Ryo Yasuhara

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Research profile with citations, yearly trend, article performance and author insights

National Institute for Fusion Science, Japan

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DataCiteX Author Profile

Ryo Yasuhara

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Last Synced 04 Aug 2026, 01:53 PM

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Author Impact Score

Custom 3-year author impact calculator based on citations and indexed documents.

116.36

Author impact score

1,280 Citations 2024 - 2026

11 Documents 2024 - 2026

Total Citations

5,019

Scholar + author-added

H-Index

37

research impact

I10-Index

120

quality score

Articles Found

282

merged research works

Top Performing Year

2021

568 citations

Tier

T1

CiteScore rank tier

Author CiteScore

116.36

Upward trend

Avg Citations / Year

271.26

yearly average

Citations / Article

17.80

impact efficiency

Citation Trend

288

Declining trend

Most Cited Article

Overview of first Wendelstein 7-X high-...

363 citations

Smart Insight Box

Auto Summary

Top citation year was 2021 with 568 citations. Average citations per year stand at 271.26. Each indexed article contributes around 17.8 citations on average. Latest Author Impact Score for 2026 is 116.36, indicating a upward trend. Current H-index is 37 and I10-index is 120. Most cited article currently has 363 citations. Recent yearly citation pattern indicates a declining trend.

Author Impact Score Trend

17 Years

Most Cited

363 Citations

Year: 2019

Overview of first Wendelstein 7-X high-performance operation

T Klinger, T Andreeva, S Bozhenkov, C Brandt, R Burhenn, B Buttenschön, ...

Nuclear Fusion 59 (11), 112004, 2019

Yearly Citations

Author year-wise citation data

Year	Citations
2026	288
2025	496
2024	496
2023	480
2022	530
2021	568
2020	412
2019	467
2018	384
2017	182
2016	223
2015	195
2014	127
2013	91
2012	56
2011	81
2010	29
2009	21
2008	28

Yearly Citations Chart

Author citation trend

19 Years

Year-wise Citation Share

Citation percentage by year

Top Research Articles

Showing 20 articles per page

282 Articles Page 1 of 15

#	Article Details	Year
1	Overview of first Wendelstein 7-X high-performance operation Google Scholar 👨‍🔬 T Klinger, T Andreeva, S Bozhenkov, C Brandt, R Burhenn, B Buttenschön, ... 📚 Nuclear Fusion 59 (11), 112004, 2019	2019
2	Major results from the first plasma campaign of the Wendelstein 7-X stellarator Google Scholar 👨‍🔬 RC Wolf, A Ali, A Alonso, J Baldzuhn, C Beidler, M Beurskens, ... 📚 Nuclear Fusion 57 (10), 102020, 2017	2017
3	Extension of the operational regime of the LHD towards a deuterium experiment Google Scholar 👨‍🔬 Y Takeiri, T Morisaki, M Osakabe, M Yokoyama, S Sakakibara, ... 📚 Nuclear Fusion 57 (10), 102023, 2017	2017
4	Cryogenic temperature characteristics of Verdet constant on terbium gallium garnet ceramics Google Scholar 👨‍🔬 R Yasuhara, S Tokita, J Kawanaka, T Kawashima, H Kan, H Yagi, ... 📚 Optics express 15 (18), 11255-11261, 2007	2007
5	213 W average power of 2.4 GW pulsed thermally controlled Nd: glass zigzag slab laser with a stimulated Brillouin scattering mirror Google Scholar 👨‍🔬 R Yasuhara, T Kawashima, T Sekine, T Kurita, T Ikegawa, O Matsumoto, ... 📚 Optics letters 33 (15), 1711-1713, 2008	2008
6	Temperature-wavelength dependence of terbium gallium garnet ceramics Verdet constant Google Scholar 👨‍🔬 O Slezák, R Yasuhara, A Lucianetti, T Mocek 📚 Optical Materials Express 6 (11), 3683-3691, 2016	2016
7	Thermo-Optical and Magneto-Optical Characteristics of Terbium Scandium Aluminum Garnet Crystals Google Scholar 👨‍🔬 I Snetkov, R Yasuhara, A Starobor, E Mironov, O Palashov 📚 IEEE Journal of Quantum Electronics 51 (7), 7000307, 2015	2015
8	Magneto-optical characteristics of holmium oxide (Ho2O3) ceramics Google Scholar 👨‍🔬 H Furuse, R Yasuhara 📚 Optical Materials Express 7 (3), 827-833, 2017	2017
9	Terbium gallium garnet ceramic Faraday rotator for high-power laser application Google Scholar 👨‍🔬 R Yasuhara, I Snetkov, A Starobor, D Zheleznov, O Palashov, ... 📚 Optics Letters 39 (5), 1145-1148, 2014	2014
10	Highly efficient Er: YAP laser with 6.9 W of output power at 2920 nm Google Scholar 👨‍🔬 W Yao, H Uehara, H Kawase, H Chen, R Yasuhara 📚 Optics Express 28 (13), 19000-19007, 2020	2020
11	Thermally induced depolarization in TGG ceramics Google Scholar 👨‍🔬 R Yasuhara, H Furuse 📚 Optics letters 38 (10), 1751-1753, 2013	2013
12	Identification of the energetic-particle driven GAM in the LHD Google Scholar 👨‍🔬 T Ido, M Osakabe, A Shimizu, T Watari, M Nishiura, K Toi, K Ogawa, K Itoh, ... 📚 Nuclear Fusion 55 (8), 083024, 2015	2015
13	2.92-µm high-efficiency continuous-wave laser operation of diode-pumped Er: YAP crystal at room temperature Google Scholar 👨‍🔬 H Kawase, R Yasuhara 📚 Optics express 27 (9), 12213-12220, 2019	2019
14	Temperature dependence of thermo-optic effects of single-crystal and ceramic TGG Google Scholar 👨‍🔬 R Yasuhara, H Nozawa, T Yanagitani, S Motokoshi, J Kawanaka 📚 Optics Express 21 (25), 31443-31452, 2013	2013
15	Wavelength dependence of magneto-optic properties of terbium gallium garnet ceramics Google Scholar 👨‍🔬 O Slezak, R Yasuhara, A Lucianetti, T Mocek 📚 Optics Express 23 (10), 13641-13647, 2015	2015
16	Highly efficient cryogenically-cooled Yb: YAG laser Google Scholar 👨‍🔬 J Kawanaka, Y Takeuchi, A Yoshida, SJ Pearce, R Yasuhara, ... 📚 Laser physics 20 (5), 1079-1084, 2010	2010
17	Giant faraday rotation in heavily ce-doped YIG bulk ceramics Google Scholar 👨‍🔬 A Ikesue, YL Aung, R Yasuhara, Y Iwamoto 📚 Journal of the European Ceramic Society, 2020	2020
18	Optimization of laser emission at 2.8 μm by Er:Lu2O3 ceramics Google Scholar 👨‍🔬 H Uehara, S Tokita, J Kawanaka, D Konishi, M Murakami, S Shimizu, ... 📚 Optics express 26 (3), 3497-3507, 2018	2018
19	High Verdet constant of Ti-doped terbium aluminum garnet (TAG) ceramics Google Scholar 👨‍🔬 H Furuse, R Yasuhara, K Hiraga, S Zhou 📚 Optical Materials Express 6 (1), 191-196, 2016	2016
20	Study of the properties and prospects of Ce: TAG and TGG magnetooptical ceramics for optical isolators for lasers with high average power Google Scholar 👨‍🔬 A Starobor, D Zheleznov, O Palashov, C Chen, S Zhou, R Yasuhara 📚 Optical Materials Express 4 (10), 2127-2132, 2014	2014
21	Efficient visible laser operation of Tb:LiYF4 and LiTbF4 Google Scholar 👨‍🔬 H Chen, H Uehara, H Kawase, R Yasuhara 📚 Optics Express 28 (8), 10951-10959, 2020	2020
22	Faraday rotator based on TSAG crystal with< 001> orientation Google Scholar 👨‍🔬 R Yasuhara, I Snetkov, A Starobor, E Mironov, O Palashov 📚 Optics Express 24 (14), 15486-15493, 2016	2016
23	Thermo-optic properties of ceramic YAG at high temperatures Google Scholar 👨‍🔬 H Furuse, R Yasuhara, K Hiraga 📚 Optical Materials Express 4 (9), 1794-1799, 2014	2014
24	TGG ceramics based Faraday isolator with external compensation of thermally induced depolarization Google Scholar 👨‍🔬 IL Snetkov, R Yasuhara, AV Starobor, OV Palashov 📚 Optics Express 22 (4), 4144-4151, 2014	2014
25	Dispersion interferometer using modulation amplitudes on LHD (invited) a) Google Scholar 👨‍🔬 T Akiyama, R Yasuhara, K Kawahata, S Okajima, K Nakayama 📚 Review of Scientific Instruments 85 (11), 11D301, 2014	2014
26	Flow damping due to stochastization of the magnetic field Google Scholar 👨‍🔬 K Ida, M Yoshinuma, H Tsuchiya, T Kobayashi, C Suzuki, M Yokoyama, ... 📚 Nature communications 6, 5816, 2015	2015
27	A passively Q-switched compact Er: Lu2O3 ceramics laser at 2.8 μm with a graphene saturable absorber Google Scholar 👨‍🔬 H Uehara, S Tokita, J Kawanaka, D Konishi, M Murakami, R Yasuhara 📚 Applied Physics Express 12 (2), 022002, 2019	2019
28	Quasilinear carbon transport in an impurity hole plasma in LHD Google Scholar 👨‍🔬 DR Mikkelsen, K Tanaka, M Nunami, TH Watanabe, H Sugama, ... 📚 Physics of Plasmas (1994-present) 21 (8), 082302, 2014	2014
29	Faraday rotation of Dy2O3, CeF3 and Y3Fe5O12 at the mid-infrared wavelengths Google Scholar 👨‍🔬 D Vojna, O Slezák, R Yasuhara, H Furuse, A Lucianetti, T Mocek 📚 Materials 13 (23), 5324, 2020	2020
30	Confirmation of the topology of the Wendelstein 7-X magnetic field to better than 1: 100,000 Google Scholar 👨‍🔬 T Sunn Pedersen, M Otte, S Lazerson, P Helander, S Bozhenkov, ... 📚 Nature Communications 7, 2016	2016
31	Extension of operation regimes and investigation of three-dimensional currentless plasmas in the Large Helical Device Google Scholar 👨‍🔬 O Kaneko, H Yamada, S Inagaki, M Jakubowski, S Kajita, S Kitajima, ... 📚 Nuclear Fusion 53 (10), 104015, 2013	2013
32	Thermo-optical and magneto-optical characteristics of CeF3 crystal Google Scholar 👨‍🔬 EA Mironov, AV Starobor, IL Snetkov, OV Palashov, H Furuse, S Tokita, ... 📚 Optical Materials 69, 196-201, 2017	2017
33	Efficient fusion neutron generation using a 10-TW high-repetition rate diode-pumped laser Google Scholar 👨‍🔬 Y Kitagawa, Y Mori, R Hanayama, S Okihara, K Fujita, K Ishii, ... 📚 Plasma and Fusion Research Letters 6, 1306006, 2011	2011
34	Temperature-wavelength dependence of Verdet constant of Dy2O3 ceramics Google Scholar 👨‍🔬 O Slezák, R Yasuhara, D Vojna, H Furuse, A Lucianetti, T Mocek 📚 Optical Materials Express 9 (7), 2971-2981, 2019	2019
35	Terbium gallium garnet ceramic-based Faraday isolator with compensation of thermally induced depolarization for high-energy pulsed lasers with kilowatt average power Google Scholar 👨‍🔬 R Yasuhara, I Snetkov, A Starobor, O Palashov 📚 Applied Physics Letters 105 (24), 241104, 2014	2014
36	LD-pumped 2.8 μm Er: Lu2O3 ceramic laser with 6.7 W output power and> 30% slope efficiency Google Scholar 👨‍🔬 W Yao, H Uehara, S Tokita, H Chen, D Konishi, M Murakami, R Yasuhara 📚 Applied Physics Express 14 (1), 012001, 2020	2020
37	A fluoride fiber optics in-line sensor for mid-IR spectroscopy based on a side-polished structure Google Scholar 👨‍🔬 K Goya, Y Koyama, Y Nishijima, S Tokita, R Yasuhara, H Uehara 📚 Sensors and Actuators B: Chemical, 130904, 2021	2021
38	Verdet constant of potassium terbium fluoride crystal as a function of wavelength and temperature Google Scholar 👨‍🔬 D Vojna, M Duda, R Yasuhara, O Slezák, W Schlichting, K Stevens, ... 📚 Optics Letters 45 (7), 1683-1686, 2020	2020
39	Faraday effect measurements of holmium oxide (Ho2O3) ceramics-based magneto-optical materials Google Scholar 👨‍🔬 D Vojna, R Yasuhara, H Furuse, O Slezak, S Hutchinson, A Lucianetti, ... 📚 High Power Laser Science and Engineering 6, 2018	2018
40	Efficient continuous wave and quasi-continuous wave operation of a 2.8 μm Er:Lu2O3 ceramic laser Google Scholar 👨‍🔬 H Uehara, R Yasuhara, S Tokita, J Kawanaka, M Murakami, S Shimizu 📚 Optics Express 25 (16), 18677-18684, 2017	2017
41	Development of Impurity Seeding and Radiation Enhancement in the Helical Divertor of LHD Google Scholar 👨‍🔬 K Mukai, S Masuzaki, BJ Peterson, T Akiyama, M Kobayashi, H Tanaka, ...
42	Passively Q-switched 2.9 μm Er: YAP single crystal laser using graphene saturable absorber Google Scholar 👨‍🔬 H Kawase, H Uehara, H Chen, R Yasuhara 📚 Applied Physics Express 12 (10), 102006, 2019	2019
43	Behavior of 23S metastable state He atoms in low-temperature recombining plasmas Google Scholar 👨‍🔬 S Kajita, T Tsujihara, M Aramaki, H van der Meiden, H Oshima, N Ohno, ... 📚 Physics of Plasmas 24 (7), 073301, 2017	2017
44	Electron temperature and density measurement by Thomson scattering with a high repetition rate laser of 20 kHz on LHD Google Scholar 👨‍🔬 H Funaba, R Yasuhara, H Uehara, I Yamada, R Sakamoto, M Osakabe, ... 📚 Scientific Reports 12 (1), 1-10, 2022	2022
45	84 dB amplification, 0.46 J in a 10 Hz output diode-pumped Nd: YLF ring amplifier with phase-conjugated wavefront corrector Google Scholar 👨‍🔬 T Sekine, S Matsuoka, R Yasuhara, T Kurita, R Katai, T Kawashima, ... 📚 Optics express 18 (13), 13927-13934, 2010	2010
46	High-efficiency, continuous-wave Fe: ZnSe mid-IR laser end pumped by an Er: YAP laser Google Scholar 👨‍🔬 E Li, H Uehara, W Yao, S Tokita, F Potemkin, R Yasuhara 📚 Optics Express 29 (26), 44118-44128, 2021	2021
47	40 kHz, 20 ns acousto-optically Q-switched 4 µm Fe: ZnSe laser pumped by a fluoride fiber laser Google Scholar 👨‍🔬 H Uehara, T Tsunai, B Han, K Goya, R Yasuhara, F Potemkin, ... 📚 Optics Letters 45 (10), 2788-2791, 2020	2020
48	Magneto-optic pyrochlore ceramics of Tb2Hf2O7 for Faraday rotator Google Scholar 👨‍🔬 R Yasuhara, A Ikesue 📚 Optics express 27 (5), 7485-7490, 2019	2019
49	Radial electron temperature measurements by using newly installed Thomson scattering system in GAMMA 10 Google Scholar 👨‍🔬 M Yoshikawa, F Yaguchi, Y Miyata, M Morimoto, Y Shima, Y Nakashima, ... 📚 Journal of Instrumentation 7 (03), C03003, 2012	2012
50	The HALNA project: Diode-pumped solid-state laser for inertial fusion energy Google Scholar 👨‍🔬 T Kawashima, T Ikegawa, J Kawanaka, N Miyanaga, M Nakatsuka, ... 📚 Journal de Physique IV (Proceedings) 133, 615-620, 2006	2006
51	Magneto-optical Dy2O3 ceramics with optical grade Google Scholar 👨‍🔬 YL Aung, A Ikesue, R Yasuhara, Y Iwamoto 📚 Optics Letters 45 (16), 4615-4617, 2020	2020
52	Extension of operational regime in high-temperature plasmas and effect of ECRH on ion thermal transport in the LHD Google Scholar 👨‍🔬 H Takahashi, K Nagaoka, S Murakami, M Osakabe, H Nakano, K Ida, ... 📚 Nuclear Fusion, 2017	2017
53	Development of dispersion interferometer for magnetic confinement plasmas and high-pressure plasmas Google Scholar 👨‍🔬 T Akiyama, R Yasuhara, K Kawahata, K Nakayama, S Okajima, K Urabe, ... 📚 Journal of Instrumentation 10 (09), P09022, 2015	2015
54	Design of the polarization multi-pass Thomson scattering systema) Google Scholar 👨‍🔬 R Yasuhara, M Yoshikawa, M Morimoto, I Yamada, K Kawahata, ... 📚 Review of Scientific Instruments 83 (10), 10E326, 2012	2012
55	Evaluation of thermo-optic characteristics of cryogenically cooled Yb: YAG ceramics Google Scholar 👨‍🔬 R Yasuhara, H Furuse, A Iwamoto, J Kawanaka, T Yanagitani 📚 Optics express 20 (28), 29531-29539, 2012	2012
56	Optical properties of improved Tb2Hf2O7 pyrochlore ceramics Google Scholar 👨‍🔬 YL Aung, A Ikesue, R Yasuhara, Y Iwamoto 📚 Journal of Alloys and Compounds, 153564, 2019	2019
57	Verdet constant dispersion of CeF3 in the visible and near-infrared spectral range Google Scholar 👨‍🔬 D Vojna, R Yasuhara, O Slezák, J Mužík, A Lucianetti, T Mocek 📚 Optical Engineering 56 (6), 067105-067105, 2017	2017
58	Extended investigations of isotope effects on ECRH plasma in LHD Google Scholar 👨‍🔬 K Tanaka, M Nakata, Y Ohtani, T Tokuzawa, H Yamada, F Warmer, ... 📚 Plasma Physics and Controlled Fusion 62 (2), 024006, 2019	2019
59	TSAG-based cryogenic Faraday isolator Google Scholar 👨‍🔬 A Starobor, R Yasyhara, I Snetkov, E Mironov, O Palashov 📚 Optical Materials 47, 112-117, 2015	2015
60	Impact of Magnetic Field Configuration on Heat Transport in Stellarators and Heliotrons Google Scholar 👨‍🔬 F Warmer, K Tanaka, P Xanthopoulos, M Nunami, M Nakata, CD Beidler, ... 📚 Physical Review Letters 127 (22), 225001, 2021	2021
61	Divertor heat and particle control experiments on the large helical device Google Scholar 👨‍🔬 S Masuzaki, M Kobayashi, T Akiyama, N Ohno, T Morisaki, M Shoji, ... 📚 Journal of Nuclear Materials 438, S133-S138, 2013	2013
62	Measuring electron temperature in the tandem mirror GAMMA 10 plasma using a yttrium-aluminium-garnet Thomson scattering system Google Scholar 👨‍🔬 M Yoshikawa, F Yaguchi, Y Miyata, M Morimoto, Y Shima, I Yamada, ... 📚 Plasma Fusion Res 6, 1202095, 2011	2011
63	Isotope effects on transport in LHD Google Scholar 👨‍🔬 K Tanaka, K Nagaoka, K Ida, H Yamada, T Kobayashi, S Satake, ... 📚 Plasma Physics and Controlled Fusion 63 (9), 094001, 2021	2021
64	Calibrations of the LHD Thomson scattering system Google Scholar 👨‍🔬 I Yamada, H Funaba, R Yasuhara, H Hayashi, N Kenmochi, T Minami, ... 📚 Review of Scientific Instruments 87 (11), 11E531, 2016	2016
65	Mitigation of large amplitude edge-localized modes by resonant magnetic perturbations on LHD Google Scholar 👨‍🔬 K Toi, S Ohdachi, Y Suzuki, F Watanabe, K Tanaka, S Sakakibara, ... 📚 Nuclear Fusion 54 (3), 033001, 2014	2014
66	Development of polarization-controlled multi-pass Thomson scattering system in the GAMMA 10 tandem mirrora) Google Scholar 👨‍🔬 M Yoshikawa, R Yasuhara, M Morimoto, Y Shima, J Kohagura, ... 📚 Review of scientific instruments 83 (10), 10E333, 2012	2012
67	Recent Progress on dispersion interferometers for nuclear fusion and low-temperature plasmas Google Scholar 👨‍🔬 T Akiyama, MA Van Zeeland, TN Carlstrom, RL Boivin, KJ Brunner, ... 📚 Journal of Instrumentation 15 (01), C01004, 2020	2020
68	Isotope effects on energy, particle transport and turbulence in electron cyclotron resonant heating plasma of the Large Helical Device Google Scholar 👨‍🔬 K Tanaka, Y Ohtani, M Nakata, F Warmer, T Tsujimura, Y Takemura, ... 📚 Nuclear Fusion 59 (12), 126040, 2019	2019
69	Collisionality dependence and ion species effects on heat transport in He and H plasma, and the role of ion scale turbulence in LHD Google Scholar 👨‍🔬 K Tanaka, K Nagaoka, S Murakami, H Takahashi, M Osakabe, ... 📚 NUCLEAR FUSION 57 (11), 2017	2017
70	Overview of transport and MHD stability study: focusing on the impact of magnetic field topology in the Large Helical Device Google Scholar 👨‍🔬 K Ida, K Nagaoka, S Inagaki, H Kasahara, T Evans, M Yoshinuma, ... 📚 Nuclear Fusion 55 (10), 104018, 2015	2015
71	Preceding propagation of turbulence pulses at avalanche events in a magnetically confined plasma Google Scholar 👨‍🔬 N Kenmochi, K Ida, T Tokuzawa, R Yasuhara, H Funaba, H Uehara, ... 📚 Scientific Reports 12 (1), 1-9, 2022	2022
72	Sapphire/Nd: YAG composite by pulsed electric current bonding for high-average-power lasers Google Scholar 👨‍🔬 H Furuse, Y Koike, R Yasuhara 📚 Optics Letters 43 (13), 3065-3068, 2018	2018
73	Measurement of magnet-optical property and thermal conductivity on TGG ceramic for Faraday material of high-peak and high average power laser Google Scholar 👨‍🔬 R Yasuhara, S Tokita, J Kawanaka, T Kawashima, H Kan, H Yagi, ... 📚 REVIEW OF LASER ENGINEERING-LASER SOCIETY OF JAPAN 35 (12), 806, 2007	2007
74	Efficient generation of 200mJ nanosecond pulses at 100Hz repetition rate from a cryogenic cooled Yb: YAG MOPA system Google Scholar 👨‍🔬 S Pearce, R Yasuhara, A Yoshida, J Kawanaka, T Kawashima, H Kan 📚 Optics Communications 282 (11), 2199-2203, 2009	2009
75	Wavelength dependence of the Verdet constant in synthetic quartz glass for deep-ultraviolet light sources Google Scholar 👨‍🔬 Y Tamaru, H Chen, A Fuchimukai, H Uehara, T Miura, R Yasuhara 📚 Optical Materials Express 11 (3), 814-820, 2021	2021
76	Actively Q-switched Tb: LiYF4 green lasers Google Scholar 👨‍🔬 H Chen, W Yao, H Uehara, R Yasuhara 📚 Applied Physics Express 14 (6), 062002, 2021	2021
77	Nd3+-activated CaF2 ceramic lasers Google Scholar 👨‍🔬 H Chen, A Ikesue, H Noto, H Uehara, Y Hishinuma, T Muroga, ... 📚 Optics Letters 44 (13), 3378-3381, 2019	2019
78	Particle transport of ECRH plasma in LHD Google Scholar 👨‍🔬 Y Ohtani, K Tanaka, T Tokuzawa, T Akiyama, I Yamada, R Yasuhara, ... 📚 Plasma Physics and Controlled Fusion, 2019	2019
79	Studies of energetic particle transport induced by multiple Alfvén eigenmodes using neutron and escaping energetic particle diagnostics in Large Helical Device deuterium plasmas Google Scholar 👨‍🔬 K Ogawa, M Isobe, S Kamio, H Nuga, R Seki, S Sangaroon, H Yamaguchi, ... 📚 Nuclear Fusion 62 (11), 112001, 2022	2022
80	Enhanced Material Assimilation in a Toroidal Plasma Using Mixed H 2 + Ne Pellet Injection and Implications to ITER Google Scholar 👨‍🔬 A. Matsuyama, R. Sakamoto, R. Yasuhara, H. Funaba, H. Uehara, I. Yamada, T ... 📚 Physical Review Letters 129 (25), 255001, 2022	2022
81	Broadband mid-infrared amplified spontaneous emission from Er/Dy co-doped fluoride fiber with a simple diode-pumped configuration Google Scholar 👨‍🔬 K Goya, A Mori, S Tokita, R Yasuhara, T Kishi, Y Nishijima, S Tanabe, ... 📚 Scientific Reports 11 (1), 1-8, 2021	2021
82	Graphene Q-switched Tb:LiYF4 green laser Google Scholar 👨‍🔬 H Chen, W Yao, H Uehara, R Yasuhara 📚 Optics Letters 45 (9), 2596-2599, 2020	2020
83	Turbulence transition in magnetically confined hydrogen and deuterium plasmas Google Scholar 👨‍🔬 T Kinoshita, K Tanaka, A Ishizawa, H Sakai, M Nunami, Y Ohtani, ... 📚 Physical Review Letters 132 (23), 235101, 2024	2024
84	Overview of Large Helical Device experiments of basic plasma physics for solving crucial issues in reaching burning plasma conditions Google Scholar 👨‍🔬 K Ida, M Yoshinuma, M Kobayashi, T Kobayashi, N Kenmochi, F Nespoli, ... 📚 Nuclear Fusion 64 (11), 112009, 2024	2024
85	Half-cycle terahertz surface waves with MV/cm field strengths generated on metal wires Google Scholar 👨‍🔬 K Teramoto, S Tokita, T Terao, S Inoue, R Yasuhara, T Nagashima, ... 📚 Applied Physics Letters 113 (5), 051101, 2018	2018
86	Current status of the LHD Thomson scattering system Google Scholar 👨‍🔬 I Yamada, K Narihara, H Funaba, R Yasuhara, T Kohmoto, H Hayashi, ... 📚 Journal of Instrumentation 7 (05), C05007, 2012	2012
87	Properties of TAG ceramics at room and cryogenic temperatures and performance estimations as a Faraday isolator Google Scholar 👨‍🔬 K Hamamoto, M Nishio, S Tokita, H Uehara, T Yanagitani, K Fujioka, ... 📚 Optical Materials Express 11 (2), 434-441, 2021	2021
88	Efficient Pr:YAlO3 lasers at 622 nm, 662 nm, and 747 nm pumped by semiconductor laser at 488 nm Google Scholar 👨‍🔬 H Chen, H Uehara, H Kawase, R Yasuhara 📚 Optics Express 28 (3), 3017-3024, 2020	2020
89	Compact deep ultraviolet frequency-doubled Tb:LiYF4 lasers at 272 nm Google Scholar 👨‍🔬 H Chen, H Uehara, R Yasuhara 📚 Optics Letters 45 (19), 5558-5561, 2020	2020
90	Recent ECRH/ECCD experiments aiming for higher density and temperature operations in the LHD Google Scholar 👨‍🔬 H Igami, S Kubo, T Shimozuma, Y Yoshimura, TI Tsujimura, S Kobayashi, ... 📚 EPJ Web of Conferences 203, 02001, 2019	2019
91	Laser-induced damage thresholds in silica glasses at different temperature Google Scholar 👨‍🔬 K Mikami, S Motokoshi, M Fujita, T Jitsuno, J Kawanaka, R Yasuhara 📚 Laser Damage Symposium XLI: Annual Symposium on Optical Materials for High …, 2009	2009
92	Polarization-Controlled Multi-Pass Thomson Scattering System in the Tandem Mirror GAMMA 10 Google Scholar 👨‍🔬 M YOSHIKAWA, R YASUHARA, S SAKAMOTO, R SEKIGUCHI, Y SHIMA, ...
93	Energy confinement of hydrogen and deuterium electron-root plasmas in the Large Helical Device Google Scholar 👨‍🔬 F Warmer, H Takahashi, K Tanaka, Y Yoshimura, CD Beidler, B Peterson, ... 📚 Nuclear Fusion 58 (10), 106025, 2018	2018
94	Cryogenically cooled CeF3 crystal as media for high-power magneto-optical devices Google Scholar 👨‍🔬 A Starobor, E Mironov, I Snetkov, O Palashov, H Furuse, S Tokita, ... 📚 Optics Letters 42 (9), 1864-1866, 2017	2017
95	Electron temperature and density measurements by using the Thomson scattering system in the tandem mirror GAMMA 10 Google Scholar 👨‍🔬 M Yoshikawa, K Nagasu, Y Shimamura, Y Shima, J Kohagura, ... 📚 Journal of Instrumentation 8 (10), C10016, 2013	2013
96	Extension of the measurable temperature range of the LHD Thomson scattering systema) Google Scholar 👨‍🔬 I Yamada, K Narihara, H Funaba, R Yasuhara, H Hayashi, T Kohmoto 📚 Review of Scientific Instruments 83 (10), 10E340, 2012	2012
97	Conceptual design of high resolution and reliable density measurement system on helical reactor FFHR-d1 and demonstration on LHD Google Scholar 👨‍🔬 T Akiyama, R Yasuhara, M Isobe, R Sakamoto, T Goto, K Kawahata, ...
98	Femtosecond vector vortex laser ablation in tungsten: chiral nano-micro texturing and structuring Google Scholar 👨‍🔬 H Kawaguchi, R Yasuhara, H Yang, C Hori, R Miyagawa, K Sugioka, ... 📚 Optical Materials Express 14 (2), 424-434, 2024	2024
99	Thermo-optic effects of ceramic TGG in the 300–500 K temperature range Google Scholar 👨‍🔬 H Furuse, R Yasuhara, K Hiraga 📚 Optical Materials Express 5 (6), 1266-1273, 2015	2015
100	Temperature dependence of laser-induced damage threshold in silica glass Google Scholar 👨‍🔬 K Mikami, S Motokoshi, M Fujita, T Jitsuno, J Kawanaka, R Yasuhara 📚 Journal of Physics: Conference Series 244 (3), 032023, 2010	2010
101	Optimization of laser-driven quantum beam generation and the applications with artificial intelligence Google Scholar 👨‍🔬 Y Kuramitsu, T Taguchi, F Nikaido, T Minami, T Hihara, S Suzuki, K Oda, ... 📚 Physics of Plasmas 31 (5), 2024	2024
102	Thermally induced depolarization in terbium gallium garnet ceramics rod with natural convection cooling Google Scholar 👨‍🔬 O Slezak, R Yasuhara, A Lucianetti, D Vojna, T Mocek 📚 Journal of Optics 17 (6), 065610, 2015	2015
103	Diode-pumped zig-zag slab laser for inertial fusion energy and applications Google Scholar 👨‍🔬 T Kawashima, O Matsumoto, M Miyamoto, T Sekine, T Kurita, S Matsuoka, ... 📚 Advanced Solid-State Photonics, 282, 2004	2004
104	Dy-doped Y2O3 transparent ceramics as a mid-infrared laser medium and saturable absorber Google Scholar 👨‍🔬 R Yasuhara, H Uehara, W Yao, H Chen, S Tokita, H Furuse 📚 Optical Materials Express 10 (11), 2998-3006, 2020	2020
105	The effect of transient density profile shaping on transport in large stellarators and heliotrons Google Scholar 👨‍🔬 A Dinklage, R Sakamoto, M Yokoyama, K Ida, J Baldzuhn, CD Beidler, ... 📚 26th IAEA Fusion Energy Conf., 2016	2016
106	Impact of magnetic topology on radial electric field profile in the scrape-off layer of the Large Helical Device Google Scholar 👨‍🔬 Y Suzuki, K Ida, K Kamiya, M Yoshinuma, H Tsuchiya, M Kobayashi, ... 📚 Nuclear Fusion 56 (9), 092002, 2016	2016
107	Cryogenic Faraday Isolator Based of TGG ceramics Google Scholar 👨‍🔬 AV Starobor, R Yasuhara, DS Zheleznov, OV Palashov, EA Khazanov 📚 IEEE, 2014	2014
108	Investigation of radial electric field in the edge region and magnetic field structure in the Large Helical Device Google Scholar 👨‍🔬 Y Suzuki, K Ida, K Kamiya, M Yoshinuma, H Tsuchiya, S Inagaki, ... 📚 Plasma Physics and Controlled Fusion 55 (12), 124042, 2013	2013
109	Study of detached plasma profile in the divertor simulation experimental module of tandem mirror GAMMA 10/PDX (vol 11, 125231, 2021) Google Scholar 👨‍🔬 M Yoshikawa, J Kohagura, N Ezumi, T Iijima, K Nojiri, A Terakado, ... 📚 AIP ADVANCES 12 (2), 2022	2022
110	Power-scalable two-wavelength pumped Er: YAP laser at 2.9 μm Google Scholar 👨‍🔬 W Yao, H Uehara, E Li, R Yasuhara 📚 Optics & Laser Technology 152, 108073, 2022	2022
111	Electro-optically Q-switched operation of a high-peak-power Tb:LiYF4 green laser Google Scholar 👨‍🔬 H Yang, H Chen, E Li, H Uehara, R Yasuhara 📚 Optics Express 29 (20), 31706-31713, 2021	2021
112	Particle fuelling experiments with series of pellets in LHD Google Scholar 👨‍🔬 J Baldzuhn, H Damm, A Dinklage, R Sakamoto, G Motojima, R Yasuhara, ... 📚 Plasma Physics and Controlled Fusion, 2017	2017
113	First results of electron temperature measurements by the use of multi-pass Thomson scattering system in GAMMA 10a) Google Scholar 👨‍🔬 M Yoshikawa, R Yasuhara, K Nagasu, Y Shimamura, Y Shima, ... 📚 Review of Scientific Instruments 85 (11), 11D801, 2014	2014
114	Fast nondiffusive response of heat and turbulence pulse propagation Google Scholar 👨‍🔬 N Kenmochi, K Ida, T Tokuzawa, Y Mizuno, R Yasuhara, H Funaba, ... 📚 Scientific Reports 14 (1), 13006, 2024	2024
115	Growth and characterization of the KDy3F10 and Na0. 38Dy0. 62F2. 24 fluoride crystals for the Faraday devices Google Scholar 👨‍🔬 D Vojna, DN Karimov, AG Ivanova, PA Popov, H Kumai, R Yasuhara, ... 📚 Optical Materials 142, 114016, 2023	2023
116	Estimation of plasma parameter profiles and their derivatives from linear observations by using Gaussian processes Google Scholar 👨‍🔬 T Nishizawa, S Tokuda, T Kobayashi, K Tanaka, H Funaba, I Yamada, ... 📚 Plasma Physics and Controlled Fusion 65 (12), 125006, 2023	2023
117	Tb,Y:SrF2 crystal for efficient laser operation in the visible spectral region Google Scholar 👨‍🔬 W Yao, J Liu, E Li, Z Zhang, X Xu, J Xu, L Su, H Uehara, R Yasuhara 📚 Optics Letters 47 (4), 774-777, 2022	2022
118	Dy-doped CaF2 transparent ceramics as a functional medium in the broadband mid-infrared spectral region Google Scholar 👨‍🔬 H Uehara, W Yao, A Ikesue, H Noto, H Chen, Y Hishinuma, T Muroga, ... 📚 OSA Continuum 3 (7), 1811-1818, 2020	2020
119	High time resolved electron temperature measurements by using the multi-pass Thomson scattering system in GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, R Yasuhara, K Ohta, M Chikatsu, Y Shima, J Kohagura, ... 📚 Review of Scientific Instruments 87 (11), 11D617, 2016	2016
120	First Results of Electron Temperature Measurements with a Multi-Pass Thomson Scattering System in the Tandem Mirror GAMMA 10 Google Scholar 👨‍🔬 M YOSHIKAWA, R YASUHARA, K NAGASU, Y SHIMAMURA, Y SHIMA, ...
121	Fabrication of tungsten-based optical diffuser using fiberform nanostructure via efficient plasma route Google Scholar 👨‍🔬 S Feng, H Natsume, S Kajita, E Li, R Yasuhara, M Tokitani, H Tanaka, ... 📚 Optics Express 31 (16), 25438-25445, 2023	2023
122	Initial operation and data processing on a system for real-time evaluation of Thomson scattering signals on the Large Helical Device Google Scholar 👨‍🔬 KC Hammond, FM Laggner, A Diallo, S Doskoczynski, C Freeman, ... 📚 Review of Scientific Instruments 92 (6), 063523, 2021	2021
123	A high-brightness room temperature 2.7 µm Er: Y2O3 ceramic laser Google Scholar 👨‍🔬 J Mužík, R Yasuhara, M Smrž, V Kubeček, T Mocek 📚 Laser Physics Letters 16 (3), 035801, 2019	2019
124	Analysis method for Thomson scattering diagnostics in GAMMA 10/PDX Google Scholar 👨‍🔬 K Ohta, M Yoshikawa, R Yasuhara, M Chikatsu, Y Shima, J Kohagura, ... 📚 Review of Scientific Instruments 87 (11), 11E730, 2016	2016
125	Electron temperature measurements by the use of multi-pass Thomson scattering system in GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, K Ohta, X Wang, M Morishita, M Chikatsu, Y Shima, ... 📚 Journal of Instrumentation 10 (08), T08003, 2015	2015
126	Assessment of multi-pulse laser-induced damage threshold of metallic mirrors for thomson scattering system Google Scholar 👨‍🔬 M Sato, S Kajita, R Yasuhara, N Ohno, M Tokitani, N Yoshida, Y Tawara 📚 Optics express 21 (8), 9333-9342, 2013	2013
127	Reconstruction of high temporal resolution Thomson scattering data during a modulated electron cyclotron resonance heating using conditional averaging Google Scholar 👨‍🔬 T Kobayashi, K Ida, K Itoh, M Yoshinuma, C Moon, S Inagaki, I Yamada, ... 📚 Review of Scientific Instruments 87 (4), 043505, 2016	2016
128	Radial Electron Temperature and Density Measurements Using Thomson Scattering System in GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, K Ohta, X Wang, M Chikatsu, J Kohagura, Y Shima, ... 📚 Journal of instrumentation 10 (11), C11006, 2015	2015
129	20-J diode-pumped zig-zag slab laser with 2-GW peak power and 200-W average power Google Scholar 👨‍🔬 T Kawashima, T Kurita, O Matsumoto, T Ikegawa, T Sekine, M Miyamoto, ... 📚 Advanced Solid-State Photonics, TuB44, 2005	2005
130	20-J Diode-Pumped Zig-Zag Slab Laserwith 2-GW Peak Power and 200-W Average Power Google Scholar 👨‍🔬 T Kawashima, T Kurita, O Matsumoto, T Ikegawa, T Sekine, M Miyamoto, ... 📚 Advanced Solid-State Photonics, 578, 2005	2005
131	HALNA-100 DPSSL driver project for inertial fusion energy Google Scholar 👨‍🔬 T Kawashima, T Kanabe, O Matsumoto, R Yasuhara, T Sekine, ... 📚 Abstract Book of Third International Conference on Inertial Fusion Sciences …, 2003	2003
132	Crack-free Nanosecond Laser Processing of Mechanically Enhanced Tungsten-rhenium Alloys Google Scholar 👨‍🔬 H Yang, R Yasuhara, H Noto, C Suzuki, R Miyagawa, H Uehara 📚 Journal of Laser Micro Nanoengineering 17 (3), 162-167, 2022	2022
133	Effects of core stochastization on particle and momentum transport Google Scholar 👨‍🔬 Y Ohtani, K Tanaka, H Igami, K Ida, Y Suzuki, Y Takemura, H Tsuchiya, ... 📚 Nuclear Fusion 61 (3), 034002, 2021	2021
134	Efficient diode-pumped Er: YAP master-oscillator power-amplifier system for laser power improvement at 2920 nm Google Scholar 👨‍🔬 W Yao, E Li, H Uehara, R Yasuhara 📚 Optics Express 29 (16), 24606-24613, 2021	2021
135	Dispersion interferometer for Large Helical Device Google Scholar 👨‍🔬 T Akiyama, K Kawahata, R Yasuhara, S Okajima, K Nakayama 📚 Journal of Instrumentation 7 (01), C01055, 2012	2012
136	Large-Scale 200-kW Laser Diode Pumping Module for Inertial Fusion Energy Driver HALNA Google Scholar 👨‍🔬 T Kurita, T Ikegawa, O Matsumoto, R Yasuhara, T Sekine, T Kawashima, ... 📚 IEEJ Transactions on Electronics, Information and Systems 128, 707-712, 2008	2008
137	Novel Faraday Rotator by Use of Cryogenic TGG Ceramics Google Scholar 👨‍🔬 R YASUHARA, S TOKITA, J KAWANAKA, H KAN, T KAWASHIMA, H YAGI, ... 📚 The Review of Laser Engineering 36 (APLS), 1306-1309, 2008	2008
138	Development of thermally controlled HALNA DPSSL for inertial fusion energy Google Scholar 👨‍🔬 O Matsumoto, R Yasuhara, T Kurita, T Ikegawa, T Sekine, T Kawashima, ... 📚 Lasers and Applications in Science and Engineering, 61011Q-61011Q-8, 2006	2006
139	Design and analysis on face-cooled disk Faraday rotator for high average power lasers Google Scholar 👨‍🔬 R Yasuhara, M Yamanaka, T Norimatsu, Y Izawa, T Kawashima, ... 📚 Advanced Solid-State Photonics, 613, 2005	2005
140	Thermally-edge-controlled slab laser for inertial fusion energy and applications Google Scholar 👨‍🔬 T Kurita, T Kawashima, T Ikegawa, O Matsumoto, R Yasuhara, T Sekine, ... 📚 Conference on Lasers and Electro-Optics, CMJ5, 2005	2005
141	Development of dual-path multi-pass Thomson scattering system in GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, J Kohagura, Y Shima, Y Nakashima, N Ezumi, R Minami, ... 📚 Journal of Instrumentation 18 (10), C10006, 2023	2023
142	Fast Signal Modeling for Thomson Scattering Diagnostics and Effects on Electron Temperature Evaluation Google Scholar 👨‍🔬 H Funaba, I Yamada, R Yasuhara, H Uehara, H Tojo, E Yatsuka, JH Lee, ... 📚 Plasma and Fusion Research 17, 2402032-2402032, 2022	2022
143	Induction of subterahertz surface waves on a metal wire by intense laser interaction with a foil Google Scholar 👨‍🔬 K Teramoto, S Inoue, S Tokita, R Yasuhara, Y Nakamiya, T Nagashima, ... 📚 Physical Review E 97 (2), 023204, 2018	2018
144	Short-interval multi-laser Thomson scattering measurements of hydrogen pellet ablation in LHDa) Google Scholar 👨‍🔬 R Yasuhara, R Sakamoto, I Yamada, G Motojima, H Hayashi 📚 Review of Scientific Instruments 85 (11), 11D822, 2014	2014
145	Edge profile measurements using Thomson scattering on the KSTAR tokamaka) Google Scholar 👨‍🔬 JH Lee, S Oh, WR Lee, WH Ko, KP Kim, KD Lee, YM Jeon, SW Yoon, ... 📚 Review of Scientific Instruments 85 (11), 11D407, 2014	2014
146	Improving measurement accuracy by optimum data acquisition for Nd: YAG Thomson scattering systema) Google Scholar 👨‍🔬 T Minami, Y Itoh, I Yamada, R Yasuhara, H Funaba, H Nakanishi, T Hatae 📚 Review of Scientific Instruments 85 (11), 11D837, 2014	2014
147	Enhancement of multi-pulse laser induced damage threshold on Cu mirror under vacuum condition Google Scholar 👨‍🔬 S Kajita, R Yasuhara, M Sato, N Ohno, M Tokitani, N Yoshida 📚 Optics express 21 (14), 17275-17284, 2013	2013
148	Verdet constant dispersion of magnesium fluoride for deep-ultraviolet and vacuum-ultraviolet Faraday rotators Google Scholar 👨‍🔬 Y Tamaru, A Fuchimukai, H Uehara, T Miura, R Yasuhara 📚 Optics Express 31 (5), 7807-7812, 2023	2023
149	Structural Correlation of Random Lasing Performance in Plasma-Induced Surface-Modified Gallium Nitride Google Scholar 👨‍🔬 Q Shi, H Fujiwara, S Kajita, R Yasuhara, H Tanaka, N Ohno, H Uehara 📚 ACS Applied Optical Materials, 2022	2022
150	Improvement in multipass Thomson scattering system comprising laser amplification system developed in GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, T Mouri, H Nakanishi, J Kohagura, Y Shima, M Sakamoto, ... 📚 Review of Scientific Instruments 92 (3), 033515, 2021	2021
151	Optical chopper based mechanically Q-switched∼ 3 μm Er: YAP single-crystal laser Google Scholar 👨‍🔬 H Kawase, H Uehara, W Yao, H Chen, R Yasuhara 📚 Japanese Journal of Applied Physics 60 (1), 012002, 2020	2020
152	Observation of subcritical geodesic acoustic mode excitation in the large helical device Google Scholar 👨‍🔬 T Ido, K Itoh, M Lesur, M Osakabe, A Shimizu, K Ogawa, M Nishiura, ... 📚 Nuclear Fusion 57 (7), 072009, 2017	2017
153	Validations of calibration-free measurements of electron temperature using double-pass Thomson scattering diagnostics from theoretical and experimental aspects Google Scholar 👨‍🔬 H Tojo, I Yamada, R Yasuhara, A Ejiri, J Hiratsuka, H Togashi, E Yatsuka, ... 📚 Review of Scientific Instruments 87 (9), 093502, 2016	2016
154	Sub-kHz cryogenic Yb: YAG regenerative amplifier by using a total-reflection active mirror Google Scholar 👨‍🔬 Y Takeuchi, J Kawanaka, A Yoshida, R Yasuhara, T Kawashima, H Kan, ... 📚 Applied Physics B 104 (1), 29-32, 2011	2011
155	Recent progress of the HALNA DPSSL driver development Google Scholar 👨‍🔬 T Kawashima 📚 3rd International Workshop on High Energy Class Diode Pumped Solid State …, 2006	2006
156	Spectroscopic properties of Er: BZMT ceramics for laser emission Google Scholar 👨‍🔬 W Yao, H Chen, H Uehara, R Yasuhara 📚 Optical Materials Express 10 (12), 3226-3234, 2020	2020
157	Development of a laser amplification system for the multi-pass Thomson scattering system for GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, J Kohagura, M Chikatsu, Y Shima, M Sakamoto, ... 📚 Review of Scientific Instruments 89 (10), 10C102, 2018	2018
158	Conceptual Design of Electron Density Measurement System for DEMO-Relevant Helical Plasmas Google Scholar 👨‍🔬 T Akiyama, R Yasuhara, T Tokuzawa, M Isobe, K Kawahata, K Nakayama, ... 📚 Plasma and Fusion Research 7, 2402013-2402013, 2012	2012
159	Coaxial Multiple Laser Beam Combiner for the LHD Thomson Scattering System Google Scholar 👨‍🔬 R Yasuhara, I Yamada, K Narihara, H Funaba, H Hayashi 📚 Plasma and Fusion Research 7 (0), 2402030-2402030, 2012	2012
160	High energy, diode-pumped Yb-doped solid-state lasers for inertial fusion drivers Google Scholar 👨‍🔬 J Kawanaka, S Pearce, R Yasuhara, T Kawashima, H Kan	2008
161	Study of Transport Characteristics of Multiple Impurities Depending on the Impurity Source Location in LHD Google Scholar 👨‍🔬 S Sudo, N Tamura, C Suzuki, S Muto, H Funaba, J Miyazawa, K Tanaka, ...
162	A hybrid quantum cascade laser/Fe: ZnSe amplifier system for power scaling of CW lasers at 4.0–4.6 µm Google Scholar 👨‍🔬 E Li, H Uehara, S Tokita, W Yao, R Yasuhara 📚 Optics & Laser Technology 157, 108783, 2023	2023
163	Tritium Concentration in Natural Spring Water Collected at Hirosaki, Japan Google Scholar 👨‍🔬 N Akata, K Okada, H Kuwata, K Kheamsiri, M Hosoda, H Tazoe, ... 📚 Plasma and Fusion Research 18, 2405030-2405030, 2023	2023
164	Effect of erbium concentration on the Verdet constant dispersion of LiY1.0-xErxF4 single crystal Google Scholar 👨‍🔬 Y Tamaru, H Kumai, A Fuchimukai, H Uehara, T Miura, R Yasuhara 📚 Optical Materials Express 12 (4), 1427-1432, 2022	2022
165	544-nm Tb3+-doped LiYF4 laser pumped by 488-nm InGaN laser diodes and Google Scholar 👨‍🔬 F Kannari, T Ishikawa, H Tanaka, Y Shioya, R Yasuhara 📚 Opt. Express 28 (8), 10951-10959, 2020	2020
166	Measurement of the piezooptic coefficient of ceramic YAG and analysis of depolarization Google Scholar 👨‍🔬 K Hamamoto, R Yasuhara, S Tokita, M Chyla, J Kawanaka 📚 Optical Materials Express 10 (4), 891-898, 2020	2020
167	Design of Compact Multi-Path Thomson Scattering Diagnostic with Signal Delay System in Heliotron J Google Scholar 👨‍🔬 D Qiu, T Minami, T Nishide, M Miyoshi, Y Yamanaka, S Kado, S Ohshima, ... 📚 Plasma and Fusion Research 15, 2401044-2401044, 2020	2020
168	YAG-Thomson scattering system in GAMMA 10/PDX central and end cells Google Scholar 👨‍🔬 M Yoshikawa, T Mouri, J Kohagura, Y Shima, T Yamasaki, S Suto, ... 📚 Plasma and Fusion Research 14, 2402002-2402002, 2019	2019
169	Characterization of Er:Lu2O3 ceramic lasers for efficient emission at 2.8 μm Google Scholar 👨‍🔬 H Uehara, R Yasuhara, S Tokita, M Murakami, S Shimizu 📚 Lasers and Electro-Optics Europe & European Quantum Electronics Conference …, 2017	2017
170	Development of Thomson Scattering System In GAMMA 10 Google Scholar 👨‍🔬 M Yoshikawa, X Wang, M Morishita, Y Shima, M Chikatsu, J Kohagura, ... 📚 Fusion Science and Technology 68 (1), 99-104, 2015	2015
171	Fiber interferometer for calibration of electron density profile measured by Thomson scattering in LHD Google Scholar 👨‍🔬 R Yasuhara, T Akiyama, I Yamada, K Kawahata, S Tokita 📚 Journal of Instrumentation 7 (01), C01090, 2012	2012
172	0.2 J, 100 Hz Cryogenic Laser by Using Yb: YAG Crystal Google Scholar 👨‍🔬 J Kawanaka, SJ Pearce, A Yoshida, R Yasuhara, R Katai, T Kawashima, ... 📚 Advanced Solid-State Photonics, WB24, 2009	2009
173	キロジュール級, 100Hz ピコ秒イッテルビウムレーザーの概念設計 Google Scholar 👨‍🔬 河仲準二，吉田陽，安原亮，川嶋利幸，菅博文 📚 The Review of Laser Engineering 36 (9), 549-554, 2008	2008
174	Analysis and Evaluation of Laser-Induced Damage of Zig-Zag Slab Laser Amplifier Google Scholar 👨‍🔬 O Matsumoto, T Kanabe, R Yasuhara, T Kurita, T Sekine, T Kawashima, ... 📚 Japanese Journal of Applied Physics 47 (6R), 4531, 2008	2008
175	Analysis and evaluation of zig-zag slab laser amplifier with optical diamond geometry Google Scholar 👨‍🔬 O Matsumoto, T Kanabe, R Yasuhara, T Kurita, T Sekine, T Kawashima, ... 📚 Japanese journal of applied physics 46 (3R), 1021, 2007	2007
176	Effects of Resonant Magnetic Perturbation on Particle Transport in LHD Google Scholar 👨‍🔬 K TANAKA, M JAKUBOWSKI, A DINKLAGE, Y SUZUKI, M GOTO, ...
177	Temperature dependence of the Faraday rotation of terbium gallium garnet ceramic Google Scholar 👨‍🔬 R Yasuhara, S Tokita, J Kawanaka, H Yagi, H Nozawa, T Yanagitani, ...
178	High-power, single-frequency mid-infrared laser based on a hybrid Fe: ZnSe amplifier Google Scholar 👨‍🔬 E Li, H Uehara, S Tokita, M Zhao, R Yasuhara 📚 Infrared Physics & Technology 136, 105071, 2024	2024
179	Lithography-Free Nanofabrication on Various Semiconductors by the Codeposition Etching Technique Google Scholar 👨‍🔬 Q Shi, S Kajita, N Ohno, H Tanaka, R Yasuhara, H Fujiwara, H Uehara 📚 Langmuir, 2024	2024
180	Competition of magnetic reconnections in self-generated and external magnetic fields Google Scholar 👨‍🔬 K Sakai, TY Huang, N Khasanah, N Bolouki, HH Chu, T Moritaka, ... 📚 High Energy Density Physics 52, 101132, 2024	2024
181	Increased signal separation upgrade permits preliminary electron anisotropy measurements with Heliotron J multi-pass Thomson diagnostic Google Scholar 👨‍🔬 D Qiu, T Minami, S Kado, S Inagaki, C Wang, R Matsutani, S Toba, M Luo, ... 📚 Review of Scientific Instruments 94 (2), 2023	2023
182	Application of Digital Phase Analysis to Far-Infrared Laser Interferometer for the Large Helical Device Google Scholar 👨‍🔬 H Sakai, K Tanaka, Y Takemura, Y Ito, T Tokuzawa, R Yasuhara, ... 📚 Plasma and Fusion Research 18, 1402062-1402062, 2023	2023
183	First electron temperature and density measurements using the multi-pass Thomson scattering system with the laser amplification system in GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, T Mouri, H Nakanishi, J Kohagura, Y Shima, M Sakamoto, ... 📚 Journal of Instrumentation 15 (08), T08011, 2020	2020
184	Terbium Aluminium Garnet Ceramics for Ultrahigh Power Laser Isolators Google Scholar 👨‍🔬 S Tokita, M Nishio, H Uehara, T Yanagitani, K Fujioka, J Kawanaka, ... 📚 The European Conference on Lasers and Electro-Optics, ce_p_29, 2019	2019
185	Passively Q-Switched Er: YAP Single Crystal Laser at 2.92 μm using Graphene Saturable Absorber Google Scholar 👨‍🔬 H Kawase, H Uehara, R Yasuhara 📚 2019 Conference on Lasers and Electro-Optics Europe & European Quantum …, 2019	2019
186	Radial Profile Measurements of Electron Temperature and Density Using the Thomson Scattering System in GAMMA 10/PDX Google Scholar 👨‍🔬 M Yoshikawa, J Kohagura, M Chikatsu, Y Shima, M Sakamoto, ... 📚 Plasma and Fusion Research 13, 3402051-3402051, 2018	2018
187	Development of 2.7-mum Er: Y2O3 ceramic laser operated at room temperature Google Scholar 👨‍🔬 J Muzík, R Yasuhara, M Smrz, M Jelínek, V Kubecek, A Endo, T Mocek 📚 Society of Photo-Optical Instrumentation Engineers (SPIE) Conference Series …, 2017	2017
188	Development of 2.7 μm Er: Y2O3 ceramic laser operated at room temperature Google Scholar 👨‍🔬 J Mužik, R Yasuhara, M Smrž, M Jelínek, V Kubeček, A Endo, T Mocek 📚 SPIE Optics+ Optoelectronics, 1023816-1023816-8, 2017	2017
189	Faraday isolators based on TSAG crystal for multikilowatt lasers Google Scholar 👨‍🔬 AV Starobor, IL Snetkov, R Yasuhara, EA Mironov, OV Palashov 📚 Lasers and Electro-Optics Europe & European Quantum Electronics Conference …, 2017	2017
190	Signal evaluations using singular value decomposition for Thomson scattering diagnosticsa) Google Scholar 👨‍🔬 H Tojo, I Yamada, R Yasuhara, E Yatsuka, H Funaba, T Hatae, H Hayashi, ... 📚 Review of Scientific Instruments 85 (11), 11D865, 2014	2014
191	Electron Temperature and Density Measurements by Using Thomson Scattering System in GAMMA 10 Google Scholar 👨‍🔬 M Yoshikawa, M Morimoto, Y Shima, J Kohagura, M Sakamoto, I Yamada, ... 📚 Fusion Science and Technology 63, 127-130, 2013	2013
192	Mitigation of large amplitude edge-localized-modes by resonant magnetic perturbations on the Large Helical Device Google Scholar 👨‍🔬 K Toi, S Ohdachi, Y Suzuki, F Watanabea, K Tanaka, S Sakakibara, ... 📚 Proc. 24th IAEA Fusion Energy Conf.(San Diego, CA,), 2012	2012
193	Characteristics of Microturbulence in H-mode Plasma of LHD Google Scholar 👨‍🔬 K Tanaka, K Toi, S Inagaki, S Sakakibara, Y Suzuki, M Yokoyama, K Ida, ...	2012
194	Analysis of Parasitic Oscillation and Evaluation of Amplifier Module of Zig-Zag Slab Laser System Google Scholar 👨‍🔬 O Matsumoto, T Kurita, R Yasuhara, T Sekine, T Ikegawa, T Kawashima, ... 📚 Japanese Journal of Applied Physics 47 (7R), 5441, 2008	2008
195	Thermal Birefringence in Cylindrical Faraday Rotator under High Average Power Lasers Google Scholar 👨‍🔬 R Yasuhara, M Yamanaka, T Norimatsu, Y Izawa, T Kawashima, H Kan, ... 📚 Advanced Solid-State Photonics, WB3, 2005	2005
196	Diode-pumped, thermally-edge-controlled slab laser with high-energy and large-aperture Google Scholar 👨‍🔬 T Kawashima, T Kurita, O Matsumoto, T Ikegawa, T Sekine, M Miyamoto, ... 📚 Lasers and Electro-Optics Europe, 2005. CLEO/Europe. 2005 Conference on, 23, 2005	2005
197	High power laser diode array module with 145 kW peak power for inertial fusion energy driver Google Scholar 👨‍🔬 T Kurita, M Miyamoto, T Sekine, O Matsumoto, T Kawashima, T Kanzaki, ... 📚 Conference on Lasers and Electro-Optics, CThW1, 2004	2004
198	Diode-Pumped Thermally Controlled Zig-Zag Slab Laser with 20-J Pulse Energy in 10 ns at 10-Hz Repetition Rate Google Scholar 👨‍🔬 R Yasuhara, T Kawashima, T Ikegawa, O Matsumoto, T Kurita, T Sekine, ... 📚 Lasers and Electro-Optics, 2005. CLEO/Pacific Rim 2005. Pacific Rim …, 0
199	Development of Key Technologies in DPSSL System for Fast-ignition, Laser Fusion Reactor Google Scholar 👨‍🔬 T Norimatsu, H Azechi, Y Fujimoto, T Jitsuno, T Kanabe, R Kodama, ...
200	High power Er: YAP laser at 2.92 μm based on incoherent beam combining Google Scholar 👨‍🔬 L Yu, E Li, H Uehara, R Yasuhara 📚 Japanese Journal of Applied Physics 63 (4), 040902, 2024	2024
201	Effect of nanosecond laser irradiation on tungsten grain structure Google Scholar 👨‍🔬 H Yang, R Yasuhara, H Noto, D Nagata, M Tokitani, H Kawaguchi, ... 📚 Nuclear Materials and Energy, 101688, 2024	2024
202	Novel optical diffuser based on fiberform nanostructure by efficient plasma route Google Scholar 👨‍🔬 S FENG, H NATSUME, S KAJITA, E Li, R Yasuhara, M Tokitani, ... 📚 Optica Open, 2023	2023
203	Formation of corrugated nano-fuzz tungsten thin film on silicon via helium plasma irradiation Google Scholar 👨‍🔬 S Feng, S Kajita, R Yasuhara, M Tokitani, Q Shi 📚 Japanese Journal of Applied Physics 63 (1), 010904, 2023	2023
204	Tb-doped Materials for Visible Lasers Google Scholar 👨‍🔬 R Yasuhara, H Chen, H Uehara 📚 2021 Conference on Lasers and Electro-Optics Europe & European Quantum …, 2021	2021
205	Mode Structure of Locked-Mode-Like Instability in LHD and Its Effects on Confinement Degradation Google Scholar 👨‍🔬 Y Takemura, R Yasuhara, H Funaba, H Uehara, K WATANABE, ... 📚 Plasma and Fusion Research 16, 1402091-1402091, 2021	2021
206	Bonded body, laser oscillator, laser amplifier, and method for producing bonded body Google Scholar 👨‍🔬 H Furuse, Y Koike, R Yasuhara 📚 US Patent App. 17/050,433, 2021	2021
207	First electron temperature and density measurements of D-module plasma in GAMMA 10/PDX using Thomson scattering and microwave interferometer systems Google Scholar 👨‍🔬 M Yoshikawa, J Kohagura, Y Shima, H Nakanishi, T Mouri, S Suto, ... 📚 Journal of Instrumentation 14 (06), P06033, 2019	2019
208	Passively Q-switched Er: Lu2O3 Ceramic Laser at 2.8 μm using Graphene Saturable Absorber Google Scholar 👨‍🔬 H Uehara, S Tokita, J Kawanaka, D Konishi, M Murakami, S Shimizu, ... 📚 Advanced Solid State Lasers, ATh2A. 20, 2018	2018
209	A watt-level efficient continuous wave Er: YAP laser at 2.92 μm Google Scholar 👨‍🔬 H Kawase, R Yasuhara 📚 Advanced Solid State Lasers, AM6A. 31, 2018	2018
210	Temperature dependence of thermal expansion coefficient in ceramic and single crystal TGG Google Scholar 👨‍🔬 R Yasuhara, H Nozawa, T Yanagitani, J Kawanaka 📚 Advanced Solid State Lasers, AM4A. 05, 2013	2013
211	TGG ceramic-based Faraday isolator for high-energy pulsed lasers with kW average power Google Scholar 👨‍🔬 R Yasuhara, I Snetkov, AV Starobor, D Zheleznov, O Palashov, H Nozawa, ... 📚 Advanced Solid State Lasers, JTh5A. 8, 2013	2013
212	Milli-Joules, Kilo-Hertz Regenerative Amplifier Using Total-Reflection Active-Mirror with Cryogenic Yb: YAG Google Scholar 👨‍🔬 T Nakanishi, Y Takeuchi, A Yoshida, J Kawanaka, R Yasuhara, ... 📚 Advanced Solid-State Photonics, AWB27, 2010	2010
213	1J x 100 Hz Cryogenic Yb: YAG Laser Development for Feasibility Demonstration of GENBU Main Laser Google Scholar 👨‍🔬 R YASUHARA, R KATAI, J KAWANAKA, T KAWASHIMA, H MIYAJIMA, ... 📚 The Review of Laser Engineering 36 (APLS), 1092-1093, 2008	2008
214	レーザー核融合炉用ドライバー HALNA 開発のための大面積励起用 200‐kW 半導体レーザーモジュール Google Scholar 👨‍🔬 栗田隆史，池川恭史，松本修，安原亮，関根尊史，川嶋利幸，宮本昌浩， ... 📚 電気学会論文誌 C (電子・情報・システム部門誌) 128 (5), 707-712, 2008	2008
215	300K-7.8 K temperature dependence of the Verdet constant of terbium gallium garnet ceramic Google Scholar 👨‍🔬 R Yasuhara, S Tokita, J Kawanaka, H Yagi, H Nozawa, T Yanagitani, ... 📚 Advanced Solid-State Photonics, MB14, 2007	2007
216	High-pulse-energy, rep.-rated diode-pumped slab laser technology: scalable architecture, thermal management, and wavefront correction Google Scholar 👨‍🔬 T Kurita, R Yasuhara, T Sekine, T Ikegawa, T Kawashima, O Matsumoto, ... 📚 Lasers and Electro-Optics, 2007 and the International Quantum Electronics …, 2007	2007
217	Development of Diode-Pumped Solid-State Laser HALNA for Fusion Reactor Driver Google Scholar 👨‍🔬 T Kawashima, T Kanabe, O Matsumoto, R Yasuhara, H Furukawa, ... 📚 IEEJ Transactions on Electronics, Information and Systems 125, 233-239, 2005	2005
218	Laser materials Google Scholar 👨‍🔬 H Uehara, R Yasuhara 📚 Purazuma, Kaku Yugo Gakkai-Shi 100 (1), 38-40, 2024	2024
219	Design of a dual scattering angle multi-pass Thomson scattering system with signal separation function on Heliotron J Google Scholar 👨‍🔬 D Qiu, T Minami, S Kado, R Matsutani, Y Toba, N Kenmochi, C Takahashi, ... 📚 Review of Scientific Instruments 94 (1), 013503, 2023	2023
220	Growth and characterization of the KDy. sub. 3./sub. F. sub. 10./sub. and Na. sub. 0.38./sub. Dy. sub. 0.62./sub. F. sub. 2.24./sub. fluoride crystals for the Faraday devices Google Scholar 👨‍🔬 D Vojna, DN Karimov, AG Ivanova, PA Popov, H Kumai, R Yasuhara, ... 📚 Optical Materials 142 (142), 2023	2023
221	A Study on Laser Processing of Tungsten-Rhenium Alloys for Divertor Development Google Scholar 👨‍🔬 H YANG, R YASUHARA, H NOTO, C SUZUKI, R MIYAGAWA, H UEHARA 📚 Plasma and Fusion Research 18, 1205017-1205017, 2023	2023
222	Improvement of electron temperature and density accuracy in Thomson scattering diagnostics by an accumulation of 100 laser pulses within 5 milliseconds Google Scholar 👨‍🔬 H Funaba, R Yasuhara, H Uehara, DJ Den Hartog, R Yanai, N Kenmochi, ... 📚 Journal of Instrumentation 18 (11), C11015, 2023	2023
223	Publisher’s Note:“Study of detached plasma profile in the divertor simulation experimental module of tandem mirror GAMMA 10/PDX”[AIP Advances 11, 125231 (2021)] Google Scholar 👨‍🔬 M Yoshikawa, J Kohagura, N Ezumi, T Iijima, K Nojiri, A Terakado, ... 📚 AIP Advances 12 (2), 029902, 2022	2022
224	Preliminary Results of H2O and D2O Real-Time Measurement Using Mid-IR Lasers with a Wavelength of 2.9 µm and 3.9 µm Google Scholar 👨‍🔬 H Kawase, H Uehara, R Yasuhara 📚 Plasma and Fusion Research 17, 1205057-1205057, 2022	2022
225	Cryogenically cooled 2.8 μm Er: YAP laser with watt-level output power Google Scholar 👨‍🔬 E Li, W Yao, H Uehara, R Yasuhara 📚 Applied Physics Express 15 (9), 092003, 2022	2022
226	Verdet constant dispersion of MgF2 in deep-ultraviolet region Google Scholar 👨‍🔬 Y Tamaru, H Kumai, A Fuchimukai, H Uehara, T Miura, R Yasuhara 📚 Advanced Solid State Lasers, JM4A. 13, 2022	2022
227	Optical Properties of Fiberform Nanostructured Tungsten in the Infrared Wavelength Range Google Scholar 👨‍🔬 S Feng, S Kajita, R Yasuhara, R Imazawa, M Tokitani 📚 Plasma and Fusion Research 16, 1206098-1206098, 2021	2021
228	Magneto-Optical Dy2O3 Ceramics with Highest Quality Google Scholar 👨‍🔬 Y Aung, A Ikesue, R Yasuhara, Y Iwamoto	2020
229	Current status and plan of development of Nd: YAG laser Thomson scattering system in Heliotron J Google Scholar 👨‍🔬 T Minami, D Qiu, T Nishide, M Miyoshi, Y Yamanaka, N Kenmochi, ... 📚 Journal of Instrumentation 15 (02), C02011, 2020	2020
230	Verdet Constant Dispersion Measurement of Synthetic Quartz in DUV Region Google Scholar 👨‍🔬 Y Tamaru, H Chen, A Fuchimukai, H Uehara, T Miura, R Yasuhara 📚 Advanced Solid State Lasers, JTh6A. 19, 2020	2020
231	Terbium Aluminum Garnet Ceramics for the Optical Isolator in Ultra-High Power Lasers Google Scholar 👨‍🔬 R Yasuhara, S Tokita, M Nishio, K Hamamoto, H Uehara, T Yanagitani, ... 📚 Advanced Solid State Lasers, AW1A. 4, 2020	2020
232	Verdet constant of rare-earth-sesquioxide-based magneto-active ceramics Google Scholar 👨‍🔬 D Vojna, O Slezák, R Yasuhara, H Furuse, A Lucianetti, T Mocek 📚 Сборник трудов конференции «International Conference on Advanced Laser …, 2019	2019
233	Near-Infrared Wavelength Dependence of Verdet Constant in Tb2Zr2O7 Transparent Ceramics Google Scholar 👨‍🔬 R Yasuhara, A Ikesue 📚 2019 Conference on Lasers and Electro-Optics Europe & European Quantum …, 2019	2019
234	Characterization of the Verdet constant of Dy2O3 ceramics in the two-micron spectral range Google Scholar 👨‍🔬 D Vojna, O Slezák, H Furuse, R Yasuhara, A Lucianetti, T Mocek, M Čech 📚 The European Conference on Lasers and Electro-Optics, ce_p_28, 2019	2019
235	Piezooptic Coefficients Measurement of Ceramic YAG Google Scholar 👨‍🔬 K Hamamoto, R Yasuhara, S Tokita, M Chyla, J Kawanaka 📚 Applications of Lasers for Sensing and Free Space Communications, JTu3A. 23, 2019	2019
236	Development of a high-speed full digital processing phase detector for interferometry Google Scholar 👨‍🔬 T Minami, Y Ohtani, S Ohshima, K Nagasaki, Y Ito, H Nakanishi, ... 📚 Review of Scientific Instruments 89 (10), 10K108, 2018	2018
237	Transparent magneto-optic ceramic Faraday rotator Google Scholar 👨‍🔬 R Yasuhara 📚 Advanced Solid State Lasers, ATh3A. 1, 2018	2018
238	Bonding condition for sapphire/Nd: YAG composite by pulsed electric current technique Google Scholar 👨‍🔬 H Furuse, Y Koike, R Yasuhara 📚 Advanced Solid State Lasers, ATu2A. 17, 2018	2018
239	Thermo-optic Characteristics of Transparent Ceramic YAG in the Near Infrared Region Google Scholar 👨‍🔬 K UMETSU, H FURUSE, RYO YASUHARA, H SONE, M KAWAMURA, ... 📚 レーザー研究 45 (4), 231-235, 2017	2017
240	Generation of sub-THz surface wave on a metal wire by intense laser interaction with a foil target Google Scholar 👨‍🔬 K Teramoto, S Inoue, S Tokita, R Yasuhara, T Nagashima, Y Nakamiya, ... 📚 CLEO: Science and Innovations, SW4O. 2, 2017	2017
241	Electric field measurement of laser-plasma-driven THz surface wave on metal wires Google Scholar 👨‍🔬 T Terao, S Tokita, K Teramoto, S Inoue, R Yasuhara, T Nagashima, ... 📚 Lasers and Electro-Optics Europe & European Quantum Electronics Conference …, 2017	2017
242	Observation of Faraday rotation induced in TGG by strong THz surface waves propagating along a wire Google Scholar 👨‍🔬 S Tokita, K Teramoto, T Terao, S Inoue, R Yasuhara, T Nagashima, ... 📚 Lasers and Electro-Optics Europe & European Quantum Electronics Conference …, 2017	2017
243	High-rep-rate Thomson scattering for LHD Google Scholar 👨‍🔬 DJ Den Hartog, MT Borchardt, DJ Holly, O Schmitz, R Yasuhara, ... 📚 APS Meeting Abstracts, 2017	2017
244	Efficient Room Temperature CW Operation of Er:Lu2O3 Ceramic Laser at 2.8 μm Google Scholar 👨‍🔬 H Uehara, R Yasuhara, S Tokita, J Kawanaka, M Murakami, S Shimizu 📚 Advanced Solid State Lasers, ATu4A. 3, 2017	2017
245	Method of determining nuclear fusion irradiation coordinates, device for determining nuclear fusion irradiation coordinates, and nuclear fusion device Google Scholar 👨‍🔬 M Murakami, N Sarukura, H Azechi, R Yasuhara, T Kawashima, H Kan 📚 US Patent 9,672,944, 2017	2017
246	Confirmation of the topology of the Wendelstein 7-X magnetic field to better than 1: 100,000: 100,000 Google Scholar 👨‍🔬 TS Pedersen, M Otte, S Lazerson, P Helander, S Bozhenkov, ... 📚 Nature Communications Nature Communications Nature Communications Nature …, 2016	2016
247	Terbium Scandium Aluminium Garnet-Unique Magneto-Active Material for Faraday Isolators and Rotators for Multikilowatt Laser Application Google Scholar 👨‍🔬 IL Snetkov, R Yasuhara, AV Starobor, EA Mironov, OV Palashov 📚 The European Conference on Lasers and Electro-Optics, CE_7_6, 2015	2015
248	Temperature dependence of magneto-optic effect in a Ti-doped terbium aluminum garnet (TAG) ceramic Google Scholar 👨‍🔬 H Furuse, R Yasuhara, K Hiraga, S Zhou 📚 Advanced Solid State Lasers, ATu2A. 7, 2015	2015
249	Development of the estimation method for thermo-optics effects in the TGG ceramics rod Google Scholar 👨‍🔬 R Yasuhara, O Slezak, A Lucianetti, T Mocek 📚 Advanced Solid State Lasers, ATu2A. 17, 2014	2014
250	Design of the Photon Recycling Probe Laser for the Divertor Thomson Scattering System in GAMMA 10 Google Scholar 👨‍🔬 R Yasuhara, M Yoshikawa, I Yamada, K Kawahata, H Funaba, ... 📚 Fusion Science and Technology 63, 408-410, 2013	2013
251	Linear Stability and Quasilinear Particle and Heat Fluxes in Ion-ITB Plasmas in LHD Google Scholar 👨‍🔬 DR Mikkelsen, K Tanaka, M Nunami, TH Watanabe, H Sugama, ... 📚 Bulletin of the American Physical Society 58, 2013	2013
252	Efficient, high-power, repeatable, cryogenic Yb: YAG MOPA system Google Scholar 👨‍🔬 J Kawanaka, R Yasuhara, SJ Pearce, T Kawashima, H Kan 📚 Conference on Lasers and Electro-Optics, CFD5, 2009	2009
253	Development of high power Yb: YAG pump source for few-cycle pulse amplification Google Scholar 👨‍🔬 J Kawanaka, R Yasuhara, Y Takeuchi, SJ Pearce, T Kawashima, H Kan 📚 Lasers and Electro-Optics 2009 and the European Quantum Electronics …, 2009	2009
254	High Pulse Energy, Rep. Rated Nd: glass Laser with Wavefront Correction Google Scholar 👨‍🔬 R YASUHARA, T SEKINE, T KURITA, T IKEGAWA, O MATSUMOTO, ... 📚 The Review of Laser Engineering 36 (APLS), 1059-1061, 2008	2008
255	High Pulse Energy, Rep-Rated Nd: Glass Laser with Stimulated Brillouin Scattering Phase Compensator Google Scholar 👨‍🔬 R Yasuhara, T Sekine, T Kurita, T Ikegawa, O Matsumoto, T Kawashima, ... 📚 Advanced Solid-State Photonics, MC6, 2008	2008
256	High-Pulse-Energy, High-Average-Power, Ultra-Short-Pulse Laser:" GENBU"-Project and its Status Google Scholar 👨‍🔬 J KAWANAKA, R YASUHARA, SJ PEARCE, A YOSHIDA, T KAWASHIMA 📚 電気学会研究会資料. OQD, 光・量子デバイス研究会 2008 (37), 25-28, 2008	2008
257	High-power diode-pumped zigzag slab lasers and applications Google Scholar 👨‍🔬 T KAWASHIMA, R YASUHARA, T IKEGAWA, T KURITA, T SEKINE, ... 📚 電気学会研究会資料. OQD, 光・量子デバイス研究会 2008 (37), 5-9, 2008	2008
258	低温冷却 TGG セラミックを用いた大出力レーザー用ファラデー素子の開発 Google Scholar 👨‍🔬 安原亮，河仲準二，八木秀喜，野沢星輝，柳谷高公，藤本靖，吉田英次， ... 📚 レーザー学会研究会報告= Reports on the Topical meeting of the Laser Society …, 2007	2007
259	Development of Scale-Down Laser (Class of 10 J & 10 Hz) for Inertial Fusion Reactor Google Scholar 👨‍🔬 T Kanabe, T Kawashima, T Kurita, O Matsumoto, R Yasuhara, T Sekine, ... 📚 REVIEW OF LASER ENGINEERING-LASER SOCIETY OF JAPAN 34 (9), 652, 2006	2006
260	Giga-Watt Class, High-Energy Diode-Pumped Solid-State Laser toward the Creation of High-Density-Photon Industries Google Scholar 👨‍🔬 T Kawashima, O Matsumoto, R Yasuhara, T Kurita, T Sekine, T Ikegawa, ... 📚 REVIEW OF LASER ENGINEERING-LASER SOCIETY OF JAPAN 34 (9), 621, 2006	2006
261	核融合炉用スケールダウンレーザー (10J・10Hz 級) の開発研究 Google Scholar 👨‍🔬 金邉忠，川嶋利幸，栗田隆史，松本修，安原亮，関根尊史，池川恭史， ... 📚 The Review of Laser Engineering 34 (9), 652-656, 2006	2006
262	大出力 LD 励起固体レーザードライバー HALNA による 2.4 GW パルス, 217W 平均出力動作 Google Scholar 👨‍🔬 安原亮，川嶋利幸，関根尊史，松本修，池川恭史，栗田隆史，河仲準二， ... 📚 レーザー学会研究会報告= Reports on the Topical meeting of the Laser Society …, 2006	2006
263	High average power diode-pumped solid-state laser for inertial fusion energy driver Google Scholar 👨‍🔬 T Kawashima, T Kurita, O Matsumoto, T Ikegawa, T Sekine, M Miyamoto, ... 📚 Institute of Laser Engineering Osaka University. Annual Report of …, 2005	2005
264	Design architecture of the HALNA 100 test module for IEF driver (レーザーエネルギー学研究センター平成 17 年度共同研究成果報告書 (平成 17 年 4 月-平成 18 年 3 月)) Google Scholar 👨‍🔬 T Kawashima, O Matsumoto, R Yasuhara 📚 レーザーエネルギー学研究センター共同研究成果報告書 2005, 155-157, 2005	2005
265	核融合炉用 LD 励起ガラスレーザードライバー HALNA の開発研究 Google Scholar 👨‍🔬 関根尊史，栗田隆史，松本修，安原亮，池川恭史，川嶋利幸，河仲準二， ... 📚 レーザー学会研究会報告= Reports on the Topical meeting of the Laser Society …, 2005	2005
266	HALNA DPSSL for inertial fusion energy driver Google Scholar 👨‍🔬 O Matsumoto, T Kanabe, R Yasuhara, T Sekine, T Kurita, M Miyamoto, ... 📚 Physics and technology of inertial fusion energy targets, chambers and …, 2005	2005
267	LD 励起ジグザグスラブ Nd ガラスレーザーにおけるスラブ温度制御の解析 Google Scholar 👨‍🔬 松本修，安原亮，栗田隆史，池川恭史，関根尊史，川嶋利幸，宮本昌浩， ... 📚 電気学会研究会資料. OQD, 光・量子デバイス研究会 2005 (31), 21-25, 2005	2005
268	核融合炉用高平均出力レーザードライバー (HALNA) の開発研究 Google Scholar 👨‍🔬 安原亮，金邉忠，川嶋利幸，松本修，宮本昌浩，関根尊史，栗田隆史， ... 📚 レーザー学会研究会報告= Reports on the Topical meeting of the Laser Society …, 2004	2004
269	Development of HALNA DPSSL for the inertial fusion energy Google Scholar 👨‍🔬 M YAMANAKA, T KAWASHIMA, T KANABE, R YASUHARA, ... 📚 電気学会研究会資料. PST, プラズマ研究会 2003 (59), 17-20, 2003	2003
270	Thermal analysis in Faraday rotator for use of the high-average power solid-state laser driver Google Scholar 👨‍🔬 R Yasuhara, H Furukawa, Y Fukumoto, O Matsumoto, T Kawashima, ... 📚 Lasers and Electro-Optics, 2003. CLEO/Pacific Rim 2003. The 5th Pacific Rim …, 2003	2003
271	高出力 LD 励起ジグザグスラブレーザーの開発 Google Scholar 👨‍🔬 松本修，金邉忠，安原亮，川嶋利幸，古河裕之，菅博文，山中正宣， ... 📚 電子情報通信学会技術研究報告. LQE, レーザ・量子エレクトロニクス 102 (386), 23-26, 2002	2002
272	高平均出力固体レーザー用ファラデーローテーターの熱効果特性 Google Scholar 👨‍🔬 安原亮，甲斐博章，松本修，川嶋利幸，金邉忠，中野人志，山中正宣， ... 📚 電子情報通信学会技術研究報告. LQE, レーザ・量子エレクトロニクス 102 (386), 27-30, 2002	2002
273	8.4 J at 10 Hz Laser Operation of Nd: Glass Zig-Zag Slab Amplifier Pumped by 290 kW Peak Power Diode Array Google Scholar 👨‍🔬 T Kurita, T Kawashima, O Matsumoto, R Yasuhara, T Ikegawa, T Sekine, ... 📚 Lasers and Electro-Optics, 2005. CLEO/Pacific Rim 2005. Pacific Rim …, 0
274	21.7 J in 7 ns at 10 Hz Operation of Diode-Pumped Zig-Zag Slab Laser with Thermally Wavefront Correction Google Scholar 👨‍🔬 R Yasuhara, T Sekine, T Kurita, T Ikegawa, T Kawashima, O Matsumoto, ...
275	1-J at 10 Hz Output Diode-Pumped Nd: YLF Regenerative Ring Amplifier Google Scholar 👨‍🔬 T Sekine, T Kawashima, O Matsumoto, R Yasuhara, T Ikegawa, T Kurita, ... 📚 Lasers and Electro-Optics, 2005. CLEO/Pacific Rim 2005. Pacific Rim …, 0
276	“GENBU”-Laser Development with Cryogenic Yb: YAG Ceramic for Fusion Energy Reactor Driver Google Scholar 👨‍🔬 J Kawanaka, N Miyanaga, K Tsubakimoto, T Jitsuno, M Nakatsuka, ...
277	Backward and forward scattering configurations in LHD Thomson scattering system Google Scholar 👨‍🔬 I Yamada, R Yasuhara, H Funaba, K Narihara, H Hayashi, T Kohmoto, ...
278	System Design for Cryogenic Yb: YAG Ceramic Laser of 1J/10ns at 100Hz-First Demonstration of “GENBU Kid” Google Scholar 👨‍🔬 R Katai, R Yasuhara, A Yoshida, T Kawashima, H Miyajima, H Kan, ...
279	10 8 amplification of diode-pumped Nd: YLF regenerative amplifier with MRF wavefront correction Google Scholar 👨‍🔬 T Sekine, R Yasuhara, T Kawashima, O Matsumoto, T Ikegawa, T Kurita, ...
280	Possibility of experimental observation of the electron temperature anisotropy in the LHD Thomson scattering diagnostic system Google Scholar 👨‍🔬 I Yamada, R Yasuhara, H Funaba, K Narihara, H Hayashi, E Yatsuka, ...
281	TGG ceramics based cryogenic Faraday Rotator Google Scholar 👨‍🔬 R Yasuhara, S Tokita, J Kawanaka, H Yagi, H Nozawa, T Yanagitani, ...
282	Impact of magnetic topology on radial electric field profile and comparisons with models of edge transport in the Large Helical Device Google Scholar 👨‍🔬 Y Suzuki, K Ida, K Kamiya, M Yoshinuma, H Tsuchiya, M Kobayashi, ...

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Ryo Yasuhara

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