[29p-C1-1~20] 4.3 Laser systems and materials

Fri. Mar 29, 2013 1:45 PM - 7:00 PM C1 (C6 1F-106)

△：Young Scientist Oral Presentation Award Applied
▲：English Presentation
▼：Both Award Applied and English Presentation

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[29p-C1-1] △Directly LD pumped planar waveguide laser amplifier using Er,Yb:Glass

^○Yojiro Watanabe¹, Takeshi Sakimura¹, Toshiyuki Ando¹, Shumpei Kameyama¹, Kimio Asaka¹, Hisamichi Tanaka¹, Takayuki Yanagisawa¹, Yoshihito Hirano¹, Hamaki Inokuchi² (Mitsubishi Electric Corporation¹, JAXA²)

[29p-C1-2] Wide spectral width oscillation of a planer-waveguide Nd:glass laser

^○Fumio Shohda¹, Hidenori Fukahori¹, Yosuke Akino¹, Kyosuke Kuramoto¹, Yoshihito Hirano¹, Takayuki Yanagisawa¹ (Mitsubishi Electric Corp.¹)

[29p-C1-3] Passive Q-SW operation of a compact Nd:YVO₄ waveguide laser

^○Kohei Sakai¹, Fumio Shoda¹, Hidenori Fukahori¹, Kyosuke Kuramoto¹, Yoshihito Hirano¹, Takayuki Yanagisawa¹ (Mitsubishi Electric Corporation¹)

[29p-C1-4] Planar waveguide Nd:YVO4 laser operating at 1086-nm wavelength

^○Yosuke Akino¹, Fumio Shoda¹, Hidenori Fukahori¹, Kyosuke Kuramoto¹, Takayuki Yanagisawa¹, Yoshihito Hirano¹ (Mitsubishi Electric Corporation¹)

[29p-C1-5] Planar waveguide Nd:YVO4 intra-cavity SHG laser operating at 543-nm wavelength

^○Yosuke Akino¹, Fumio Shoda¹, Hidenori Fukahori¹, Kyosuke Kuramoto¹, Takayuki Yanagisawa¹, Yoshihito Hirano¹ (Mitsubishi Electric Corporation¹)

[29p-C1-6] High gain operation of a high power waveguide laser amplifier with ASE suppression

^○Takuya Takasaki¹, Hidenori Fukahori¹, Takayuki Yanagisawa¹, Yoshihito Hirano¹ (Mitsubishi Electric Corporation¹)

[29p-C1-7] △Coherent Beam Combination (CBC) of Multiple phase modulated optical signals.

^○Eisuke Haraguchi¹, Jiro Suzuki¹, Toshiyuki Ando¹, Yoshihito Hirano¹ (Mitsubishi Electric Corp.¹)

[29p-C1-8] Generation of 4-ps duration optical pulses from a gain-switched semiconductor laser

^○Yuta Kusama¹, Kosuke Ishibashi¹, Morisato Namikawa², Yuichi Nagashima², Takanori Goto², Hiroyuki Yokoyama¹ (Tohoku Univ.¹, Alnair Labs Corporation²)

[29p-C1-9] △Laser Oscillation of Air-Bubble-Containing Glass Microsphere

^○Tsutaru Kumagai¹, Tetsuo Kishi¹, Tetsuji Yano¹, Shuichi Shibata¹ (Tokyo Institute of Technology¹)

[29p-C1-10] △Temperature Depenendece of Laser-Induced Damage Thresholds by Ultra-Short Pulse (3)

^○Katsuhiro Mikami^1,2, Shinji Motokoshi³, Toshihiro Somekawa³, Takahisa Jitsuno¹, Masayuki Fujita³, Kazuo Tanaka² (ILE Osaka Univ.¹, Graduate School of Engineering, Osaka Univ.², Inst, for Laser Tech.³)

[29p-C1-10.1] Break(15min)

[29p-C1-11] △Actively Q-switched 522-nm Pr:YLF laser with AOM and intracavity SHG

^○Akira Sakurai¹, Junichiro Kojou¹, Ryo Abe¹, Kensuke Masuda¹, Fumihiko Kannnari¹ (Keio Univ.¹)

[29p-C1-12] InGaN-semiconductor laser pumped Ti:Sapphire laser

Shota Sawai¹, ^○Hikaru Kawauchi¹, Fumihiko Kannari¹ (Keio Univ.¹)

[29p-C1-13] △Passively Q-switched mode-locking of Pr³⁺:YLF Laser with Cr⁴⁺:YAG Saturable Absorber

^○Ryo Abe¹, Junichiro Kojou¹, Kensuke Masuda¹, Fumihiko Kannari¹ (Keio Univ.¹)

[29p-C1-14] Modeling of passively Q-switched Pr:YLF Laser using a Cr:YAG saturable absorber

^○Kensuke Masuda¹, Ryo Abe¹, Akira Sakurai¹, Junichiro Kojou¹, Fumihiko Kannari¹ (Keio University¹)

[29p-C1-15] > 3 MW Peak Power at 355 nm Using Microchip Laser

^○Rakesh Bhandari¹, Takunori Taira¹ (Institute for Molecular Science¹)

[29p-C1-16] Wavelength-Stabilized LD for Diode-Pumped Solid-State Lasers (2)

^○（PC）Masaki Tsunekane¹, Takunori Taira¹ (IMS¹)

[29p-C1-17] In situ, Temporal and Spatial Observations of the Transmission of a Saturable Absorber in a Passively Q-Switched Laser

^○（PC）Masaki Tsunekane¹, Takunori Taira¹ (IMS¹)

[29p-C1-18] Oscillate Ce:LiCAF using prism cavity

^○Ren Arita¹, Kohei Yamanoi¹, Pham Minh¹, Mizuki Tsuboi¹, Kohei Takeda¹, Ryosuke Nishi¹, Yuki Minami¹, Yuki Shinzato¹, Akira Yoshikawa², Kentaro Fukuda³, Tatsuhiro Hori¹, Luong Viet¹, Ryosuke Sogi¹, Tomoharu Nakazato¹, Toshihiko Shimizu¹, Nobuhiko Sarukura¹, Toshihisa Suyama³ (Inst. of Laser Engineering, Osaka Univ.¹, Inst. for Materials Research, Tohoku Univ.², Tokuyama Corporation³)

[29p-C1-19] Development of kW class Nd:YAG composite ceramic thin disc laser (2)

^○Koichi Iyama^1,2,3, Bhushan Ravi¹, Hiroyuki Furukawa^2,4, Chosrowjan Haik^2,4, Toshimitsu Sakurai^2,4, Koji Tsubakimoto¹, Hidetsugu Yoshida¹, Hisanori Fujita¹, Masayuki Fujita^2,4, Noriaki Miyanaga¹, Toshiyuki Kawashima^2,3 (Institute of Laser Engineering, Osaka Univ.¹, ALPROT², Hamamatsu Photonics K.K.³, Institute for Laser Technology⁴)

[29p-C1-20] △Analysis of energy transfer process in Nd/Cr:YAG materials

^○（D）Yoshiyuki Honda¹, Shinji Motokoshi², Takahisa Jitsuno¹, Noriaki Miyanaga¹, Kana Fujioka¹, Masahiro Nakatsuka², Minoru Yoshida³ (ILE Osaka Univ.¹, Institute for Laser Technology², Kinki Univ.³)

Session information

[29p-C1-1~20] 4.3 Laser systems and materials