■ 刊行論文
1.
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麻植凌,麻植凌,南川丈夫,南川丈夫,田上周路,深野秀樹,中嶋善晶,中嶋善晶,美濃島薫,美濃島薫,安井武史,安井武史:
屈折率センシング光コムを用いた液体サンプルの温度・濃度同時計測.
応用物理学会秋季学術講演会講演予稿集(CD-ROM)
79th
:ROMBUNNO.19a‐438‐3
, 2018
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2.
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Yoshiaki Nakajima,Yuya Hata,Kaoru Minoshima:
All-Polarization-Maintaining Dual-wavelength mode-locked Er-fiber laser with nonlinear amplifying loop mirror.
ALPS '18
ALPS
:
, 2018
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3.
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Yuya Hata,Yoshiaki Nakajima,Kaoru Minoshima:
Bidirectional Mode-locked Er:fiber Laser with Two Semiconductor Saturable Absorber Mirrors.
ALPS '18
ALPS
:
, 2018
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4.
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Yoshihisa Ikisawa,Tomohiro Makino,Yoshiaki Nakajima,Guanhao Wu,Kaoru Minoshima:
High-accuracy corrections of large and fast air refractive index fluctuations using two-color interferometry with optical frequency combs.
ALPS '18
ALPS
:
, 2018
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5.
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Hirotaka Ishii,Bo Xu,Yuxuan Ma,Isao Matsushima,Yoshiaki Nakajima,Thomas Schibli,Zhigang Zhang,Kaoru Minoshima:
10W amplification of 750-MHz Yb:fiber laser frequency comb for sub-100 fs pulse duration.
ALPS '18
ALPS
:
, 2018
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6.
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Hirotaka Ishii,Bo Xu,Yuxuan Ma,Isao Matsushima,Yoshiaki Nakajima,Thomas Schibli,Zhigang Zhang,Kaoru Minoshima:
Nonlinear amplification for a 10 W, 750-MHz Yb:fiber frequency comb.
CLEO-PR:2018
:F2A.2
, 2018
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7.
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Yoshiaki Nakajima,Yuya Hata,Kaoru Minoshima:
All-polarization-maintaining Er-fiber-based dual optical frequency combs with nonlinear amplifying loop mirror.
CLEO-PR:2018
:F2A.6
, 2018
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8.
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Yuya Hata,Yoshiaki Nakajima,Kaoru Minoshima:
Bidirectional mode-locked Er-fiber laser with symmetrical cavity configuration.
CLEO-PR:2018
:F2E.3
, 2018
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9.
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Yoshiaki Nakajima,Akiko Nishiyama,Takuya Hariki,Kaoru Minoshima:
Repetition rate multiplication of fiber-based frequency comb with high side-mode suppression ratio.
CLEO-PR:2018
:Th1C.3
, 2018
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10.
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Ryo Oe,Kosuke Nagai,Takeo Minamikawa,Shuji Taue,Hideki Fukano,Yoshiaki Nakajima,Kaoru Minoshima,Takeshi Yasui:
Refractive index measurement based on disturbance to RF conversion function in a fiber OFC cavity.
CLEO-PR:2018
:Tu2L.4
, 2018
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11.
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Takeo Minamikawa,Takashi Masuoka,Takashi Ogura,Kyuki Shibuya,Yoshiaki Nakajima,Yoshihisa Yamaoka,Kaoru Minoshima,Takeshi Yasui:
Static and dynamic strain sensing over 3.5 kHz with fiber-based optical frequency comb cavity.
CLEO-PR:2018
:Tu2L.5
, 2018
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12.
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Yoshiaki Nakajima,Yuya Hata,Kaoru Minoshima:
Broadband coherence of bidirectional mode-locked Er-fiber laser with two saturable absorber mirrors.
CLEO-PR:2018
:Tu3A.3
, 2018
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13.
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Yoshihisa Ikisawa,Tomohiro Makino,Yoshiaki Nakajima,Guanhao Wu,Kaoru Minoshima:
Real-time corrections of air refractive index fluctuation using two-color interferometry with optical frequency combs.
CLEO-PR:2018
:W4F.2
, 2018
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14.
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Takeo Minamikawa,Takashi Masuoka,Takashi Ogura,Yoshiaki Nakajima,Yoshihisa Yamaoka,Kaoru Minoshima,Takeshi Yasui:
Photo-acoustic sensing with fiber-based optical frequency comb cavity.
CLEO:2018
SI
:JW2A.141
, 2018
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15.
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Akiko Nishiyama,Ken'ichi Nakagawa,Hiroyuki Sasada,Atsushi Onae,Yoshiaki Nakajima,Kaoru Minoshima:
High-Sensitivity Doppler-Free Optical-Optical Double-Resonance Dual-Comb Spectroscopy.
CLEO:2018
SI
:JW2A.156
, 2018
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16.
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Yoshiaki Nakajima,Akiko Nishiyama,Takuya Hariki,Kaoru Minoshima:
All-fiber-based mode-filtering technique with high side-mode suppression ratio and high multiplication factor.
CLEO:2018
SI
:SM4L.3
, 2018
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17.
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Yuxuan Ma,Bo Xu,Hirotaka Ishii,Fei Meng,Yoshiaki Nakajima,Thomas R. Schibli,Isao Matsushima,Zhigang Zhang,Kaoru Minoshima:
Fast phase locking of a 751-MHz Yb:fiber laser frequency comb using a high-speed piezo-transducer.
CLEO:2018
SI
:STu4K.1
, 2018
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18.
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Oe, Ryo,Minamikawa, Takeo,Taue, Shuji,Fukano, Hideki,Nakajima, Yoshiaki,Minoshima, Kaoru,Yasui, Takeshi:
Refractive-index-sensing fiber comb using intracavity multi-mode interference fiber sensor.
OPTICAL FIBERS AND SENSORS FOR MEDICAL DIAGNOSTICS AND TREATMENT APPLICATIONS XVIII
10488
:JW2A.146
, 2018
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19.
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Oe, Ryo,Taue, Shuji,Minamikawa, Takeo,Nagai, Kosuke,Shibuya, Kyuki,Mizuno, Takahiko,Yamagiwa, Masatomo,Mizutani, Yasuhiro,Yamamoto, Hirotsugu,Iwata, Tetsuo,Fukano, Hideki,Nakajima, Yoshiaki,Minoshima, Kaoru,Yasui, Takeshi:
Refractive-index-sensing optical comb based on photonic radio-frequency conversion with intracavity multi-mode interference fiber sensor.
OPTICS EXPRESS
26
(15)
:19694
-19706
, 2018
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20.
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T. Ogura,Y. Nakajima,Y.-D. Hsieh,T. Minamikawa,Y. Mizutani,H. Yamamoto,T. Iwata,K. Minoshima,T. Yasui:
Lens-less fiber coupling of a 1550-nm mode-locked fiber laser light on a low-temperature-grown GaAs photoconductive antenna.
OSA Continuum
2
(2)
:1310
-1317
, 2019
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21.
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T. Minamikawa,T. Masuoka,T. Ogura,K. Shibuya,R. Oe,E. Hase,Y. Nakajima,Y. Yamaoka,T. Mizuno,M. Yamagiwa,Y. Mizutani,H. Yamamoto,T. Iwata,K. Minoshima,T. Yasui:
Ultrasonic wave sensing using an optical-frequency-comb sensing cavity for photoacoustic imaging.
OSA Continuum
2
(2)
:439
-449
, 2019
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22.
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Eiji Hase,Takeo Minamikawa,Takahiko Mizuno,Shuji Miyamoto,Ryuji Ichikawa,Yi-Da Hsieh,Kyuki Shibuya,Katsuya Sato,Yoshiaki Nakajima,Akifumi Asahara,Kaoru Minoshima,Yasuhiro Mizutani,Tetsuo Iwata,Hirotsugu Yamamoto,Takeshi Yasui:
Scan-less confocal phase imaging based on dual-comb microscopy.
Optica
5
(5)
:634
-643
, 2018
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23.
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Akiko Nishiyama,Yoshiaki Nakajima,Ken'ichi Nakagawa,Kaoru Minoshima:
Precise and highly-sensitive Doppler-free two-photon absorption dual-comb spectroscopy using pulse shaping and coherent averaging for fluorescence signal detection.
Optics Express
26
(7)
:8957
-8967
, 2018
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24.
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Takeo Minamikawa,Takashi Ogura,Yoshiaki Nakajima,Eiji Hase,Yasuhiro Mizutani,Hirotsugu Yamamoto,Kaoru Minoshima,Takeshi Yasui:
Strain sensing based on strain to radio-frequency conversion of an optical frequency comb.
Optics Express
26
(8)
:9484
-9491
, 2018
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25.
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Y. Nakajima,Y. Hata,K. Minoshima:
High-coherence ultra-broadband bidirectional dual-comb fiber laser.
Optics Express
27
(5)
:5931
-5944
, 2019
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26.
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Yoshiaki Nakajima,Yuya Hata,Kaoru Minoshima:
All-polarization-maintaining dual-comb fiber laser with nonlinear amplifying loop mirror.
Optics InfoBase Conference Papers
2018
:
, 2018
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27.
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Yuxuan Ma,Bo Xu,Hirotaka Ishii,Fei Meng,Yoshiaki Nakajima,Isao Matsushima,Thomas R. Schibli,Zhigang Zhang,Kaoru Minoshima:
Low-noise 750 MHz spaced ytterbium fiber frequency combs.
Optics Letters
43
(17)
:4136
-4139
, 2018
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28.
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Ryo Oe,Takeo Minamikawa,Shuji Taue,Hideki Fukano,Yoshiaki Nakajima,Kaoru Minoshima,Takeshi Yasui:
Refractive-index-sensing fiber comb using intracavity multi-mode interference fiber sensor.
Progress in Biomedical Optics and Imaging - Proceedings of SPIE
10488
:
, 2018
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29.
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Takeo Minamikawa,Takashi Masuoka,Ryo Oe,Yoshiaki Nakajima,Yoshihisa Yamaoka,Kaoru Minoshima,Takeshi Yasui:
Multi-dynamic range compressional wave detection using optical-frequency comb.
Progress in Biomedical Optics and Imaging - Proceedings of SPIE
10494
:
, 2018
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その他
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1.
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K. Hirose, T. Ikeda, K. Sato, M. Matsubara, T. Masuyama, T. Minowa, and W.-G. Jin:
Profile measurements of laser beam for the aiming system of ion microbeam irradiation with glass capillaries.
RIKEN Accelerator Progress Report
51
:193
-193
, 2018
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2.
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K. Sato, T. Ikeda, K. Hirose, M. Matsubara, T. Masuyama, T. Minowa, and W.-G. Jin:
Spot size estimation for laser aiming system of ion microbeam irradiation using a tapered glass capillary optics.
RIKEN Accelerator Progress Report
51
:21
-21
, 2018
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■ 学会発表
国内学会
|
1.
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池田時浩, 池亀真由佳, 引間宥花, 森光正, 河村俊哉, 松原充芳, 箕輪達哉, 金衛国:
フタ付ガラスキャピラリー光学系で生成された大気中MeVイオンマイクロビームのプロファイル測定.
日本物理学会第74回年次大会,
九州大学, 福岡市,
2019/03
|
2.
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池田時浩, 池亀真由佳, 森光正, 引間宥花, 河村俊哉, 松原充芳, 箕輪達哉, 金衛国:
ガラスキャピラリーで生成された MeV イオンマイクロビーム形状の微小ティルト角依存性.
原子衝突学会第 43 回年会,
京都大学, 京都,
2018/10
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3.
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引間宥花, 池田時浩, 森光正, 池亀真由佳, 河村俊哉, 松原充芳, 箕輪達哉, 金衛国:
ガラスキャピラリー光学系による紫外線マイクロビームの形状測定:フォトクロミックシートを使ったスポット転写.
第 61 回放射線化学討論会,
大阪市立大学、大阪,
2018/09
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4.
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河村俊哉, 池田時浩, 松原充芳, 池亀真由佳, 引間宥花, 森光正, 箕輪達哉, 金衛国:
紫外線マイクロビーム細胞照射システムの開発: 微小距離でのプロファイル測定とエネルギー評価.
第 61 回放射線化学討論会,
大阪市立大学、大阪,
2018/09
|
5.
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森光正, 池田時浩, 池亀真由佳, 引間宥花, 河村俊哉, 松原充芳, 箕輪達哉, 金衛国:
ガラスキャピラリー光学系によるマイクロレーザービームプロファイルの測定:微小ティルト角依存性.
第 61 回放射線化学討論会,
大阪市立大学、大阪,
2018/09
|
6.
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池亀真由佳, 池田時浩, 森光正, 引間宥花, 河村俊哉, 松原充芳, 箕輪達哉, 金衛国:
ガラスキャピラリーによるマルチ量子マイクロビーム照射に向けたイオンビームプロファイル測定.
第 61 回放射線化学討論会,
大阪市立大学、大阪,
2018/09
|
7.
|
池田時浩, 引間宥花, 森光正, 池亀真由佳, 河村俊哉, 松原充芳, 箕輪達哉, 金衛国:
ガラスキャピラリーによるイオンマイクロビーム照射で生じた細胞核内イオントラックの解析.
第 61 回放射線化学討論会,
大阪市立大学、大阪,
2018/09
|
8.
|
河村俊哉, 池田時浩, 松原充芳, 池亀真由佳, 引間宥花, 森光正, 箕輪達哉, 金衛国:
キャピラリー光学系による紫外線レーザーマイクロスポットライトの開発.
日本物理学会 2018 年秋季大会,
同志社大学, 京都,
2018/09
|
9.
|
佐藤謙太, 池田時浩, 廣瀬寛士, 幸島美輝子, 松原充芳, 箕輪達哉, 金衛国:
キャピラリー光学系による可視光レーザーマイクロスポットの構造評価.
日本物理学会 2018 年秋季大会,
同志社大学, 京都,
2018/09
|
10.
|
池田時浩, 廣瀬寛士, 佐藤謙太, 河村俊哉, 松原充芳, 池亀真由佳, 引間宥花, 森光正, 箕輪達哉, 金衛国:
キャピラリー光学系によるレーザーおよびイオンマイクロビームの同時生成.
日本物理学会 2018 年秋季大会,
同志社大学, 京都,
2018/09
|
国際学会
|
1.
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Y. Nojiri, C. Li, H. Ito, M. Kawamura, T. Minowa, W. -G. Jin:
Zeeman and Stark Effects of Ba Highly-Excited States.
The 4th International Conference on Atomic and Nuclear Physics,
Boston, USA,
2018/10
|
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