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Your search keyword '"Endo Shun"' showing total 22 results
Start Over Author "Endo Shun" Publication Type Conference Materials
22 results on '"Endo Shun"'

1. Figure-8 type optical frequency comb for spaceborne frequency reference

Author

Takeuchi, Yuichi, primary, Kurihara, Taishu, additional, Yamada, Takahiro, additional, Endo, Shun, additional, Matsushita, Saya, additional, Suemasa, Aru, additional, Sasaki, Toshitaka, additional, Takiguchi, Hiroshi, additional, Kawano, Isao, additional, Kogure, Satoshi, additional, and Musha, Mitsuru, additional

Published
2023
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3. Revisiting the diagnostic value of risk of ovarian malignancy algorithm (ROMA) for differential diagnosis of epithelial ovarian cancer

Author

Endo, Shun, primary, Shigeta, Shogo, additional, Kukimoto, Shioka, additional, Tochigi, Mikako, additional, Hashimoto, Eifumi, additional, Hagihara, Tatsuya, additional, Shimizu, Takanori, additional, Hasegawa-Minato, Junko, additional, Shibuya, Yusuke, additional, Ishibashi, Masumi, additional, Tokunaga, Hideki, additional, Shimada, Muneaki, additional, and Yaegashi, Nobuo, additional

Published
2023
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7. Verification of the compound nuclear model for T-violation search

Author

Yamamoto, Tomoki, primary, Shimizu, Hirohiko M., additional, Ishizaki, K., additional, Niinomi, Y., additional, Kitaguchi, Masaaki, additional, Takada, Shunsuke, additional, Koga, Jun, additional, Makise, S., additional, Yoshioka, Tamaki, additional, Kimura, Atsushi, additional, Sakai, Kenji, additional, Oku, T., additional, Okudaira, Takuya, additional, Endo, Shun, additional, Tani, Y., additional, Fujioka, Hiroyuki, additional, Yoshikawa, H., additional, Hirota, Katsuya, additional, and Shima, Tatsushi, additional

Published
2019
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11. Recent Developments of SOI Pixel Devices

Author

Hara, Kazuhiko, primary, Sekigawa, Daisuke, additional, Endo, Shun, additional, Aoyagi, Wataru, additional, HONDA, Shunsuke, additional, Tsuboyama, Toru, additional, Yamada, Miho, additional, Ono, Shun, additional, Togawa, Manabu, additional, Ikegami, Yoichi, additional, Arai, Yasuo, additional, Kurachi, Ikuo, additional, MIYOSHI, Toshinobu, additional, Haba, Jinji, additional, and Hanagaki, Kazunori, additional

Published
2018
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16. Wireless power transmission applied the mutual coupling between coils.

Author

Kenta Furuta, Ryouichi Baba, Endo Shun, Kazuki Nunokawa, Wataru Takahashi, and Tamami Maruyama

Subjects
WIRELESS power transmission, ELECTRIC power transmission, ELECTRIC vehicles, ELECTRIC automobiles, MAGNETIC fields
Abstract

Recently, the studies of wireless power transfer (WPT) to electric vehicles in motion on the snow-piled road have been reported. In WPT by magnetic field resonance method, transmission coefficient S21, which is one of the scattering parameters, from transmission coil to received coil are degraded because of misalignment of transmitting and receiving coil, the distance between these coils, and the effects of the ice and snow. This paper adopts parasitic coil as a solution to improve the reception power in which the parasitic coil is inserted between transmitting and receiving coils. Analysis and experimental results show that parasitic coil could improve the value of S21 by 15 dB using mutual coupling. LED could be light by this solution when the distance between transmitting and receiving coils are 150 mm. [ABSTRACT FROM AUTHOR]

Published
2017

19. "Tworlds"

Author

Cohen, Michael, primary, Ranaweera, Rasika, additional, Nishimura, Kensuke, additional, Sasamoto, Yuya, additional, Endo, Shun, additional, Oyama, Tomohiro, additional, Ohashi, Tetsunobu, additional, Nishikawa, Yukihiro, additional, Kanno, Ryo, additional, Nakada, Anzu, additional, Villegas, Julián, additional, Chen, Yong Ping, additional, Holesch, Sascha, additional, Yamadera, Jun, additional, Ito, Hayato, additional, Saito, Yasuhiko, additional, and Sasaki, Akira, additional

Published
2013
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20. Ice and Snow Effect on Wireless Power Transmission by Magnetic Resonant Coupling.

Author

Endo Shun, Ryouichi Baba, Kenta Furuta, Kazuki Nunokawa, Wataru Takahashi, and Tamami Maruyama

Subjects
WIRELESS power transmission, ELECTRIC power transmission, ELECTRIC power systems, PERMITTIVITY, ELECTRIC resistance
Abstract

In areas where snow has accumulated, it is necessary to consider the effect of snow on the wireless power transmission (WPT) system. This study focused on the variation in power flow through the WPT system due to thickness variation of ice and the dielectric constant of snow. A measurement system was created and power flow measured as S- parameters to study snow and ice influence. It was found that ice cover caused the WPT coils to detune, which when asymmetric caused high losses. However, completely filling the space between the coils with ice caused equal frequency shifts in both coils allowing the WPT system to operate at the shifted frequency. [ABSTRACT FROM AUTHOR]

Published
2017

21. iBaton

Author

Ranaweera, Rasika, primary, Cohen, Michael, additional, and Endo, Shun, additional

Published
2012
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