LPM2001 Poster Program

Poster Presentation
17 May 2001 (1:30pm-2:30pm)

1) Development of laser turning using femtosecond laser ablation
Kawahara Kousuke, Kurogi Yasunobu, Matsuo Naoyuki, Yokotani Atsushi, Kurosawa Kou, Miyazaki University;
Sawada Hiroshi, NEC Machinery Corporation (Japan)[A063]
2) Precision micro-structuring of organic materials using femtosecond laser pulses
Liming He, Kok Ann Ngoi, Yuanzi Deng, Nanyang Technological University (Singapore)[A066]
3) Photochemical reactions in Ge:SiO2 glass under ps-THG Nd:YAG laser irradiation
Takahashi Masahide, Ichii Kentaro, Uchino Takashi, Yoko Toshinobu, ICR, Kyoto University (Japan)[A075]
4) Intensity distribution measurement of ultra-short pulses using femtosecond optical polarigraphy
Nagamura Aritsune, Science University of Tokyo (Japan)[A077]
5) Ablation deposition using phase-shifted ultra-short laser pulse
Masanori Miyazawa, Science University of Tokyo (Japan)[A078]
6) Hole formation process in laser deep drilling with short and ultrashort pulses
Kononenko T., Klimentov S., Garnov S., Konov V., General Physics Institute Russian Academy of Science (Russia);
Breitling D., Fohl C., Ruf A., Radtke J., Dausinger F., (IFSW) University of Stuttgart (Germany)[A091]
7) The emission mechanism of charged particles during femtosecond pulsed laser ablation
Sano Tomokazu, Murai Makoto, Miyamoto Isamu, Osaka University (Japan)[A119]
8) Fabrication of microlenses and microlens arrays using local melting of glass plate by CO2 laser
Wakaki Moriaki, Hideo Fukumoto, Tokai University, Komachi Yuichi, Kanai Genichi, Machida Endoscope Company
Ltd; Kawabata Shuichi, Tokyo Institute of Polytechnics (Japan)[A053]
9) Hole drilling of glass-foam substrates with laser
Yoshida Y., Toyo University, Yajima H., Hashidate Y., Ogura H., Matsushita Electric Industrial Co. Ltd; Ueda S.,Shin-Etsu Chemical Co. Ltd. (Japan)[A010]
10) Characterization of modified surface of indium tin oxide film during process of laser patterning
Zeng JiNan, Koh Hwee Lin, Ren Zhong Min, Song Wen Dong, Lu Yong Feng, National University of Singapore, Data
Storage Institute (Singapore)[A037]
11) The comparison of ITO ablation characteristics using KrF excimer and Nd:YAG laser
Lee Kyoung Cheol, Inha University (Korea)[A141]
12) Laser ablation of Si in water
Zhu Sha, Hong M.H., Koh M.L., Lu Y.F., Data Storage Institute, National University of Singapore (Singapore)[A018]
13) Direct patterning of magnetic nanostructures by means of interfering beams of a XeCl laser
Verevkin Yu., Petrykov V. Polushkin N., Salashchenko N., Russian Academy of Science (Russia)[A023]

LPM2001 Poster Program

14) Laser-micromachining for Ag ion exchanged glasses
Koyama Tadashi, Tsunetomo Keiji, Nippon Sheet Glass Co., Ltd, Kamada Kenji, Osaka National Research Institute;
Kenichi Nakama, Optical Interconnection NSG Laboratory, Real World Computing Partnership Tsukuba ResearchCenter, Technical Rese (Japan)[A039]
15) Stereolithography in photopolymer resin by 3-D scanning with simultaneous positioning control in
tri-axial directions
Kamitani, Takayuki, Osaka Sangyo University (Japan)[A049]
16) Investigation of carbon nano-particles converted from a polymer by UV pulsed laser irradiation
Huang S.M., Lu Y.F., Hong M.H., Pang S.I., Wang J.P., Data Storage Institute, Sun Z., Nanyang Technological
University (Singapore)[A006]
17) Processes in semiconductor materials after laser cutting
Novosselov A.R., Klimenko A.G., Institute of Semiconductor Physics, pr. Akad. (Russia)[A007]

18) Dynamics studies on laser-induced forward transfer of WO3 thin films
Qiu H, Lu Y.F., Ye K.D., An C.W., Wang W.J., Data Storage Institute, National University of Singapore (Singapore)[A009]
19) Selective photon-breaking of C-S bonds in polythiophene to form quasi-one-dimensional carbon
chains in cubic nanocrystals
Ren Z.M., Lu Y.F., Choy H.W., Chong T.C., Data Storage Institute, National University of Singapore, Ng S.C., Miao P.,
National University of Singapore (Singapore)[A011]
20) Temperature effect for exciton dynamics in ZnCdSe/ZnSe QWs
Zeng JiNan, Lu Yong Feng, Dept. of ECE, Data Storage Institute, National University of Singapore (Singapore); OkaYasuo, RISM Tohoku University (Japan)[A038]
21) Diagnostics and real-time monitoring of pulsed laser ablation
Hong MingHui, Lu Y.F., DSI, National University of Singapore (Singapore)[A042]
22) Laser reflow PBGA
Liu DaMing, Lu Y.F., Yuan Y., Chen T., Hong M.H., DSI, and National University of Singapore (Singapore)[A015]
23) Orientation dependence of kinetics of laser induced liquid-solid phase transitions in A3B5 singlecrystals
Gatskevich Elena, Ivlev Gennadii, Institute of Electronics, NASB (Belarus)[A050]
24) UV laser ablation and etching of polymer-like materials
Bityurin Nikita, Institute of Applied Physics Russian Academy of Sciences, (Russia)[A054]
25) All-optical full logic unit with femtosecond switching
Schmid Reiner P. Reif Juergen, Brandenburgische Technische Universitaet Cottbus (Germany)[A056]
26) Excimer laser ablation of mathematical functions profiles on a-C:H (amorphous hydrogenatedcarbon) polymers surfaces
Bednarczyk S., Legaie O., Baclet Ph., Commissariat a Energie Atomique, Centre de Valduc (France)[A083]

LPM2001 Poster Program27) Molecular dynamics simulation on lattice defect generation due to laser irradiation
Fukumoto Ichiro, JAERI (Japan Atomic Energy Research Institute) (Japan)[A112]
28) Laser singulation of IC packages
An ChengWu, Ye K.D, Yuan Y, Hong M.H, Lu Y.F, Data Storage Institute, National University of Singapore(Singapore)[A031]
29) Laser marking on IC package by micro-encapsulated tapes
Ye Kaidong, An ChengWu, Yuan Yuan, Lu Yong Feng, Data Storage Institute (Singapore)[A008]

LPM2001 Poster Program

Poster Presentation
18 May 2001 (1:20pm-2:20pm)
1) Advancements in very short wavelength emission in solid state lasers
Muddassir M., Gualini S., Pakistan Institute of Lasers and Optics (Pakistan)[A044]
2) In-process Monitoring Technology for VIA Hole Laser Processing for Printed Wiring Boards
Kubo Masao, Uchida Yuichi , Ken’ichiro Tanaka, Matsushita Electric Works, Ltd.; Miyamoto Isamu, Sano Tomokazu,
Nakayama Takayuki, Osaka University (Japan)[A144]
3) Development of a high-performance UV- DPSS laser drilling system for PWB
Kawazoe Kenji, Yokohagi Daisuke, Nagatoshi Hideaki, Ukita Katsuichi, Karasaki Hidehiko, Matsushita IndustrialEquipment Co., Ltd. (Japan)[A059]
4) High-power, high-brightness diode-pumped solid-state laser for precise laser processings
Fujikawa Shuichi, Furuta Keisuke, Seguchi Masaaki, Kojima Tetsuo, Takenaka Yushi, Yasui Koji, Mitsubishi ElectricCorporation (Japan)[A093]
5) Uniformity initialization optical system for phase-change optical disk
Takita Masaaki, Takita Research & Development Co., Ltd.; Okino Yoshihiro, Nakahara Sumio, High-Technology
Research Center of Kansai University (Japan)[A099]
6) Temperature dependence of SHG conversion efficiency of nonlinear optical crystal
Ohmura Etsuji, Osaka University (Japan)[A113]
7) The optical and surface properties of ZnO thin films by PLD
Lu Y.F, Ni H.Q, Ren Z.M., Data Storage Institute, National University of Singapore (Singapore)[A017]

8) Preparation of highly oriented PMN thin films via controlled epitaxial MgO buffer layer on
amorphous SiO2/Si substrate by pulsed laser deposition
Su Ying, Lu Li, Lai Man-On, National University of Singapore; Song Wen-Dong, Lu Yong-Feng, Data Storage Institute(Singapore)[A060]
9) The fabrication of TiNi thin films by pulsed laser deposition
Chen XiaoYu, Lu Y. F., Ren Z. M., Zhu S. Data Storage Institute, National University of Singapore (Singapore)[A022]
10) Composition and structure of B-C-N films prepared by ion beam-assisted pulsed laser deposition
Ling Hao, Ying Zhi Feng, Wu Jia Da, Sun Jian, Shi Wei, Du Yuan Cheng, Li Fu Ming, Fudan University (China)[A024]
11) Gallium nitride films synthesized by reactive pulsed laser deposition from GaAs target
Sun Jian, Wu Jia Da, Shi Wei, Ling Hao, Ying Zhi Feng, Du Yuan Cheng, Li Fu Ming, Fudan University (China)[A025]
12) Electron cyclotron resonance plasma-assisted pulsed laser deposition of carbon nitride thin films
Wu Jia Da, Shi Wei, Sun Jian, Ling Hao, Ying Zhi Feng, Du Yuan Cheng, Li Fu Ming, Fudan University (China)[A026]

LPM2001 Poster Program

13) Laser deposition and characterization of Er: YAG and Er: YAP thin films
Miroslav Jelinek, Institute of Physics Czech Republic (Czech)[A114]
14) Laser deposition and characterization of waveguiding Nd : KGW films
Miroslav Jelinek, Institute of Physics Czech Republic (Czech)[A115]
15) Influence of laser fluence and laser repetition rate on the syntheses of Aluminium Nitride thin films
by nitrogen-ion-assisted pulsed laser deposition
Goh Yeow Whatt, Lu Yong Feng, Ren Z.M, Data Storage Institute, National University of Singapore (Singapore)[A027]
16) Laser microprocessing hard disk surface
Liu DaMing, Liu D.M., Lu Y.F., Wee T.S., Wang W. J., An C.W., Yuan Y., Ye K.D., Hong M.H., Data Storage Institute,
National University of Singapore (Singapore)[A014]
17) Surface micro topography of laser-textured cold-rolled steel sheet
JianFeng Jian, Postdoctoral Station of ShangHai Baosteel Group Co. & ShangHai JiaoTong University; Yonghui He,Yonggen Yan, Baosteel Research Institute; Guangyu Cao , Wansheng Zhao, Harbin Institute of Technology (China)[A016]
18) Mircostructure and properties of FE base alloy fabricated using selective laser melting
Sun Manlong, Lu Li, and J.Y.H. Fuh, National Uiversity of Singapore (Singapore)[A001]
19) Formation of W-Cu composites by laser sintering
C.C. Leong, L. Lu , Y.H. Fuh, National University of Singapore(Singapore)[A003]
20) Steam-assisted laser ablation of metal substrates
Koh M.L, Hong MingHui, Lu Y.F, Zhu S., Data Storage Institute, National University of Singapore (Singapore)[A041]
21) Laser thinning of the thickness of a-GeS2 films
Kawabata Shuichi, Tokyo Institute of Polytechnics; Murakami Yoshihisa, Tsukuba College of Technology; Ozawa
Yasunori, Wakaki Moriaki, Tokai University (Japan)[A048]
22) Steam Laser Cleaning: The Process and Applications
Tam A.C., IBM Almaden Research Center (USA); Zapka W., Lilischkis R., Ehrmann A., XaarJet AB, Jarfalla (Sweden)[A134]
23) Laser Cleaning of Particles from Surfaces - Issues Relating to Sample Preparation
Kane D.M., Fernandes A. J., Macquarie University Sydney (Australia)[A135]
24) Laser cleaning technology and its application
W.D. Song, Y.F. Lu, M.H. Hong, Data Storage Institute, National University of Singapore (Singapore)[A020]
25) Laser surface cleaning of materials: modeling and diagnostics
R. Oltra, D. Bauerle, P. Leiderer, J. Boneberg, W. Kautek, C. Fotakis, S. Georgiou, D. Anglos, M. Autric, C. Afonso, J.
Solis, P. Wazen, (Members of European Network “Laser cleaning”)[A082]
26) Optical Near Field Effects in Surface Nanostructuring and Laser Cleaning
Muenzer H.J, Mosbacher M., Bertsch M., Dubbers O., Schrems G., Runge B.U., Baeuerle D., Leiderer P., Boneberg J.
University of Konstanz, Center for Modern Optics, (Germany); Johannes-Kepler University, Institute of Applied
Physics (Austria)[A136]

27) On the theory of nanosecond dry laser cleaning
Arnold N., Schrems G., Muhlberger T., Bauerle D., Johannes Kepler Uni. Linz (Austria)

LPM2001 Poster Program[A137]
28) Laser removal of micron contaminated colloidal silicon dioxide particles from the super-smooth
optical glass substrate by pulse Nd:YAG laser
Shi XingKuan, Lu ShiQiang, City University of Hong Kong (Hong Kong)[A139]
29) UV laser ablation and it’s applications
Lou QiHong, Shanghai Institute of Optics and Fine Mechanics (China)[A140]