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Publication List - Shunsuke Takahashi (15 entries)
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Journal Paper
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Y. Sakai,
J. Rosenzweig,
H. Kumai,
Y. Nakanishi,
Y. Ishizuka,
S. Takahashi,
T. Komatsu,
Y. Xiao,
H. Bin,
Z. Qiushi,
Y. Hayashi,
I. Song,
T. Kawamura,
M. Watanabe,
E. Hotta.
Observation of emission process in hydrogen-like nitrogen Z-pinch discharge with time integrated soft X-ray spectrum pinhole image,
Physics of Plasmas,
American Institute of Physics,
Vol. 20,
Feb. 2013.
Official location
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Yusuke Sakai,
Shunsuke Takahashi,
Tomonao Hosokai,
Masato Watanabe,
Gon Ho Kim,
Eiki Hotta.
Magnetohydrodynamics control of capillary Z-pinch discharge by using a triangular current pulse for lasing a H-like N recombination soft x-ray laser,
Journal of Applied Physics,
American Institute of Physics,
Vol. 107,
083303,
pp. 1-7,
Apr. 2010.
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Yusuke Sakai,
Shunsuke Takahashi,
Masato Watanabe,
Gon Ho Kim,
Eiki Hotta.
Pulsed current wave shaping with a transmission line by utilizing superposition of a forward and a backward voltage wave for fast capillary Z-pinch discharge,
Review of Scientific Instruments,
American Institute of Physics,
Vol. 81,
043504,
pp. 1-4,
Apr. 2010.
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Yusuke Sakai,
Shunsuke Takahashi,
Takanori Komatsu,
Inho Song,
Masato Watanabe,
Eiki Hotta.
Highly efficient pulsed power supply system with a two-stage LC generator and a step-up transformer for fast capillary discharge soft x-ray laser at shorter wavelength,
Review of Scientific Instruments,
American Instiitute of Physics,
Vol. 81,
013303,
pp. 1-3,
Jan. 2010.
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Yusuke Sakai,
Shunsuke Takahashi,
Tomonao Hosokai,
Masato Watanabe,
Akitoshi Okino,
Eiki Hotta.
The possibility of a capillary dischahrge soft X-ray laser with shorter wavelength by utilizing a recombination scheme,
Journal of Plasma and Fusion Research SERIES,
Japan Society of Plasma Science and Nuclear Fusion Research,
Vol. 8,
pp. 1317-1312,
Sept. 2009.
International Conference (Reviewed)
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Yusuke Sakai,
Shunsuke Takahashi,
Masato Watanabe,
Akitoshi Okino,
Eiki Hotta.
The Possibility of a Capillary Discharge Soft X-ray Laser with Shorter Wavelength by Utilizing a Recombination Scheme,
14th International Congress on Plasma Physics,
ICPP2008 Abstracts,
JSPF,
ELX-P2-203,
p. 286,
Sept. 2008.
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Shunsuke Takahashi,
Yusuke Sakai,
Masato Watanabe,
Akitoshi Okino,
Eiki Hotta.
FAST PULSED CAPILLARY DISCHARGE FOR LASING OF A RECOMBINATION SOFT X-RAY LASER,
14th International Congress on Plasma Physics,
ICPP2008 Abstracts,
JSPF,
EXL-P2-204,
p. 287,
Sept. 2008.
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Yusuke Sakai,
Shunsuke Takahashi,
MASATO WATANABE,
AKITOSHI OKINO,
EIKI HOTTA.
Possibility of an H-like N Recombination Laser at 13.39 nm Excited by Capillary Discharge,
49th Annual Mtg. of the Division of Plasma Phys,
American Physical Society,
No. 54,
p. 295, 49TP8,
Nov. 2007.
Domestic Conference (Not reviewed / Unknown)
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Y.Sakai,
S.Takahashi,
T.Hosokai,
M.Watanabe,
G.Kim,
E.Hotta.
MHD control of capillary Z-pinch discharge by using a triangular current pulse for lasing a recombination soft X-ray laser,
New Development of Plasma Science with Pulsed Power Technology,
Research Report NIFS-PROC Series,
Nationa lInstitute for Fusion Science,
NIFS-PROC-82,
pp. 72-78,
Mar. 2010.
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Yusuke Sakai,
Shunsuke Takahashi,
MASATO WATANABE,
AKITOSHI OKINO,
EIKI HOTTA.
キャピラリ放電による再結合励起軟X線レーザー,
レーザー学会第368回研究会報告,
レーザー学会,
RTM-07-46,
Dec. 2009.
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Yusuke Sakai,
Shunsuke Takahashi,
Tomonao Hosokai,
MASATO WATANABE,
EIKI HOTTA.
高速キャピラリ-放電型バルマーα線軟X線レーザのための水素様窒素イオンの確認,
プラズマ/パルスパワー/放電合同研究会,
電気学会研究会資,
電気学会,
PST-09-74/PPT-09-74/ED-09-118,
pp. 5-10,
Aug. 2009.
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Yusuke Sakai,
Shunsuke Takahashi,
Tomonao Hosokai,
MASATO WATANABE,
AKITOSHI OKINO,
EIKI HOTTA.
キャピラリ放電励起を用いた再結合レーザー発振のための電流波形制御,
NIFS 核融合科学研究所共同研究会,
NIFS,
Mar. 2009.
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Shunsuke Takahashi,
Yusuke Sakai,
Masato Watanabe,
Akitoshi Okino,
Eiki Hotta.
Development of device for H-like N recombination laser,
Joint Technical Meeting on Pulsed Power Technology and Electrical Discharges,
The Papers of Joint Technical Meeting on Pulsed Power Technology and Electrical Discharges,
IEE Japan,
No. PPT-08-21/ED-08-50,
pp. 31-36,
May 2008.
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Yusuke Sakai,
Shunsuke Takahashi,
MASATO WATANABE,
AKITOSHI OKINO,
EIKI HOTTA.
キャピラリ放電励起軟X線レーザーの出力特性, 電気学会 パルスパワー研究会,
電気学会プラズマ研究会,
キャピラリ放電による再結合励起レーザー発振の可能性,
電気学会,
PST-07-71,
Dec. 2007.
Other Publication
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EIKI HOTTA,
MASATO WATANABE,
Yusuke Sakai,
Kunihiko Tomiyasu,
Masashi Shimizu,
Osamu Sakuchi,
Shunsuke Takahashi,
Junzaburo Yamada,
Qiushi Zhu,
Kai Yokoyama,
daisuke kato.
放電型ビーム核融合中性子源,
放射線利用実験報告書,
東京工業大学バイオ研究基盤支援センター,
Vol. 24,
pp. 29-32,
May 2009.
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