@article{CTT100832228, author = {Ken Takayama and Toshikazu Adachi and Tadamichi Kawakubo and Katsuya Okamura and Yosuke Yuri and Jun Hasegawa and Kazuhiko Horioka and Takashi Kikuchi and Toru Sasaki and Kazumasa Takahashi}, title = {A Massive-Ion Beam Driver for High-Energy-Density Physics and Future Inertial Fusion}, journal = {Physics Letters A}, year = 2020, } @inproceedings{CTT100914702, author = {K. Ishikuro and K. Takahashi and T. Sasaki and T. Kikuchi and J. Hasegawa and K. Horioka and K. Takayama}, title = {Effect of solenoidal magnetic field on ion charge state distribution in laser ion source}, booktitle = {Journal of Physics: Conference Series}, year = 2024, } @inproceedings{CTT100841203, author = {菊池 崇志 and 伊藤 万喜子 and 梁 暁斌 and 中嶋 健}, title = {AFMナノメカニクスにおける PP/TPE アロイの研究}, booktitle = {}, year = 2020, } @inproceedings{CTT100838848, author = {菊池崇志 and 伊藤万喜子 and 梁 暁斌 and 中嶋 健}, title = {AFM ナノメカニクスを用いたPP /熱可塑性エラストマーアロイの研究}, booktitle = {}, year = 2019, } @inproceedings{CTT100838803, author = {菊池崇志 and 伊藤万喜子 and 梁 暁斌 and 中嶋 健}, title = {AFMナノメカニクスによるPP/TPEアロイの研究}, booktitle = {}, year = 2019, } @inproceedings{CTT100761096, author = {菊池崇志 and 小森拓弥 and 酒井泰雄 and 堀岡一彦 and 高橋一匡 and 佐々木徹}, title = {重イオン慣性核融合の最終段パルス圧縮過程での非一様な印加磁束密度の影響}, booktitle = {講演予稿集}, year = 2018, } @inproceedings{CTT100830070, author = {K. Kakushima and Yuta Ikeuchi and T. Hoshii and I. Muneta and H. Wakabayashi and K. Tsutsui and H. Iwai and T. Kikuchi and S. Ishikawa}, title = {Low Temperature Ohmic Contact for p-type GaN using Mg Electrodes}, booktitle = {}, year = 2017, } @inproceedings{CTT100761095, author = {菊池崇志 and 小森拓弥 and 酒井泰雄 and 堀岡一彦 and 高橋一匡 and 佐々木徹 and 原田信弘}, title = {重イオン慣性核融合の最終段パルス圧縮過程を模擬した小型電子ビーム装置での印加磁束密度の半径方向成分の影響}, booktitle = {物理学会講演概要集}, year = 2017, } @inproceedings{CTT100761039, author = {菊池崇志 and 小森拓弥 and 佐藤知拓 and 高橋一匡 and 佐々木徹 and 原田信弘 and 酒井泰雄 and 堀岡一彦}, title = {重イオン慣性核融合の進行方向パルス圧縮を模擬した小型電子ビーム装置での局所温度分布}, booktitle = {}, year = 2016, } @misc{CTT100760392, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, year = 2017, } @misc{CTT100760365, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, year = 2017, } @misc{CTT100760604, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, year = 2017, } @misc{CTT100760540, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, year = 2017, } @phdthesis{CTT100760392, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, school = {東京工業大学}, year = 2017, } @phdthesis{CTT100760365, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, school = {東京工業大学}, year = 2017, } @phdthesis{CTT100760604, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, school = {東京工業大学}, year = 2017, } @phdthesis{CTT100760540, author = {Takashi Kikuchi}, title = {Theoretical Analysis of Emittance Growth for Intense Charged Particle Beam with Thermal Equilibrium Distribution During Longitudinal Pulse Compression}, school = {東京工業大学}, year = 2017, }