

9:00

Oral Session

Pr
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Session 41.

Session 44.

Room 3

LPM: Surface treatment 2

Te

Chair: Toshihiko Ooie, AIST, Japan

Chair: Yasushi Kitani, JFE Steel Corporation,
Japan

A120988

nt
at
iv

1

e

Fr3-L1

Uchida , Rennosuke Tamura , Takahiro Hara2 , Yuji
Sato2 , Masahiro Tsukamoto2 , 1 Division of Materials
1

1

University, Japan
Fr3-L2A1202881

1

Adrian H.A. Lutey , Luca Romoli , Rainer Kling ,
2

Te

2

1

1 ALPhANOV, France, 2 Università degli studi diParma, Italy

8:50

Invited

Fr4-H1

1 Hiroshima university, Japan, 2 Kobe Steel Ltd., Japan

A120981

Development of overlay welding technology
using high-power diode laser and hot-wiresystem, Weian-An Lin , Hayato Kono , Motomichi
9:20

Laser-textured antibacterial surfaces: An
industrial approach, Laura Gemini , Marc Fauçon ,9:10

A120183

Cold cracking susceptibility of ultra-high tensile
strength steel sheet during laser welding, Ryota
Mori2 , Naoya Takemoto1 , Motomichi Yamamoto1 ,Kyohei Maeda2 , Reiichi Suzaki2 , Kenji Shinozaki1 ,and Manufacturing Science, Osaka University, Japan,

2 Joining and Welding Research Institute, Osaka

Room 4

HPL 10: Welding 4

Laser metal bumping with SUS316L molten
powder jet for steel / carbon ber reinforced
thermoplastics joint, Kiyokazu Yasuda , Yuki
8:50

Oral Session

Student

Fr4-H2

1

1

Yamamoto , Kenji Shinozaki , Hideki Aono2 , Ryo
Ejima3 , 1 Graduate School of Engineering, Hiroshima
1

1

2 Matsumoto Kikai Co., Ltd.,
3
Japan, Marubun Co., Japan
University, Japan,

A121299

Hybrid micro textures-A multi-scale surface Weldability, microstructure and properties ofengineering approach for enhancing tribological 304 stainless steel joint: Laser welding andcharacteristics, Niketh S , G.L. Samuel ,laser-arc hybrid welding, Jingjing Yang ,e

Fr3-L3

1

iv

9:30

9:40

1 Research

2

A120246

Fr4-H3

1

Chunyang Zhao , Zemin Wang , Xiaoyan Zeng1 ,India

Huazhong University of Science and Technology,atScholar, Indian Institute of Technology Madras, India,

2 Professor, Indian Institute of Technology Madras,

A120059

Dry laser peening for improving fatigue
properties of laser welded 2024-T3 aluminumalloy using femtosecond laser pulses, Tomokazu

1 Wuhan National Laboratory for Optoelectronics,
Wuhan, PR China

A121371

Fundamental studies on application of laser-arc
hybrid welding for manufacturing primarystructural members in general merchant ships,
10:00

e

Sano1 , Takayuki Eimura1 , Akio Hirose1 , Yosuke
Kawahito2 , Seiji Katayama2 , Kazuto Arakawa3 ,Ayumi Shiro4 , Takahisa Shobu5 , Kiyotaka Masaki6 ,Yuji Sano7 , 1 Division of Materials and Manufacturing
Science, Graduate School of Engineering, Osaka

at
iv

2
University, Japan, Joining and Welding Research
3
Institute, Osaka University, Japan, Interdisciplinary
Faculty of Science and Engineering, Shimane
University, Japan,

1

Fr4-H4Pr

Fr3-L4

Te
nt

9:50

1

Radiological Science and Technology, Japan,of Marine Systems Engineering, Kyushu University,
Japan,

2 Department of Civil and StructuralEngineering, Graduate school of Engineering, Kyushu

3 Namura Shipbuilding Co. Ltd.,
4
Japan, Tsuneishi Shipbuilding Co., Ltd., Japan,
5 Japan Ship Technology Research Association, Japan
University, Japan,

4 Quantum Beam Science Research

Directorate, National Institute for Quantum andKoji Gotoh1 , Takamori Uemura2 , Issei Uchino2,3 ,Hisao Narimatsu2,4 , Atsuo Moriyama5 , 1 Department

10:20

Coee BreakTechnologies) Program under the Cabinet Oce, the

Pr
20

e

nt

at
iv

Coee Break

Te

10:10

e

Government of Japan

updated May 9, 2019

Day 4: May 24, Friday

Te(Impulsing Paradigm Change through DisruptivePrnt

5 Materials Sciences Research Center, Japan Atomic
6
Energy Agency, Japan, National Institute of7
Technology, Okinawa College, Japan, ImPACT

Pr
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Session 36.

Room 1Te

LPM: SP3-2 Laser processing of glassmaterials: current status, trends andfuturee

Chair: Toney Fernandez, Macquarie University,
Australia

A120163

Oral Session

Session 39.

LPM: Medical and biologicalapplications 1

Room 2Chair: Yoichiro Hosokawa, Nara Institute of
Science and Technology, Japan

A120090

Microuidic fabrication of polymer materials
using laser-induced bubble, Yasutaka Hanada ,10:30

Invited

Fr2-L5Experimental study on the relationshipbetween direction of crack propagation andthermal stress distribution in laser cleaving
process for glass substrate, Yuki Nakajima , Keiji Femtosecond laser direct write of pureA120204
Yamada , Ryutaro Tanaka , Katsuhiko Sekiya ,uorescent proteins, Daniela Serien , Abe
Kazuki Fukushima ,Masashi , Mitsuhiro Terakawa , Hiroyuki Kawano ,A120078
Miyawaki , Katsumi Midorikawa , Koji
Real-time ultrafast 2D-imaging of femtosecond Atsushi
Sugioka ,laser processing by a temporal wavelength
division scheme, Takakazu Suzuki , Hirofumi
Fr1-L4Student

nt
at
iv

10:30

1

1

1

1

Fr1-L5

11:00

Fr2-L6

1 Hiroshima University, Japan

Student

Te

10:50

1

1

1,2

University, Japan

4

1

1 RIKEN Center for Advanced Photonics,
2
RIKEN, Japan, School of Integrated Design
3
Engineering, Keio University, Japan, Department of
1

Electronics and Electrical Engineering, Keio

e

1

1

2,3

1,4

Nemoto , Kazuki Takasawa , Kazuki Matsushita1 ,Yuki Yamaguchi1 , Fumihiko Kannari1 , 1 Keio
11

1 Hirosaki University, Japan

A120332

University, Japan,

4 RIKEN Center for Brain Science,

RIKEN, Japan

InvitedEngineering Chiba University, Japan

1

1

3

4

1

1

1 Tokyo Institute of Technology

3

1 Division of Materials

2 Nano Medical Engineering Laboratory,
3
RIKEN, Japan, euglena Co. Ltd., Japan,
4 Department of Chemistry, University of Tokyo, Japan

A120080

Evaluation of myoblast adhesion anddierentiation on biodegradable polymer lmswith femtosecond laser fabricated micro
through-holes, Izumi Takayama , Mitsuhiro
11:40

Fr2-L8Student

1

Terakawa , 1 Keio University, Japan
1

12:00

Lunch Time

Pr
21

e

nt

at
iv

e

Pr

nt
Te
Te

4

Japan,eLunch Time

at
iv

12:00

2

3

Science, Nara Institute of Science and Technology,

Kumagai , Nobuhiro Matsushita , Tetsuji Yano1 ,
1

2

1

1

Pr

Fr1-L7

Te
nt

11:40

Fr2-L7

1 Department of Mechanical

at

1

11:20

updated May 9, 2019

Day 4: May 24, Friday

Fr1-L6iv

A120209
Laser-induced metal particle manipulation in Femtosecond laser photoporation of uorogenic
glasses, Hirofumi Hidai ,peptide aptamers for highly sensitive imaging
of polysaccharides in Euglena gracilis cells,
Takanori Maeno , Takanori Uzawa , Izumi Kono ,A120284
Okano , Takanori Iino , Taro Ogawa ,Fabrication of tellurite glass sphere for optical Kazunori
Osamu
Iwata
, Takuro Ito , Kengo Suzuki , Keisuke
resonator by non-contact glass melting due to Goda , Yoichiroh
Hosokawa ,localized-laser heating, Tetsuo Kishi , Tsutaru

11:10

Chair: Hongtao Ding, University of Iowa, USATe

Session 45.

Room 3

HPL 11: Automotive

Chair: Kiyokazu Mori, The Graduate School for
The Creation of New Photonics Industries,Japan

A120512Dual-scale fabrication of broadband
antireective black metal surfaces based
nanosecond laser and femtosecond laser, RuieStudent

Fr3-L5

nt
at
iv

10:30

Lou1 , 1 State Key Laboratory of Transient Optics andA120878

Fr3-L6Student

1

1

Te

11:30

A120227

From passive to active manipulation of thepolarization states of light via metastructures,
Invited

Fr3-L7e

11:10

Fr4-H5Invited

2 AUDI AG, Ingolstadt, Germany

InvitedA120144

1

1 Coherent, Germany

A completely new approach to ber laser
welding of automotive and e-mobility
components., Peter Kallage ,A120148
Laser welding of thin stainless steel parts using
modied side-gas application for control ofspatter and weld shape, Goran Jovic , Axel
11:00

1 ETH Zurich, D-MAVT, Institute of Machine Tools
and Manufacturing (IWF), Switzerland

10:30

Germany,

Ablation characteristics of alumina andzirconia ceramics on ultra-short pulsed laser
machining., Norbert Ackerl , Konrad Wegener ,10:50

A120398

Laser beam remote welding of lightweight
aluminum construction for automotive industry,
Jan-Philipp Weberpals1 , Daniel Boehm1 , Martin
Sommer1 , Johann Hesse2 , 1 AUDI AG, Neckarsulm,

Photonics, Xi'an Institute of Optics and Precision
Mechanics, CAS, 710119 Xi'an, China

Room 4Fr4-H6

Fr4-H71, 2

Ruwen Peng , 1 National Laboratory of Solid State

Bormann , Johannes Pröll , Stefan Böhm2 , 1 Robert

Microstructures, Nanjing University, China

Bosch GmbH, Germany,iv

1

A120240

Laser induced modication of molybdenum
disulphide nanoplatelet array, Romualdas
Fr3-L8

at

11:40

Te
nt

Trusovas1 , Gediminas Ra£iukaitis1 , Gediminas
Niaura1 , Arunas Jagminas1 , 1 Center for PhysicalKassel, Germany

A120426

Development of laser cladding for TNGA
engine, Kohei Yanaka , Shingo Iwatani , Natsuki

11:50

Fr4-H8-1-2

Sugiyama-2 , Hironori Aoyama-2 , 1 Toyota Motor

No.2, Japan,

2 Toyota Motor Corporation, Production

Engineering Development Division, Japan
Lunch Time

at
iv

e

12:10

Pr
22

e

nt

at
iv

e

Pr

nt
Te

2 Fachgebiet für trennende

Corporation, Raw Material Development Division

Lunch Time

Te

12:00

1

und fügende Fertigungsverfahren (t ), University ofPr

Sciences and Technology, Lithuania

1

updated May 9, 2019

Day 4: May 24, Friday

LPM: Surface treatment 3

Pr
Pr
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og
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og
ra
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m
m
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nt
at
i

Session 42.

Oral Session

Pr
Pr
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nt
at
i

Session 37.

Session 40.

Hall "Himawari"

LPM: Medical and biologicalapplications 2

Room 2Chair: Yasutaka Hanada, Hirosaki University,
Japan

e

Te

LPM: SP3-3 Laser processing of glassmaterials: current status, trends andfutureChair: Tetsuo Kishi, Tokyo Institute ofTechnology, Japan

Oral Session

A120951

Three dimensional scaolds made of electrospun
A122864, Marco Götze , Tobias Kürbitz , Christian
New insights to femtosecond laser induced ion polymers
E.,H. Schmelzer , Andreas Heilmann , Georg
migrations in multicomponent glass
Hillrichs ,waveguides, Toney T. Fernandez , S. Gross , T.
FrM-L1

Invited

nt
at
iv

13:30

1

1

Gretzinger , A. Arriola , M. Withford , 1 MQ
1

1

1

1

1 University of Applied Sciences Merseburg,
2 University of Applied Sciences Anhalt,
3
Germany, Fraunhofer Institute for Microstructure of1

Materials and Systems IMWS, Germany

1

Snelling , 1 University of Hull, United Kingdom
1

13:50

e

iv

FrM-L3

1,2

Kestutis Staliunas

1,2, 1 Femtika LTD, Lithuania,

at

3,4

1

Zhen-Yi Hong , Kazunori Okano , Takanori Iino2 ,Yoichiroh Hosokawa1 , 1 Graduate School of Materials
1

Science, Nara Institute of Science and Technology,
Japan,

2 Department of Electrical Engineering andInformation Systems, The University of Tokyo, Japan

A120305

Femtosecond laser processed 4 µm thick glass
lter for cell culturing, Yaxiaer Yalikun , Yoichiroh
14:10

2 Vilnius University Laser Research Center, Lithuania,
3 Departament de Física i Enginyeria Nuclear,
Universitat Politècnica de Catalunya, Spain,

Fr2-L10

1

A120292

Direct laser writing of large scale photonic
crystal spatial lters in glass using Bessel
beams, Vytautas Purlys , Darius Gailevi£ius ,14:20

A120291

Modied channel structures activated on-chiphigh-speed manipulation of micro-objects byfemtosecond laser impulse, Yaxiaer Yalikun ,A120169

Te

FrM-L22,3

2,3Germany,

Laser-induced generation of color centers inborosilicate glass as a way to control its
chemical reactivity, Anton Serkov , Howard

14:00

Fr2-L93

Photonics Research Centre, Department of Physics
and Astronomy, Macquarie University, Australia

13:30

Fr2-L111

Hosokawa , 1 Graduate School of Materials Science,
1

Nara Institute of Science and Technology, Japan(ICREA), Spain

14:30

Coee Break

Pr

Te
nt

4 Institucio Catalana de Reserca i Estudis Avançats

A120207

Fabrication of molybdenum carbide
nanoparticles by femtosecond laser ablation in
Hexane, Yoshiki Tanaka , Shusaku Terakawa , Xi
Student

FrM-L41e

1

Yu , Toru Asaka , Michiharu Ota , Fumihiro
Itoigawa1 , Shingo Ono1 , 1 Nagoya Institute of1

Technology, Japan,

2 IMRA America, Inc., Japan

Pr
Pr
23

e

nt

at
iv

e

Te

nt

Coee Break

Te

15:00

2

at
iv

1

updated May 9, 2019

Day 4: May 24, Friday

14:40

LPM: Surface treatment 4

Session 46.

Room 3Chair: Hai Xiao, Clemson University, USA

Te

Pr
Pr
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nt
at
i

Session 43.

Oral Session

Room 4

HPL 12: Additive Manufacturing 4

Chair: Christoph Leyens, Director, Fraunhofer
Institute for Material and Beam Technology
IWS, Germany

A122546

Direct laser writing and direct laserinterference patterning for surface modication
A121892
in automotive, photovoltaic and life sciences", Metallic additive manufacturing: Past present
Udo Klotzbach , Volker Franke , Tim Kunze , Frankand future, Jyoti Mazumder ,Sonntag , Andres Lasagni , Christoph Leyens ,
1

1

1, 2

14:00

Te

1,2

iv

at
2

1

3

Fr3-L12

at
iv

Student

1

2

Gopinath , Ashish Kumar Nath , 1 Department of
1

1

Mechanical Engineering, Indian Institute of

Institute of Technology, Kharagpur, West Bengal,
India,

3 Department of Mechanical Engineering, Indian

Institute of Technology, Kharagpur, West Bengal,
India,

4 Department of Mechanical Engineering, Indian

Institute of Technology, Kharagpur, West Bengal, India
Coee Break

Pr

15:00

Pr
24

e

nt

at
iv

e

Te

nt

Coee Break

Te

15:00

Fr4-H122 Advanced Technology Development Centre, Indiane

Wang1 , Yin Chi Wan1 , 1 Singapore Institute of
Manufacturing Technology, A∗STAR, Singapore

A120297Eect of laser shock peening on corrosion
properties of laser additive manufactured IN718
superalloy, Sagar Sarkar , Harikrishnan R , Muvvala
Technology, Kharagpur, West Bengal, India,

A120193

Picosecond laser fabrication of the riblet-arraysurface texture on Ti64 alloy substrate, Xincai
14:40

5 Department of Mechanical

Pr

Te
nt

Computer Engineering, University of Iowa, USA

Mechanical Engineering, National Chiao Tung

14:40

2 Department of Chemistry,
3
University of Iowa, USA, Department of Electrical &University of Iowa, USA,3 Department of Physics, National
4
Chung Cheng University, Taiwan, Department ofEngineering, National Cheng Kung University, Taiwan

Qinghua Wang , Scott Shaw , Farima Toor , Hongtao
Ding1 , 1 Department of Mechanical Engineering,
1

2 Department

University, Taiwan,

University, Taiwan,

A120314

Fr3-L111

3

of Mechanical Engineering, National Chiao Tung

Laser-silanization nanostructuring process forsuperwicking metal surfaces, Avik Samanta ,14:20

A120063

Student

National Chiao Tung University, Taiwan,

2 Fraunhofer-Institut

für Werksto- und Strahltechnik IWS, Germany

Fr4-H11Cheng , Wen-Cheng Chang , An-Chen Lee4 , Mi-Ching
Tsai5 , 1 Department of Mechanical Engineering,e

Universität Dresden, Germany,

A122093

Cancelled2

Bogdan Voisiat , Tim Kunze , Sabri Alamri2 ,Christoph Zwahr1,2 , Mikhael El-Khoury1 , FlorianRöÿler1 , 1 Institut für Fertigungstechnik, Technische
2

1 University of

Selective laser melting printed NdFeB
permanent magnet, Kai-Sheng Yu , Chung-Wei

New possibilities for direct laser interference
patterning: Hierarchical, complex andnon-symmetric textures for surfacefunctionalization, Andrés Fabián Lasagni ,1

Fr4-H10

14:20

A120340

Fr3-L10InvitedMichigan, USA

1 Fraunhofer IWS, Dresden, Germany, 2 Technische
14:00

Fr4-H91

1, 2

Universität Dresden, Germany

13:30

updated May 9, 2019

Day 4: May 24, Friday

1

1

e

Invited

Fr3-L9

nt
at
iv

13:30

Pr
Pr
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og
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ra
ra
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ra
m
m
m
m

nt
at
i

Session 47.

Oral Session

Hall "Himawari"

Joint Session (LPM+HPL)

TeChair: Takashi Ishide, Mitsubishi Heavy Industries Ltd., Japan; JLPS
President
InvitedA121317

FrM-J5eHigh throughput femtosecond machining, Clemens Hönninger , Julien
15:30

1

nt
at
iv

Pouysegur1 , Benoit Tropheme1 , Florent Basin1 , Martin Delaigue1 , Konstantin
Mishchik1 , Eric Audouard1 , Eric Mottay1 , 1 Amplitude Laser Group, France

A122800

Recent developments in laser micro and macro processing, Christoph
16:00

FrM-J6

InvitedLeyens1,2 , Andreas Wetzig1 , Jens Standfuÿ1 , Udo Klotzbach1 , Frank
Brückner1,3 , 1 Fraunhofer IWS, Dresden, Germany, 2 Technische Universität
Dresden, Institute of Materials Science, Dresden, Germany,of Technology, Luleå, Sweden

Plenary

Synthetic optical holography, Paul Scott Carney ,FrM-J7

Te

16:30

1

A122501

1 University of Rochester,at

ClosingiveUnited States

3 Luleå University

Hall "Himawari"

Chair: Hiroyuki Niino, AIST, Japan
Outstanding Awards

e

close

Pr
Pr
25

e

Te

nt

at
iv

e

Te

nt

at
iv

17:30

Pr

Closing Remark

updated May 9, 2019

Day 4: May 24, Friday

Te
nt

17:00

Pr
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i

Poster Session

PosterTe

Poster Session

nt
at
iv

e

May 22, 10:30- Short Presentation for LPM Poster Session I & II (Room 1)
May 22, 11:20- Short Presentation for HPL Poster Session (Room 4)
May 22, 12:10 Poster Session I and Exhibition
May 23, 12:10 Poster Session II and Exhibition
The authors should be present in front of their posters
during 12:10-13:50 on May 22 and May 23.
LPM

A120265

Te

Time-resolved imaging of laser induced cavitation bubble (LICB) dynamics bypulsed laser ablation in liquid phase, Hyeon Jin Jung , Seung Jun Lee , Seung Min
P-LPM11

1Park , Myong Yong Choi , 1 Department of Chemistry, Gyeongsang National University,
2
South Korea, Department of Chemistry, Kyung Hee University, South Korea

e

1

iv

2

Dissociation of water under plasma of laser breakdown on nanoparticlesA120828, IlyaP-LPM2atBaymler1, 2 , Sergey Gudkov2 , Ekaterina Barmina2 , Alexander Simakin2 , Georgiy Shafeev2, 3 ,1 Moscow Institute of Physics and Technology, Russia, 2 Prokhorov General Physics Institute of3
the Russian Academy of Sciences, Moscow, Russia, National Research Nuclear University

Tent

MEPhI (Moscow Engineering Physics Institute), Russia

Laser ablation of liquids induced Se colloids: Phase transition and in-situA122487
Raman
monitoring, Jun Liu ,Formation of elongated nanoparticles by laser ablation of gold target in A120779
aqueoussolutions containing divalent ions, Margarita Zhilnikova , Kuder Ayyyzhy , Ekaterina
1Pr

P-LPM3

1 Institute of Solid State Physics, CAS, China

P-LPM4

1,2

2,3

1,2

e

Barmina , Georgy Shafeev
2, Oleg Urarov, 1 The Federal State Educational Institution ofativ

Higher Professional Education, Moscow Institute of Physics and Technology (State University),
Wave Research Center of Prokhorov General Physics Institute of the Russian Academy of

2 Wave Research Center of Prokhorov General Physics Institute of the3
Russian Academy of Sciences, Russia, National Research Nuclear University MEPhI, Russia
Sciences, Russia,

A120356
Femtosecond laser induced chiroptical properties in silica studied by transmission
mueller-matrix spectroscopic ellipsometry, Jing Tian , Rubing Li , Enric Garcia-Caurel ,nt

P-LPM51

2

3

Razvigor Ossikovski , Michel Stchakovsky , Celine Eypert , Bertrand Poumellec , Matthieu
Lancry1 , 1 Institut de Chimie Moléculaire et des Matériaux d'Orsay, UMR CNRS-UPS 8182,
4

4

1

Pr

3

2 Institute of Circular Economy, Beijing University of3Technology, P. R. China, Laboratoire de physique des interfaces et des couches minces, CNRS,
4Ecole Polytechnique, Palaiseau, France, HORIBA Europe Research Center，Palaiseau, France

Te

Université Paris Sud, Orsay, France,

P-LPM6Studente

A120262
3D microfabrication of transparent thermoset polymer PDMS using laser-induced
bubbles, Yuhei Miyahara , Yasutaka Hanada ,

at
iv

1
1 1
Graduate school of Science and Technology,
2
Hirosaki univ, Japan, Graduate school of Science and Technology, Hirosaki univ, Japan

A120321

Study on condition monitoring for IoT in laser welding process, Masashi Oikawa ,P-LPM7

1

Naoki Kawada , 1 Engineering and Technical Research Department, Japan Transport
2
Engineering, Japan, Engineering Department, Saitama Institute of Technology, Japannt

2

Student

Pr

A120964
High-speed observation of sputtered Si droplets produced by optical vortex
pulse,

P-LPM8Te

Hiroki Oshima1 , Yuichiro Wakiyama1 , Miki Kawamoto1 , Mitsuhiro Higashihata1 , Hiroshi
Ikenoue1 , Daisuke Nakamura1 , 1 Graduate School of Information Science and Electrical26eEngineering, Kyushu University, Japan

updated May 9, 2019

Pr
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Poster Session

In-process measurement of processed hole depth under femtosecond laserA121243
processing using optical coherence tomography with swept light source, Satoshi
P-LPM9

Education (CORE), Utsunomiya University, Japan,

2 Hamamatsu Photonics K.K., 5000

PosterTe

Hasegawa1 , Masatoshi Fujimoto2 , Yoshio Hayasaki1 , 1 Center for Optical Research andHirakuchi, Hamakita-ku, Hamamatsu, Japan

A120310
Optical properties of polymer-based nanocomposites with metal nanoparticles,e

P-LPM10nt
ativ

Ignat Rakov1 , Ekaterina Barmina1 , 1 Wave Research Center of Prokhorov General Physics
Institute of the Russian Academy of Sciences, Russian Federation

Cu micropatterning on step structures using femtosecond laser reductionA120249
ofglyoxylic acid copper complex, Ha Phuong Nam , Atsushi Tanokuchi , Akira Uetsuki ,P-LPM11

Student

1

1

2

Tomoji Ohishi , Mizue Mizoshiri , 1 Nagaoka University of Technology, Japan, 2 Shibaura
2

1Institute of Technology, Japan

Femtosecond laser 3D nanoprinting enables manufacturing of smart A120889
micro-machines, Zhuo-Chen Ma ,Tilted microstructure induced by spatiotemporally focused femtosecondA120074
laser
pulses, Ye Dai , Qin Li ,A120253
Delay time eect on surface processing by double pulse irradiation of ti:sapphirelaser., Masahito Katto , Masanori Kaku , Masahiro Tsukamoto , Atsushi Yokotani ,Te

P-LPM121

1 Tsinghua University, China

1 Department of Physics, Shanghai University

1

iv

1

e

P-LPM13

P-LPM14

1,2

2

3

2

at

1 CRCC, University of Miyazaki, 2 Grad. School of Engineering, University of Miyazaki,
3 JWRI, Osaka University

A120731
Femtosecond laser dimpling on SUS substrate for improving tribological properties,
Student

Te
nt

P-LPM15

Pr

Xi Yu1 , Hiroyuki Kawai1 , Fumihiro Itoigawa1 , Shingo Ono1 , Nobuhito Takizawa2 , Kazuhisa
Mikame2 , 1 Nagoya Institute of Technology, Japan, 2 Tamari Industry Co., LTD., Japan

A120907
Detection of l-cysteine by use of an optical ber spectroscopic cell fabricatedbyfemtosecond laser drilling, Masahiko Shiraishi , Kazuhiro Watanabe , Shoichi Kubodera ,P-LPM16

1

2

2

at
iv

e

1 Department of Information Systems Science, Faculty of Science and Engineering, Soka
2
University, 1-236, Tangi-machi, Hachioji, Tokyo, 192-8577, Japan, Department of Scienceand Engineering for Sustainable Innovation, Faculty of Science and Engineering, Soka
University, 1-236, Tangi-machi, Hachioji, Tokyo, 192-8577, Japan

A120210Centrosymmetric cladding-waveguide-arrays directly written by femtosecond
laser in LiNbO3 crystals, Bin Zhang , Lingqi Li , Ziqi Li , Bingcheng Xiong , Yuying
P-LPM17

Student

1

1

1

1

Zhang , Jiaming Wu , Lei Wang , Feng Chen , 1 School of Physics, State Key Laboratory of
1

1

nt

1

1

Crystal Materials, Shandong University, Jinan 250100, China
P-LPM18Pr

A120242
Photoinduced crystal growth in Al O -Y O glass fabricated by gas oating
laser
melting method, Yasuhiko Shimotsuma , Kotaro Tomura , Masahiro Shimizu , Kiyotaka

Te

2

3

2

3

1

Miura , 1 Kyoto University, Japan
1

1

1

A120164
Bending strength and cyclic fatigue tests of yttria-stabilized zirconia ceramics
modied with femtosecond-laser induced periodic surface structures for medical
implants, Masayuki Kakehata , Ayako Oyane , Hidehiko Yashiro , Atuo Ito , Yoshimitsu

at
iv

e

P-LPM19

1

2

1

3

Okazaki , Kenji Torizuka , 1 ESPRIT, AIST, Japan, 2 NMRI, AIST, Japan, 3 HRI, AIST, Japan
3

1

Texturisation of engine components with shaped ultrashort laser pulses,A120107
Wagner de
P-LPM20

Rossi1 , Alexandre Vieira2 , 1 Instituto de Pesquisas Energéticas e Nucleares - IPEN, Brazil,

nt

2 Faculdade de Tecnologia Senai Suíço-Brasileira "Paulo E. Tolle"

Student

A122549, Mizuki Kato , Satoshi Hasegawa , Yoshio

Pr

Holographic ultraviolet laser processing
P-LPM21

1

1

27

e

Te

Hayasaki1 , 1 Center for Optical Research and Education, Utsunomiya University, Japan

updated May 9, 2019

Pr
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nt
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Poster Session

A120195
Eects of laser processing on joining property of dissimilar material between
AZ91D magnesium alloy and resin, Makoto Hino , Tessei Imaida , Ryoichi Kuwano ,111Atsushi Saijo , Teruto Kanadani , 1 Hiroshima Institute of Technology, Japan, 2 Hori Metal
3
Finishing IND. LTD, Japan, Okayama University of Science, Japan
3

Te

2

A120718

Eect of laser peening on aluminum alloy 2017, Masahiro Yoshiike , Ryotaro Oka ,Studente

P-LPM23

1

1

Manabu Heya , Miho Tsuyama , Hitoshi Nakano , 1 Kindai University, Japan, 2 Osaka-Sangyo
1

nt
at
iv

2

University, Japan1

Eects of controlling the plasma connement layer on laser peening, MihoA120285

P-LPM24

Tsuyama1 , Kazuma Yamashita1 , Yuki Sugimoto1 , Manabu Heya2 , Hitoshi Nakano1 , 1 Kindai
University, Japan,

2 Osaka-sangyo University, Japan

A121003
High-rate surface proling using a 3 kW continuous wave single mode berlaser,
P-LPM25

Te

Stefan Mauersberger1 , Alexander Bock1 , Kristian Kujawa1 , Andreas Gruner1 , Joerg Schille1 ,Udo Loeschner1 , 1 Laserinstitut Hochschule Mittweida, Germany

A120033

Laser-assisted atomic layer etching of germanium, Dongwoo Paeng , YS Kim , He

P-LPM26

1

Zhang , 1 Lam Research, United States

1

e

1

A120269
Nanosecond laser direct submicron-scale texturing with breath gure method,

iv

P-LPM27

Yuan-Jen Chang1 , Shih-Han Chou1 , Chao-Ching Ho2 , Jin-Chen Hsu1 , Chia-Lung Kuo1 ,at

1 Department of Mechanical Engineering, National Yunlin University of Science and2Technology, Taiwan, Department of Mechanical Engineering, National Taipei University ofTechnology, Taiwan

A120264Microfabrication of diraction grating made of UV-transparent uoropolymer
using high-repetition femtosecond osillator, Ryo Ozaki , Yasutaka Hanada ,Student

Te
nt

P-LPM28

1

Pr

University

1 Hirosaki

1

A120186
Study on double-sided cutting of brittle material by nanosecond ber laser,

P-LPM29

Chao-Ching Ho1 , Ru-Ou Yang2 , Chia-Lung Kuo2 , Yuan-Jen Chang2 , Jin-Chen Hsu2 , 1 National
2 National Yunlin University of Science and TechnologyeTaipei University of Technology,

A120208
Control of wettability by microstructure fabrication on carbon surface withfemtosecond laser, Yoshiki Tanaka , Masato Hishiki , Taihei Watanabe , Xi Yu ,Student

ativ

P-LPM30

1

1

1

1

Michiharu Ota , Fumihiro Itoigawa , Shingo Ono , 1 Nagoya Institute of Technology, Japan,
2 IMRA America, Inc., Japan
2

1

1

Single step growth of pillar-like structures on steel and titanium using A120682
polarization-controlled direct laser interference patterning, Bogdan Voisiat ,nt

P-LPM31

Christoph Zwahr

1, 3, Alexander Welle , Denise Günther
2

1, 3

1

, Andrés Fabián Lasagni

1, 3

,

Pr

1 Technische Universität Dresden, Germany, 2 Fraunhofer IWS, Germany, 3 Karlsruhe Nano

Te

Micro Facility, Germany

Surface modication of forming tools for aluminum sheet metal formingA120732, Florian
P-LPM32e

Kuisat1 , Tim Abraham2 , Martin Weber2 , Günter Bräuer2 , Andrés Fabián Lasagni3 , 1 Institut
2 Fraunhofer-Institut für
3 Fraunhofer-Institut für Werksto- undfür Fertigungstechnik, Technische Universität Dresden, Germany,

ativ

Schicht- und Oberächentechnik IST, Germany,
Strahltechnik IWS, Germany

A120190

Micro-pattern oxidation of copper by femtosecond laser direct writing, Xi Yu ,P-LPM33

Student

1

Michiharu Ota , Fumihiro Itoigawa , Shingo Ono , 1 Nagoya Institute of Technology, Japan,
2 IMRA America, Inc., Japan
1

nt

2

1

Germany

11, 1 Technische Universität Dresden, Germany, 2 Fraunhofer IWS,
28

e

Te

Andrés Fabián Lasagni

1, 2

Pr

A120686
Hydrophobic structures formed on aluminum surface using direct laser writing
and direct laser interference patterning technology, Stephan Milles , Bogdan Voisiat ,P-LPM34

updated May 9, 2019

PosterP-LPM22

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

Poster Session

A120255
Cu-based microfabrication using green femtosecond laser reductive sinteringof
cu2o nanospheres, Atsushi Tanokuchi , Yukinari Kondo , Mizue Mizoshiri ,Student

P-LPM35

A120614
Femtosecond laser induced periodic nanostructures formation on uorinatedethylene propylene surface, Naoki Shinohara , Masahiro Tsukamoto , Keisuke Takenaka ,1eStudent

P-LPM362

3

Satoru Asai , 1 Department of Mechanical Engineering, Osaka University, 2 Joining and Welding
3
Research Institute, Osaka University, Graduate School of Engineering, Osaka University

nt
at
iv

3

A120960
The inuence of laser pulse duration on periodic surface structures on stainlesssteel, Paulina Dzienny , Bogusz St¦pak , Aleksander Budnicki , Arkadiusz Anto«czak ,Student

P-LPM37

1

1

2

1

1 Faculty of Electronics, Wrocªaw University of Science and Technology, Wrocªaw, Poland,
2 TRUMPF Laser GmbH + Co. KG, Schramberg, Germany

A120026
Specklegram temperature sensor based on femtosecond laser inscribed depressed
cladding waveguides in LiNbO crystal, Hongliang Liu ,A120139
Controllable Ag particles fabricated by high repetition rate laser, H. K. Lin , Y. T.
P-LPM38

Te

3

Student

P-LPM39

Wang , J. J. Wang , 1 NPUST, Taiwan
1

1 Nankai University, China
1

e

1

1

Studentiv

Development of polymeric microuidic chip for particles separation usingA120079
laser
micromachining, Indhu R , Jenifer Soa A , Radha S , Manikandan E ,P-LPM401

atEngineering, India

1

1

1

1 SSN College ofA122489
Development of paper based microuidic channel using laser ablation, Muthu
Student

P-LPM41Tent

Lakshmi L1 , R. P. Suryasankarar2 , K A Karthigeyan3 , Manikandan E3 , Sreeja B S4 ,Pr

1 Kamaraj university, India, 2 Kalasalingam University, India, 3 SSN College of Engineering,
4
India, R.P.Suryasankarar, India

Fabrication of chiral structures by using interference pattern of circularlyA120965
polarized beams, Yuki Kosaka , Eiki Hayashi , Yoshiki Nakata , Masataka Yoshida ,Student

P-LPM42

1

1

1

2

e

1 Institute of Laser Engineering, Osaka University, Japan, 2 OSAKA GAS Co., Ltd, Japan

A120921Development of solvent-responsive structures using direct laser writing technique
,

at
iv

Student

P-LPM43

Mae Nishimura1 , Sima Rek²tyte2 , Vygantas Mizeikis1 , 1 Research Institute of Electronics,
Shizuoka University, Japan,

2 Laser Research Center, Vilnius University, Lithuania

A new laser enhanced aerosol assisted chemical vapor deposition for thinA120299
lm
growth in electro-optical devices., Enrique Castaño , Sergio Sanchez , Ainhara
P-LPM44

1,2

1,2

Rodriguez , Miguel Martínez-Calderón , Mark Hopkinson , Dayou Li , Erkki Levänen5 ,Santiago Olaizola1 , 1 Ceit-IK4, Spain, 2 University of Navarra (Tecnun), Spain, 3 University of

nt

1,2

3

4

4 University of Bedfordshire, UK, 5 University of Tampere, FinlandPr

Sheeld, UK,

1,2

A120914
Direct laser writing of spin to orbital angular momentum dielectric couplers,
Student

Te
P-LPM45

Ryosuke Shoyama1 , Saulius Juodkazis2 , Vygantas Mizeikis1 , 1 Research Institute ofativof Technology, Australia

2 Centre for Micro-Photonics, Swinburne UniversityeElectronics, Shizuoka University, Japan,

A120260
Reusable and long-life SERS substrate with Ag nanoparticle coated Si nanowire
array for commercial sensing, Shi Bai , Anming Hu , Koji Sugioka,
P-LPM46

1

2

1 dvanced Laser

Processing Research Team, RIKEN Center for Advanced Photonics, RIKEN, Wako, Saitama,
Japan,

2 Department of Mechanical Aerospace and Biomedical Engineering, University ofnt

Tennessee Knoxville TN, USA

Student

Pr

A120919
Fabrication of optical metasurface structures by direct laser writing techniqueand their post-fabrication spectral tuning, Subhashri Chatterjee, Edy Yulianto, Ihar
P-LPM47

29e

Te

Faniayeu, Vygantas Mizeikis, 1 Shizuoka University, Japan, 2 Gomel State University, Belarus
updated May 9, 2019

PosterTe2
1 1
Nagaoka2
University of Technology, Nagaoka, Japan, Nagoya University, Chikusa, Nagoya, Japan
1

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

2

Takahisa Jitsuno2 , 1 Univ. Yamanashi, Japan, 2 ILE, Osaka Univ., Japan

A120254, Kazuyuki Uno1 ,Te

Development of short-pulsed laser drilling technology utilizing ABLASERA120925
system,P-LPM49

Yuji Imamiya1 , Kiyotaka Nakagawa1 , Satoru Akama1 , Yoshihito Fujita1 , Haruhiko Niitani1 ,e

1 Mitsubishi Heavy Industries Machine Tool, Japan

High-speed observation of glass micro-drilling by continuous-wave ber A120243
laser,
Student

nt
ativ

P-LPM50

Reina Yoshizaki1 , Yusuke Ito1 , Akihiko Shibata2 , Ikuo Nagasawa2 , Keisuke Nagato1 , Naohiko
Sugita1 , 1 Department of Mechanical Engineering, School of Engineering, The University of
2 AGC Inc., JapanTokyo, Japan,Inuence of atmosphere on the performance of laser assisted milling forA120104
inconel
718 with carbide tool, Kamonpong Jamkamon , Keiji Yamada , Katsuhiko Sekiya ,Student

P-LPM51

1

1

1

Ryutaro Tanaka , 1 Hiroshima University, Japan
1

A122863
Aiming at disposal of radio-active waste, laser cutting development to suppress
the sputter particles, Takashi Naoe , Makoto Teshigawara , Masatoshi Futakawa , Haruki

TeP-LPM521

1

1

Mizutani , Toshiharu Muramatsu , Tomonori Yamada , Yuji Ushitsuka , Nobuatsu Tanaka4 ,Kazuhiko Yamasaki4 , 1 J-PARC Center, Japan Atomic Energy Agency, Japan, 2 Tsuruga
2

2, 3

4

e

2

iv

Comprehensive Research and Development Center, Japan Atomic Energy Agency, Japan,

3 Collaborative Laboratories for Advanced Decommissioning Science, Japan Atomic Energy
4Agency, Japan, Graduate School of Science and Engineering, Ibaraki University, Japanat

A121893
Lysozyme microring formation on absorbable lm by laser irradiation, Yuki
Student

P-LPM53

Tamari1 , Yuji Yasukochi2 , Mitsuhiro Higashihata1 , Hiroshi Ikenoue1 , Daisuke Nakamura1 ,Tent

1 Kyushu University, Japan, 2 Yuji Kikaku Company Limited

A120257
Picosecond laser-synthesized piezoelectric nanoparticles for exible energy
harvester, Insung Choi , Dong Yeol Hyeon , Su-Jin Lee , Kwang-Hyeon Lee , Jeong Suh ,Pr

P-LPM54

1

2

1

1

1

Kwi-Il Park , Dongsig Shin , 1 Korea Institute of Machinery and Materials, South Korea,
2 Kyungpook National University, South Korea
21e

Spatial variation of electronic state of core-shell like Au-Ir nanoparticlesA120019
preparedby femtosecond laser irradiation of aqueous solution, Teppei Nishi , Yuichiro

ativ

P-LPM55

1

Hayasaka , Takahiro Nakamura , Takeshi Morikawa , Shunichi Sato , 1 TOYOTA CENTRAL
2
R&D LABS., INC., Japan, The Electron Microscopy Center, Tohoku University, Japan,
3 Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, Japan
2

3

1

3

A120256

Realization of the I-VII group diode using the NaCl crystal, Shouhei You , Riki
Student

nt

P-LPM56

1

Terada , Tadashi Kawazoe , Takashi Tadokoro , 1 Tokyo Denki University, Japan
1

1

1

A120057
Ultrafast laser micromachined broadband terahertz frequency selective surface,

Pr

Student

Te

P-LPM57

Sasi Princy S1 , Sreeja B S1 , Manikandan E1 , Radha S1 , Ravi Nathuram Bathe2 , Ravikumar
Jain3 , Prabhu S S3 , 1 SSN College of Engineering, India, 2 ARCI, Hyderabad, India, 3 Tata

P-HPL58

at
iv

HPL

e

Institute of Fundamental Research, India

Cancelled

A120301
A120214

Arc stabilization by laser induced metal vapor, Helge Kügler , Frank Vollertsen ,P-HPL59

1

1, 2

1 BIAS - Bremer Institut für angewandte Strahltechnik GmbH, Germany, 2 University ofnt

Bremen, Germany
P-HPL60

Student

Pr

In-situ temperature measurement during laser welding on aluminum alloyA120967
, Kai

Te

Tomita1 , Motomichi Yamamoto1 , Kenji Shinozaki1 , Hiroyuki Usui2 , Kenji Mitsui3 , 1 Graduate
School of Engineering, Hiroshima University, Japan,

30ePhotonics Ltd., Japan

2 Nobby Tech. Ltd., Japan, 3 Mitsui

updated May 9, 2019

Posternt
atiWood drilling by CO laser with control of laser pulse waveform
P-LPM48

Poster Session

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

Evaluation of cracking susceptibility on ultra-high tensile strength steel A120952
sheet
during laser welding, Naoya Takemoto , Motomichi Yamamoto , Kenji Shinozaki , Kyohei
Student

P-HPL61

1

1

1

Te

2

PosterMaeda , Reiichi Suzuki , 1 Graduate School of Engineering, Hiroshima University, Japan,
2 2Kobe Steel, Ltd., Japan
2

A120466
Derivation of space design for laser coating with thermohydraulics simulation
code SPLICE for construction of CPS system, Yuji Sato , Takuma Shirahama ,e

P-HPL62

1

1

nt
at
iv

Junichi Ishibashi , Takahisa Shobu , Masahiro Tsukamoto , Toshiharu Muramatsu , 1 Applied
1

1

2

1

Laser and Innovative Technology Institute, Research Group, Japan Atomic Energy Agency,

2 Joining and Welding Research Institute, Osaka UniversityEects of carbon-containing insert material for laser joining of aluminumA120929
alloy
and polyamide resin, Ryoichi Kuwano , Makoto Hino , Kazuya Nagata , Norihito Nagata ,P-HPL63

1

1

2

3

Tsuyoshi Tokunaga , 1 Hiroshima institute of technology, Japan, 2 Toyama Prefectural
3
4
University, Japan, Surtech Nagata Co., Ltd., Japan, Chiba institute of technology, Japan
4

A120261
Laser direct joining for CFRTP and STS316 by changing joining parametersusinghigh power diode laser, Su-Jin Lee , Eun-joon Chun , Insung Choi , Kwang-Hyeon Lee ,Te

P-HPL64

1

1

1

1

Jeong Suh , Jong-Do Kim , Dongsig Shin , 1 Korea Institute of Machinery and Materials,
2
Busan, Korea, Korea Maritime and Ocean University, Busan, Korea
1

1

e

1

Student

iv

Predictive model for angular distortion in laser forming of AiSi 1020 steelA120275,
P-HPL65

Hyungkook Jin1, 2 , Myeonggyun Son1 , Hyungson Ki1 , 1 Ulsan National Institute of Scienceatand Technology (UNIST), South Korea,

2 Hyundai Heavy Industries, South Korea

A120337
Eect of scan strategy on the mechanical properties of AlSi12 lattices fabricatedby selective laser melting, Masahiko Sairaiji , Hiroshi Yoshizaki , Hideaki Iwaoka ,Student

Te
nt

P-HPL66

1

1

2

2

Yokohama National University, JapanPr

Shoichi Hirosawa , Shoji Maruo , 1 SOLIZE Products Corp., Japan, 2 Faculty of Engineering,2

A120463
Development of quality monitoring technology for powder bed fusion-based
additive manufacturing, Toshiya Watanabe , Ryuichi Narita , Takashi Ishide ,P-HPL671

1 Mitsubishi

e

Pr
Pr

at
iv

31

e

nt
Te

1

e

Te

nt

at
iv

Heavy Industries Ltd., Japan1

updated May 9, 2019

nt
at
iv

Th2-L9FrM-J7
We3-L13
Th3-L10,
Fr1-L3
Casquero, Noemi
Th1-L12
Castaño, Enrique
P-LPM44
Chakraborty, Indranath
Th1-L6
Chan, Yun Fu
Fr1-L3
Chang, Hui-Fang
Th2-L1
Chang, Wen-Cheng
Fr4-H11
Chang, Yuan-Jen
P-LPM27,
P-LPM29
Charipar, Kristin M.
We2-L1,
Th2-L17
Charipar, Nicholas A.
We2-L1,
Th2-L17
Charunetratsamee, Sittisak
We4-H5
Chatterjee, S.
We3-L4Chatterjee, Subhashri
P-LPM47
Chen, Boxu
Th4-H14
Chen, Feng
P-LPM17
Chen, Hongxi
Th4-H14
Chen, Jinn-Kuen Th3-L4, Th3-L5
Cheng, Chung-Wei
Th3-L4,
Th3-L5, Fr4-H11
Cheng, Guanghua
We3-L12Cheng, Ji-Yen
Th2-L1Cheng, Ya
Tu2-L4, Th3-L17
Cheon, Jason
Tu3-L2
Chiba, AkihikoTh4-H3Choi, Insung
P-LPM54, P-HPL64
Choi, Myong Yong
P-LPM1Choi, Wooseong
Th4-H16
Chou, Shih-Han
P-LPM27Chu, Wei
Tu2-L4
Chueh, Yuan-Hui
Tu6-H5
Chun, Eun-Joon
Th4-H8
Chun, Eun-joon
P-HPL64
Chung, Cheng-Lin
Th2-L1
Chung, Woo-Sik
Th3-L13
Coroado, Julio Th3-L12, Th4-H15
Cui, Li
Th4-H14
Cvecek, Kristian TuM-L5, Th3-L8

e

iv

Pr

e

Pr
Pr
32

e

Te

nt

at
iv

Te

nt

Bai, Shi
Tu2-L2, P-LPM46
Bantel, ChristophTh4-H4
Barcikowski, Stephan
We1-L1,
We1-L3, We1-L10, We4-H13,
Th1-L5, Th1-L6
Barmina, Ekaterina
P-LPM2,
P-LPM4, P-LPM10
Barmina, Ekaterina V.
We2-L9Basin, Florent
FrM-J5Bathe, Ravi Nathuram
P-LPM57
Batista, Laysa Frias
We1-L7
Batista, Laysa M.,Frias
We1-L5
Baumann, Markus
We4-H2
Baymler, IlyaP-LPM2
Beck, Tobias
We4-H7Behrens, Stefan
Th3-L14
Beranek, Matthias
Th4-H7
Beresna, Martynas
We2-L3
Berger, Peter
We4-H1
Berners, Thomas
We4-H8Billaud, Antonin
Th2-L8Blas, Alejandro San
Th1-L12
Bock, Alexander
P-LPM25
Boehm, DanielFr4-H5
Böhm, Stefan
Fr4-H7

e

B

at
iv

Te
nt

at

Te

C

Cai, Jinguang
Carney, Paul Scott
Carter, Richard M.
Carter, Richard MarkDDai, Ye
P-LPM13
Darojat, Yusron
We1-L6
Deguchi, Takahiro
We4-H3
Delaigue, Martin
FrM-J5
Delaporte, Ph.
Th2-L15
Delmdahl, Ralph We2-L5, Fr2-L2Deng, Chun
Fr2-L3Derrien, Thibault J.-Y.
We2-L11Ding, Hongtao
Fr3-L11
Djogo, Gligor
We3-L9Douglas, Robert
Fr1-L3
Du, Chun
We1-L9Dubowski, Jan J.
We2-L7Duong, Emil
Th4-H2Dzienny, Paulina
P-LPM37

E

E, Manikandan
Th1-L15,
P-LPM40, P-LPM41, P-LPM57
Eimura, Takayuki
Fr3-L4
Ejima, Ryo
Fr4-H2
El-Khoury, Mikhael
Fr3-L10
Epple, Alexander
We4-H8Ertorer, Erden
We3-L9Esch, Dominik
Th3-L3Esser, Matthew Jan,Daniel
Th3-L10, Fr1-L3
Eypert, Celine
P-LPM5F

Th3-L16
Th3-L17
P-LPM47
Fr3-L2
We3-L10
We2-L5,
Fr2-L2
Feinaeugle, Matthias
Th2-L14Feng, Kai
We4-H11Feng, Yueqiao
We4-H11
Fernandez, Toney T.
FrM-L1
Fernández-Pradas, Juan Marcos
Th2-L18
Finger, Johannes
We2-L2,
We3-L7, Th3-L15
Fischer, Max
Fr2-L2Fontana, Jake
We2-L1
Förster, Daniel J.
Th3-L18Franke, Volker
Fr3-L9
Freitag, ChristianTh3-L18
Frick, Thomas
Th3-L11
Fuchimukai, Atsushi
We2-L4Fuhrberg, Peter
Th3-L11
Fujimoto, Junichi
We2-L4
Fujimoto, Masatoshi
P-LPM9Fujita, Kazuhisa
We4-H9Fujita, Yoshihito
P-LPM49
Fukahori, Tomoaki
We4-H4
Fukushima, Kazuki
Fr1-L4
Futakawa, Masatoshi
P-LPM52
Fang, Chaoying
Fang, Zhiwei
Faniayeu, Ihar
Fauçon, Marc
Faure, Nicolas
Fechner, Burkhard

GGabzdyl, Jack

Th4-H15

updated May 9, 2019

Author Index

Bormann, Axel
Fr4-H7
Bornschlegel, Benedikt
We3-L7
Boucher, Pauline
Th2-L8
Boutopoulos, Christos
Tu3-L1
Brambilla, Gilberto
We2-L3
Bräuer, Günter
P-LPM32
Brecher, ChristianWe4-H8Brenner, Andreas
We2-L2
Britten, Simon
Th4-H5
Brockmann, Ruediger
Th4-H7
Brosda, Maximilian
Th3-L14
Brückner, Frank We4-H12, FrM-J6
Budnicki, Aleksander
P-LPM37
Bulgakova, Nadezhda M. We2-L11
Butnaru, CristianTu2-L5eTe

A

A, Jenifer Soa
P-LPM40
A, Karthigeyan K
Th1-L15
Abels, Peter
Th4-H2, Th3-L7
Abraham, Tim
P-LPM32
Abramski, Krzysztof M.
Th1-L8Ackerl, Norbert Th1-L9, Fr3-L6
Akama, Satoru
P-LPM49
Al-Basheer, Watheq
We1-L6
Alamri, Sabri
Fr3-L10
Aljalal, Abdulaziz
We1-L6
Alloncle, A.-P.
Th2-L15
Alter, Lukas
Th4-H4
André, Stephan
We4-H7
Andrianov, Vladimir
Th2-L2
Antatsu, Ryo
Th1-L7
Anto«czak, Arkadiusz
P-LPM37
Anto«czak, Arkadiusz J.
Th1-L8Antonczak, Arkadiusz Jan
Th1-L10
Aono, Hideki
We4-H5, Fr4-H2
Aoyagi, Kenta
Th4-H3
Aoyama, Hironori
Fr4-H8
Aoyama, Toshihumi
Tu6-H7
Arakawa, Kazuto
Fr3-L4
Arntz, Dennis
Th4-H9Arriola, A.
FrM-L1
Asahi, Tsuyoshi TuM-L9, Th1-L4Asai, Satoru
P-LPM36
Asaka, Toru
FrM-L4Ashida, Youzou
We4-H3Audouard, Eric
FrM-J5Auyeung, Raymond C.Y. Th2-L17
Axente, EmanuelTu2-L5
Ayyyzhy, Kuder
P-LPM4
Azumi, Kazuyuki
Th4-H6

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

Author Index

e
e

iv

at

Pr

e

J

Th2-L8
Fr3-L8
Fr2-L4P-LPM57
P-LPM51
Th3-L19
Th4-H12
Th1-L15Pr

Jacquard, Clément
Jagminas, Arunas
Jagminiene, Aldona
Jain, Ravikumar
Jamkamon, Kamonpong
Janssen, Stefan
Jassen, Stefan
Jesudan, John
33

e

nt

at
iv

e

Pr

at
iv

nt

Te
Te

I

Igarashi, Hironori
We2-L4Iino, Takanori
Fr2-L7, Fr2-L10
Ikenoue, Hiroshi P-LPM8, P-LPM53
Imaida, Tessei
P-LPM22
Imamiya, Yuji
P-LPM49
Indri²iunas, Simonas
Th1-L14
Iosub, Stefana
Tu2-L5Ishibashi, Junichi
P-HPL62
Ishide, Takashi Tu6-H6, P-HPL67
Ishiguro, Hiroaki
Th4-H10Ishii, Ktsuhiro
We4-H9Ishikawa, Kenichi L.
TuM-1
Ishino, Hiroaki
Fr1-L1Isshiki, Tsubasa
TuM-L9Itina, Tatiana
TuM-L10
Ito, Atuo
P-LPM19
Ito, Ryohei
Th4-H10
Ito, Takuro
Fr2-L7
Ito, Yusuke
P-LPM50
Itoda, Kazuki
Th4-H3
Itoigawa, Fumihiro
FrM-L4,P-LPM15, P-LPM30, P-LPM33
Iwaoka, Hideaki
P-HPL66
Iwata, Osamu
Fr2-L7
Iwatani, Shingo
Fr4-H8

Jian, Pu
Jin, HyungkookJipa, Florin
Jitsuno, Takahisa
John, Mallory G.
Jovic, GoranJung, Hyeon Jin
Juodkazis, Saulius

K

Th2-L8P-HPL65
Tu2-L5P-LPM48
We1-L5,
We1-L11
Fr4-H7
P-LPM1P-LPM45

Th4-H10
We3-L5P-LPM19
P-LPM14
Fr4-H6
We2-L4P-LPM22
Th1-L7
Th4-H16
Th4-H16
Fr1-L5
We2-L6
P-LPM41
Th1-L14
Tu6-H8
Fr3-L4P-LPM21
Th1-L13
Tu3-L5P-LPM14
P-LPM7
Fr3-L4P-LPM15
We2-L8P-LPM8
Th4-H3
Tu2-L1,Fr2-L6
Kawashima, T.
Tu3-L5
Kawazoe, Tadashi
TuM-2,
P-LPM56
Kelemen, Lorand
Tu2-L1
Khairullina, Evgeniia
Th2-L2khajani, Shayan Mohammadi,Pour
Th2-L6Ki, Hyungson
Fr2-L3, P-HPL65
Kihara, Ryo
TuM-L9, Th1-L4
Kikawa, Kazuo
Th4-H3Kim, Cheolhee
Tu3-L2
Kim, Heungsoo We2-L1, Th2-L17
Kim, Hyeongwon
Fr2-L3Kim, Jong-Do
P-HPL64
Kim, Joohan
Tu3-L4
Kim, Tae Kyu
We1-L8Kim, YS
P-LPM26
Kim, Yujin
We1-L8Kimura, Kaito
TuM-L11
Kinzhybalo, Vasyl V.
Th1-L8
Kira, ErikoTh2-L5
Kirichenko, Nikolay A.
We2-L9Kirihara, Soshu
Th4-H1
Kirshenboim, Ze'ev
We3-L11
Kishi, Tetsuo
Fr1-L7
Kitagawa, Kyo
Th4-H10
Kitani, Yasushi
We4-H4
Kling, Rainer
Fr3-L2
Kadonaga, Seigo
Kajitani, Atsuya
Kakehata, Masayuki
Kaku, Masanori
Kallage, Peter
Kamba, Yasuhiro
Kanadani, Teruto
Kaneko, Miki
Kang, Minjung
Kang, Sanghoon
Kannari, FumihikoKao, Ming-Hsuan
Karthigeyan, K A
Ka²alynas, Irmantas
Kataoka, Masato
Katayama, Seiji
Kato, Mizuki
Kato, Seiya
Kato, Y.
Katto, Masahito
Kawada, Naoki
Kawahito, Yosuke
Kawai, Hiroyuki
Kawakami, Hiroki
Kawamoto, Miki
Kawamura, Yuki
Kawano, Hiroyuki

updated May 9, 2019

Author Index

P-LPM8,P-LPM53
Hillrichs, Georg
Fr2-L9Himeda, Taisei
Th1-L4
Hino, Makoto P-LPM22, P-HPL63
Hirosawa, Shoichi
P-HPL66
Hirose, Akio
Fr3-L4
Hishiki, Masato
P-LPM30
Ho, Chao-Ching
P-LPM27,
P-LPM29
Ho, Stephen
We3-L9Homann, Dieter
TuM-3
Holder, Daniel
Th3-L18
Holzey, Max
Th1-L11
Hommura, Ryosuke
We3-L1
Hong, Yuzhe
Th2-L7
Hong, Zhen-Yi
Fr2-L10
Hönninger, Clemens
FrM-J5
Hopkinson, MarkP-LPM44
Horikawa, Yuki
We1-L4
Hosokawa, Yoichiroh
Th3-L16,
Fr2-L7, Fr2-L10, Fr2-L11
Hsu, Jin-Chen P-LPM27, P-LPM29
Hu, Anming
Tu2-L2, P-LPM46
Hu, Yanlei
Tu2-L3
Huang, Wen-Hsien
We2-L6Huang, Yu
We2-L6
Hübers, Heinz-Wilhelm
Th1-L14Hupfeld, Tim
We4-H13
Hyeon, Dong Yeol
P-LPM54
Higashihata, Mitsuhiro

nt
at
iv

Te
Te

Te
nt
H

Haasler, Dennis Th3-L2, Th4-H12
Hamie, Abbas
Tu5-H4
Hanada, Yasutaka
Fr2-L5,P-LPM6, P-LPM28
Hand, Duncan P.
We3-L13
Hand, Duncan Paul
Th3-L10,
Fr1-L3
Hann, SamuelTh3-L10
Haque, Moez
We3-L9Hara, Daisuke
We4-H6Hara, Takahiro
Fr3-L1
Hasegawa, Satoshi
P-LPM21,
P-LPM9Hatanaka, Masaya
Tu6-H7
Haxhiaj, Ina
Th1-L5
Hayasaka, Yuichiro
Th1-L2,
P-LPM55
Hayasaki, Yoshio
P-LPM21,
P-LPM9Hayashi, Eiki
P-LPM42
Hayashi, Shuichiro
Th2-L11
Hayashi, YoshihikoTh4-H6
He, ChaoTh3-L3
He, Dingyong
Th4-H14
Heider, Andreas
Th4-H4
Heilmann, Andreas
Fr2-L9Helvajian, Henry
TuM-L6
Herman, Peter R.
We3-L9Hermanns, Torsten
Th4-H12,
Th3-L19
Hesse, Johann
Fr4-H5Heya, Manabu P-LPM23, P-LPM24
Hidai, Hirofumi
Fr1-L6

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

We3-L3
FrM-L3Th3-L12,
Th4-H15
Garcia-Caurel, Enric
P-LPM5
Gasmi, Khaled
We1-L6Ge£ys, Paulius
Th3-L6
Gedvilas, Mindaugas
Th3-L6
Geldmeier, Jerey
We2-L1
Gemini, Laura
Fr3-L2Ghiritoiu, Gabriela
Tu2-L5Gholipour, Behrad
We2-L3Gillner, Arnold
TuM-3, Th3-L3,
Th3-L14, Th3-L15
Goda, Keisuke
Fr2-L7
Gökce, Bilal
We1-L3, We4-H13
Gopinath, Muvvala
Fr4-H12
Gotoh, Koji
Fr4-H4Götze, Marco
Fr2-L9Graf, Thomas
Th3-L18
Gretzinger, T.
FrM-L1
Grib, Hakim
We2-L7Grojo, D.
Th2-L15Gross, S.
FrM-L1
Gruner, Andreas
Th3-L1,P-LPM25
Gudkov, Sergey
P-LPM2
Gugger, Pascal
Th1-L9Günther, Denise
P-LPM31
Gurevich, Evgeny L
We2-L11
Gysel, Johannes
Th1-L9Gadonas, Roaldas
Gailevi£ius, Darius
Ganguly, Supriyo

Author Index

Pr
Pr
Pr

Mori, Kiyokazu
Mori, Ryota
Morikawa, Takeshi
Morimoto, Kento
Moritz, Juliane
Moriyama, Atsuo
Moser, Rüdiger
Mottay, Eric
Mu, Shenglong
Muhler, Martin
Müller, Astrid
Müller, Astrid M.
Müller, Michael
Munaswamy, Murugesh
Murakami, Yoshihiko
Muramatsu, Toshiharu

N

We4-H10
Fr4-H1
Th1-L2,
P-LPM55
Th4-H6
We4-H12Fr4-H4We4-H7
FrM-J5
Th2-L7
We1-L10
We1-L10
Th1-L5
We4-H12
We2-L12
We2-L4P-LPM52,
P-HPL62

We2-L1P-LPM50
Th4-H10
P-HPL63
P-HPL63
P-LPM50
P-LPM49
Fr2-L1
Th2-L11
Fr1-L4P-LPM8,P-LPM53
Nakamura, Masahiro
Tu6-H7
Nakamura, Takahiro
Th1-L2,
P-LPM55
Nakamura, Tsuyoshi
Th4-H7
Nakamura, Yousuke
Fr1-L2
Nakano, Hitoshi
P-LPM23,
P-LPM24
Nakata, Yoshiki
P-LPM42
Nam, Ha Phuong
Th2-L10,P-LPM11
Namoto, Misuzu
Th3-L16
Naoe, Takashi
P-LPM52
Naoi, Yoshiki
We2-L8Narayanswamy, Sivakumar
Tu3-L1, Th2-L6
Narazaki, AikoTh2-L16
Narimatsu, Hisao
Fr4-H4
Narita, Ryuichi
P-HPL67
Nath, Ashish Kumar
Fr4-H12
Naumann, Lucas
Th3-L1
Nemoto, Hirofumi
Fr1-L5
Nguyen, Huu-Dat
We3-L10Nguyen, Nam-PhongTh3-L14
Niaura, Gediminas
Fr3-L8Nieÿen, Markus
Th4-H12,
Th3-L19
Niino, H.
Tu3-L5
Niino, Hiroyuki
Th2-L5
Niitani, Haruhiko
P-LPM49
Nishi, Teppei
Th1-L2, P-LPM55
Nishijima, Yasushi
We4-H6
Nishimura, Mae
P-LPM43
Nishiyama, Hiroaki
TuM-L11
Nobuyuki, Abe
Th4-H6
Nohdomi, Ryoichi
We2-L4
Naciri, Jawad
Nagasawa, Ikuo
Nagase, Ayako
Nagata, Kazuya
Nagata, Norihito
Nagato, Keisuke
Nakagawa, Kiyotaka
Nakajima, Tomohiko
Nakajima, Yasutaka
Nakajima, Yuki
Nakamura, Daisuke

updated May 9, 2019

Author Index

e
e

iv

e

34

e

Te

nt

at
iv

Te

nt

at
iv

Te
nt

e

P-LPM41
Th2-L8
Th3-L11
Th2-L13,
P-LPM5Lasagni, Andres
Fr3-L9Lasagni, Andrés Fabián Th1-L11,
Fr3-L10, P-LPM31, P-LPM32,
P-LPM34
Lau, Marcus
We1-L10, Th1-L5
Laurenchet, Nicolas
Th2-L8
Lecka, Katarzyna
Th1-L10¦cka, Katarzyna M.
Th1-L8
Lee, An-Chen
Fr4-H11
Lee, Kwang-Hyeon
P-LPM54,
P-HPL64
Lee, Seung Jun
P-LPM1
Lee, Su-Jin
Th4-H8, P-LPM54,
P-HPL64
Lee, Timothy
We2-L3
Lee, Yongki
Tu3-L2
Lei, JinchengTh2-L7
Levänen, Erkki
P-LPM44
Levy, Yoann
We2-L11
Leyens, Christoph
We4-H12,
Fr3-L9, FrM-J6
Li, Dayou
P-LPM44
Li, Jianzhao
We3-L9Li, Jiawen
Tu2-L3
Li, Lin
Tu6-H5
Li, Lingqi
P-LPM17
Li, Q.
Th2-L15
Li, Qin
P-LPM13
Li, Rubing
P-LPM5
Li, Zhuguo
We4-H11
Li, Ziqi
P-LPM17
Liang, Changhao
Th1-L1M

We1-L8Ma, Rory
Ma, Zhuo-Chen
P-LPM12Maeda, Kyohei Fr4-H1, P-HPL61
Maeno, Takanori
Fr2-L7
Makimura, Tetsuya
Th2-L5
Maragkaki, Stella
We2-L11
Martínez-Calderón, Miguel
P-LPM44
Martinez-Calderon, Miguel
Th1-L12
Maruo, Shoji
P-HPL66
Masaki, Kiyotaka
Fr3-L4
Masashi, Abe
Fr2-L6
Masuno, Shin- ichiro
Th4-H6
Matsuo, Shigeki
We2-L13
Matsushita, Kazuki
Fr1-L5
Matsushita, Nobuhiro
Fr1-L7Mauclair, Cyril
We3-L10
Mauersberger, Stefan
P-LPM25
Mazumder, Jyoti
Fr4-H9Meco, Sonia
Th4-H15
Melagari, Paolo
Fr1-L3Meyer, Alexander
Th3-L15
Midorikawa, Katsumi
Tu2-L1,Fr2-L6
Mikame, Kazuhisa
Th1-L13,
P-LPM15
Milles, Stephan
P-LPM34
Min, Byung-kwon
Tu3-L2
Minkevi£ius, Linas
Th1-L14
Mironov, Vasilii
Th2-L2
Mishchik, Konstantin
FrM-J5
Mitsui, Kenji
P-HPL60
Miura, Kiyotaka
P-LPM18
Miura, Taisuke
We2-L4
Miyahara, Yuhei
P-LPM6
Miyaji, Hirofumi
Th2-L16
Miyamoto, Isamu
TuM-L5
Miyawaki, Atsushi
Tu2-L1,Fr2-L6
Miyoshi, Hironobu
Th4-H10
Mizeikis, V.
We3-L4
Mizeikis, Vygantas
We3-L1,P-LPM43, P-LPM45, P-LPM47
Mizoguchi, Hakaru
We2-L4
Mizoshiri, Mizue
Th2-L2,Th2-L10, P-LPM11, P-LPM35
Mizutani, Haruki
P-LPM52
Momoto, Junichi
Fr2-L1
Morawska, Paulina Olga Th3-L10,
Fr1-L3atTe
L

L, Muthu Lakshmi
Labroille, Guillaume
Lamrini, Samir
Lancry, Matthieu

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

Lin, H. K.
P-LPM39
Lin, Jintian
Th3-L17
Lin, Weian-An
Fr4-H2
Lin, Zhaoyong
We1-L9Liu, Hongliang
P-LPM38
Liu, Jun
We3-L9, P-LPM3
Liu, Xue-Qing
Th2-L12
Liu, Yi-Hsien
Th3-L4
Loeschner, Udo Th3-L1, P-LPM25
Lopez, Elena
We4-H12
Lou, Rui
Fr3-L5
Lu, Mei-Yi
Th2-L1
Luft, Axel
We4-H2
Lutey, Adrian H.A.
Fr3-L2

nt
at
iv

Te

Klotzbach, Udo Fr3-L9, FrM-J6
Knaak, ChristianTh4-H2
Kogel-Hollacher, Markus
We4-H7
Koizumi, Yuichiro
Th4-H3
Komaki, Takanao
Tu6-H8
Komatsu, Yoshinao
Tu6-H7
Kondo, Yukinari
P-LPM35
Kono, Hayato
Fr4-H2
Kono, Izumi
Fr2-L7
Kosaka, Yuki
P-LPM42
Koshizaki, Naoto
TuM-L10
Kroeger, Moritz
Th4-H2
Kubo, Masato
We2-L13
Kubodera, Shoichi
P-LPM16
Kuchmizhak, Aleksandr
Th2-L3
Kügler, Helge
Tu5-H2, P-HPL59
Kuisat, Florian
P-LPM32
Kujawa, Kristian
P-LPM25
Kumagai, Tsutaru
Fr1-L7
Kunze, Tim
Fr3-L10, Fr3-L9
Kuo, Chia-Lung
P-LPM27,
P-LPM29
Kürbitz, Tobias
Fr2-L9Kurita, T.
Tu3-L5
Kürschner, DorianTh3-L19
Kusumoto, Toshiyuki
We4-H10
Kuwano, Ryoichi
P-LPM22,
P-HPL63

Author Index

nt
at
iv

e

iv

Pr

e

Pr
Pr
35

e

nt

S

Fr3-L3P-LPM57
Th1-L15, P-LPM40,
P-LPM57
S, Sasi Princy
P-LPM57
S, Sreeja B
Th1-L15, P-LPM41,
P-LPM57
Saijo, Atsushi
P-LPM22
Sairaiji, Masahiko
P-HPL66
Sakai, T.
Tu3-L5
Samanta, Avik
Fr3-L11
Samuel, G. L.
We2-L12, Th3-L9
Samuel, G.L.
Fr3-L3
Sanchez, Sergio
P-LPM44
Sanner, Nicolas
We3-L8Sano, Tomokazu
Fr3-L4
Sano, Yuji
Fr3-L4
Sarkar, Sagar
Fr4-H12
Sasaki, Yujiro
We2-L4
Sato, Shunichi
Th1-L2, P-LPM55
Sato, Shunsuke
Th1-L2
Sato, Yuji
Fr3-L1, P-HPL62
Schille, Joerg
Th3-L1, P-LPM25
S, Niketh
S, Prabhu S
S, Radha

at
iv

Te
Te

R

We2-L4

e

nt

at
iv

Te
nt
P

Paeng, Dongwoo
P-LPM26
Pallier, Gwenn
Th2-L8Pan, Feng
Th4-H14Pang, Thomas
Tu6-H9Panov, Maxim
Th2-L2
Parak, Wolfgang J.
Th1-L6
Pardal, Goncalo
Th4-H15
Park, Kwi-Il
P-LPM54
Park, Seung Min
P-LPM1
Pasquier, Corinne
We3-L8Peng, Baoxiang
We1-L10Peng, Fei
Th2-L7Peng, Ruwen
Fr3-L7
Petring, Dirk
Th4-H11, Th4-H9
Pinel, Olivier
Th2-L8Piqué, Alberto We2-L1, Th2-L17
Pohl, Ralph
Th2-L14
Poprawe, Reinhart TuM-3, Th3-L2

Q

R, Harikrishnan
Fr4-H12
R, Indhu
P-LPM40Ra£iukaitis, Gediminas
Th3-L6,
Th1-L14, Fr2-L4, Fr3-L8
Raciukaitis, Gediminas
Tu5-H3
Rakov, Ignat
P-LPM10
Ramsayer, Reiner
Th4-H4
Ranc, Nicolas
Tu5-H4
Ratautas, Karolis
Fr2-L4
Rebling, Catharina
Th3-L8
Reddy, D. Amaranatha
We1-L8
Rehbock, Christoph
We1-L1,
Th1-L6
Reichenberger, Sven
We1-L10,
Th1-L5, Th1-L6
Reininghaus, Martin
Th3-L15
Rek²tyte, Sima
P-LPM43
Richter, Heiko
Th1-L14Richter, Sören
Fr1-L2Riede, Mirko
We4-H12Rodrigues, Collin J.
We1-L5Rodriguez, Ainhara
Th1-L12,P-LPM44
Römer, Gert-willem
Th2-L14
Romoli, Luca
Fr3-L2
Rossi, Wagner de
P-LPM20Röÿler, Florian
Fr3-L10Roychautri, Pratab
Th1-L15
Ruetering, Markus
Th4-H5at

Te

Qu, Chen

Schkutow, Andreas
Th3-L11
Schleifenbaum, Henrich
TuM-3
Schleifenbaum, Johannes Henrich
We4-H13
Schlüter, Holger
We3-L11
Schmelzer, Christian E.,H. Fr2-L9
Schmidt, Michael
TuM-L5,
We4-H13, Th3-L8
Schneider, Frank
Th4-H11,
Th4-H9Schneider, Matthieu
Tu5-H4
Schneider, Tobias
Th3-L2
Scholle, Karsten
Th3-L11
Schulz, Wolfgang
Th4-H12,
Th3-L19
Schütz, Kilian
Th3-L8
Sedao
We3-L10
Sekiya, Katsuhiko
Fr1-L4,P-LPM51
Sentid, Marc
We3-L8
Serien, Daniela
We3-L2, Fr2-L6
Serkov, AntonFrM-L2
Serra, PereTh2-L18
Shafeev, GeorgiyP-LPM2
Shafeev, Georgy We2-L9, P-LPM4
Shaw, Scott
Fr3-L11
Shen, Chang-Hong
We2-L6Shephard, Jonathan D.
We3-L13
Shibata, Akihiko
P-LPM50
Shieh, Jia-Min
We2-L6
Shigetaka, Akari
TuM-L9Shimizu, Masahiro
P-LPM18
Shimotsuma, Yasuhiko
P-LPM18
Shin, Dongsig P-LPM54, P-HPL64
Shinohara, Naoki
P-LPM36
Shinozaki, Kenji We4-H5, Fr4-H1,
Fr4-H2, P-HPL60, P-HPL61
Shirahama, Takuma
P-HPL62
Shirai, Hideaki
We4-H9Shiraishi, Masahiko
P-LPM16
Shiro, Ayumi
Fr3-L4
Shobu, Takahisa Fr3-L4, P-HPL62
Shoyama, Ryosuke
P-LPM45Sima, Felix
Tu2-L1, Tu2-L5
Sima, Livia Elena
Tu2-L5
Simakin, Alexander
P-LPM2
Simose, Takahiro
We3-L5
Singh, Shalini
Th3-L9Sinonaga, Togo
We3-L5Siwicki, Bartlomiej
We3-L13
Skowro«ski, ukasz
Th1-L8Snelling, Howard
FrM-L2
Soda, Yuji
Tu6-H7
Sommer, Martin
Fr4-H5
Son, Myeonggyun
P-HPL65
Song, Xiaolu
We3-L9Song, Yang
Th2-L7
Sonntag, Frank
Fr3-L9
Sopeña, Pol
Th2-L18
Staliunas, Kestutis
We3-L1,
FrM-L3Standfuÿ, Jens
FrM-J6
Stankevi£iene, Ina
Fr2-L4
Stankevicius, Evaldas
Tu5-H3
Stchakovsky, Michel
P-LPM5St¦pak, Bogusz
P-LPM37
Stoian, Razvan We3-L10, We3-L12

updated May 9, 2019

Author Index

Th2-L13,
P-LPM5
Pouysegur, Julien
FrM-J5
Prasad, Himani Siva
We4-H14
Prielaidas, Zygimantas
Tu5-H3Pröll, Johannes
Fr4-H7
Purlys, Vytautas We3-L3, FrM-L3
Pyatenko, Alexander
TuM-L10
Poumellec, BertrandeO

Ocylok, Sörn
Th4-H5Oda, Naoki
We4-H5
Ogawa, Taro
Fr2-L7
Ogawa, Yuya
TuM-L11
Ogura, Yuzuru
Tu3-L3
Ohishi, Tomoji
P-LPM11
Oikawa, Masashi
P-LPM7
Oizumi, Hiroaki
We2-L4Oka, Ryotaro
P-LPM23
Okada, Akira
We3-L5, Th4-H10
Okada, N.
Tu3-L5
Okamoto, Takuya
We1-L4
Okamoto, Yasuhiro
We3-L5,
Th4-H10
Okano, Kazunori
Fr2-L7,
Fr2-L10
Okazaki, Yoshimitsu
P-LPM19
Okita, Yasuaki
We4-H4
Okuda, Takehisa
We4-H6
Olaizola, Santiago
Th1-L12,P-LPM44
Olowinsky, Alexander
Th3-L13,
Th3-L14
Ono, Shingo
Th1-L13, FrM-L4,
P-LPM15, P-LPM30, P-LPM33
Ookuma, S.
Tu3-L5
Opitz, FlorianWe4-H7
Orimi, Hamid Ebrahimi
Tu3-L1,
Th2-L6
Ormos, Pal
Tu2-L1
Osbild, Martin
We2-L2
Oshima, Hiroki
P-LPM8
Ossikovski, Razvigor
P-LPM5
Ostendorf, Andreas
TuM-L7
Ostolaza, Marta
Th3-L12
Ota, Michiharu Th1-L13, FrM-L4,
P-LPM30, P-LPM33
Otto, Andreas
Tu5-H1
Oyane, Ayako Th2-L16, P-LPM19
Ozaki, Ryo
P-LPM28

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

Te

Noll, Reinhard
TuM-3
Nomura, Ryo
We4-H3
Norkus, Eugenijus
Fr2-L4
Nottrodt, Oliver Th3-L7, Th3-L15

Author Index

e

iv

at

Pr

Vázquez, Rodrigo Gómez Tu5-H1
Vieira, Alexandre
P-LPM20
Voisiat, Bogdan
Th1-L11,
Fr3-L10, P-LPM31, P-LPM34
Vollertsen, Frank
Tu5-H2,P-HPL59
Volpp, Joerg
We4-H14

We1-L3
TuM-L9P-LPM8
Fr3-L12
Tu2-L3
We4-H15
TuM-L8
We2-L6
P-LPM39
P-LPM17
Th3-L17
Tu2-L4Fr3-L11
Th1-L11
Fr3-L12
We3-L6
P-LPM39
Th4-H12Fr4-H3
Th1-L9
Th2-L9P-LPM16
P-LPM30
Tu3-L3,P-HPL67

Pr

e

Pr
36

e

nt

Te

W

Waag, Friedrich
Wada, Hiroyoki
Wakiyama, Yuichiro
Wan, Yin Chi
Wang, Chaowei
Wang, Guangyuan
Wang, Hongqiang
Wang, Hsing-Hsiang
Wang, J. J.
Wang, Lei
Wang, Min
Wang, PengWang, Qinghua
Wang, Wei
Wang, Xincai
Wang, Xu
Wang, Y. T.
Wang, YouWang, Zemin
Warhanek, Maximilian
Watanabe, Akira
Watanabe, Kazuhiro
Watanabe, Taihei
Watanabe, Toshiya

at
iv

Te

nt

at
iv

Te
nt

V

Fr3-L1
Fr4-H4Fr4-H4P-LPM11
TuM-L11
P-LPM48
Th2-L5P-LPM4
Th1-L14
P-LPM52
P-HPL60
We3-L8
Fr2-L7
Fr2-L1e

P-LPM56
We4-H9
Fr1-L5
Fr2-L8
Fr4-H1,P-HPL61
Takenaka, Keisuke
P-LPM36
Takizawa, Nobuhito
Th1-L13,
P-LPM15
Tamaki, Takayuki
Fr1-L1
Tamari, Yuki
P-LPM53
Tamaru, Yuki
We2-L4
Tamura, Rennosuke
Fr3-L1
Tanaka, Nobuatsu
P-LPM52
Tanaka, Ryutaro
Fr1-L4,P-LPM51
Tanaka, Yohei
We2-L4
Tanaka, Yoshiki FrM-L4, P-LPM30
Tanigawa, Shuji
Tu6-H8
Tanokuchi, Atsushi
P-LPM11,
P-LPM35
Terada, Riki
P-LPM56
Terakawa, Mitsuhiro
Th2-L11,
Fr2-L6, Fr2-L8
Terakawa, Shusaku
FrM-L4
Teshigawara, Makoto
P-LPM52
Thombansen, UlrichTh4-H2
Tian, Jing
P-LPM5Tibbetts, Katharine Moore
We1-L5, We1-L7
Ti£kunas, Titas
We3-L3
Tokunaga, Tsuyoshi
P-HPL63
Tomita, Kai
P-HPL60
Tomita, Takuro
We2-L8Tomura, Kotaro
P-LPM18
Tong, Jianhua
Th2-L7
Toor, Farima
Fr3-L11U

Uchida, Yuki
Uchino, Issei
Uemura, Takamori
Uetsuki, Akira
Umetsu, Kan
Uno, Kazuyuki
Urai, Hikari
Urarov, Oleg
Urbanowicz, Andrzej
Ushitsuka, Yuji
Usui, Hiroyuki
Uteza, Olivier
Uzawa, Takanori
Uzawa, Yuko

Watanabe, Wataru
Fr1-L1
Watari, Noriko
Tu3-L3Weber, Martin
P-LPM32
Weber, Rudolf
Th3-L18
Weberpals, Jan-Philipp
Fr4-H5
Wegener, Konrad Th1-L9, Fr3-L6
Wei, Chao
Tu6-H5
Welle, Alexander
P-LPM31
Wetzig, Andreas
FrM-J6
Williams, Stewart
Th3-L12,
Th4-H15
Withford, M.
FrM-L1
Woizeschke, Peer
Th4-H13
Wolf, Norbert
Th4-H11
Wolny-Marszalek, Marta TuM-L10
Wu, Dong
Tu2-L1, Tu2-L3
Wu, Jiaming
P-LPM17Wu, Rongbo
Th3-L17
Wu, Shouyue
We3-L13

X

Xiao, Hai
Xiong, Bingcheng
Xu, JianY

Th2-L7
P-LPM17
Tu2-L1

We4-H5
Th3-L16,
Fr2-L10, Fr2-L11
Yamada, Keiji
Fr1-L4, P-LPM51
Yamada, Taketoshi
Tu6-H7
Yamada, Tomonori
P-LPM52
Yamaguchi, Iwao
Fr2-L1
Yamaguchi, Yuki
Fr1-L5
Yamamoto, Motomichi
We4-H5,
Fr4-H1, Fr4-H2, P-HPL60,
P-HPL61
Yamamuro, Saeki
TuM-L9
Yamasaki, Kazuhiko
P-LPM52
Yamashita, Kazuma
P-LPM24
Yamazaki, Noriko
Tu3-L3
Yan, Bo
We1-L9
Yanaka, Kohei
Fr4-H8
Yang, Guowei
We1-L9Yang, Jingjing
Fr4-H3
Yang, Ru-Ou
P-LPM29
Yang, Sen
We4-H15
Yang, Shuang-Ning
Th2-L12
Yano, Tetsuji
Fr1-L7
Yao, Chengwu
We4-H11
Yashiro, Hidehiko
P-LPM19
Yasuda, Kiyokazu
Fr3-L1
Yasuda, Koichiro
We4-H9
Yasukochi, Yuji
P-LPM53
Yatsuhashi, Tomoyuki
We1-L4
Yokotani, Atsushi
P-LPM14
Yoon, Sangwoo
Tu3-L4
Yoshida, Masataka
P-LPM42
Yoshiike, Masahiro
P-LPM23
Yoshizaki, Hiroshi
P-HPL66
Yoshizaki, Reina
P-LPM50
You, Shouhei
P-LPM56
Yu, Fei
We3-L13
Yu, Kai-Sheng
Fr4-H11
Yu, Lei
Th2-L12
Yu, XiTh1-L13, FrM-L4,
P-LPM15, P-LPM30, P-LPM33
Yajima, Hiroshi
Yalikun, Yaxiaer

updated May 9, 2019

Author Indexe

Torizuka, Kenji
P-LPM19
Trammell, Scott A.
We2-L1
Tropheme, Benoit
FrM-J5Trusovas, Romualdas
Fr3-L8Trzcinski, Marek
Th1-L8Tsai, Mi-Ching
Fr4-H11
Tsuboi, Akihiro
We4-H9Tsubota, Shuho Tu6-H8, We4-H6
Tsuchiya, Tetsuo
Fr2-L1
Tsuji, Takeshi
Th1-L7
Tsukamoto, Masahiro
Th4-H6,
Fr3-L1, P-LPM14, P-LPM36,
P-HPL62
Tsuyama, Miho P-LPM23, P-LPM24
Tumkin, IlyaTh2-L2

nt
at
iv

Te
Te
T

Tadokoro, Takashi
Takagi, Ryota
Takasawa, Kazuki
Takayama, Izumi
Takemoto, Naoya

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

Th4-H9
Th2-L4We4-H7
We4-H13
Th3-L12,
Th4-H15
Sugimoto, Yuki
P-LPM24
Sugioka, Koji
TuM-L4, Tu2-L1,
Tu2-L2, Tu2-L5, We1-L2,
We3-L2, We2-L10, Th1-L3,
Fr2-L6, P-LPM46
Sugita, Naohiko
P-LPM50
Sugiyama, AkihikoTh4-H10Sugiyama, Natsuki
Fr4-H8
Suh, Jeong
Th4-H8, P-LPM54,
P-HPL64
Suo, Jing
We3-L9Suryasankarar, R. P.
P-LPM41
Sutter, Dirk
Fr1-L2
Suzaki, Reiichi
Fr4-H1
Suzuki, Kengo
Fr2-L7
Suzuki, Reiichi
P-HPL61
Suzuki, Takakazu
Fr1-L5
Suzuki, Tomiko M.
Th1-L2
Svirplys, Evaldas
Th1-L14
Swiatkowska-Warkocka, Zaneta
TuM-L10
Szczygiel, Bogdan
Th1-L10
Stoyanov, Stoyan
Stratakis, EmmanuelStrebel, Matthias
Streubel, René
Suder, Wojciech

Author Index

P-LPM17
Fr4-H3
We2-L3P-LPM4
Th1-L6
Th3-L7
Fr3-L10,P-LPM31

e
iv

e

Pr

at

Pr
37

e

nt

at
iv

e

Pr

nt

at
iv

Te
nt
Te
Te

Zhang, Yuying
Zhao, Chunyang
Zheludev, Nikolay I.
Zhilnikova, Margarita
Ziefuÿ, Anna Rosa
Zuric, Milena
Zwahr, Christoph

updated May 9, 2019

Author Indexe

Zhang, Dongshi We1-L2, We2-L10,
Th1-L3
Zhang, Guodong
We3-L12
Zhang, He
P-LPM26
Zhang, Jianhao
Th3-L17
Zhang, Jiazi
We4-H15
Zhang, Xiaoji
Tu6-H5
Zhang, Yunjie
We3-L6nt
ativ

We4-H7
Th3-L6
Fr4-H3
We1-L10P-LPM17Te

Zahedi, Ehsanemaitis, Andrius
Zeng, Xiaoyan
Zerebecki, Swen
Zhang, Bin

We3-L4P-LPM47

Pr
Pr
og
og
og
og
og
ra
ra
ra
ra
ra
m
m
m
m

nt
at
i

Z

Te

Yulianto, E.
Yulianto, Edy

Author Index