@misc{oai:repo.qst.go.jp:00073301,
 author = {神門, 正城 and エシロケポフ, ティムル and 小倉, 浩一 and 桐山, 博光 and コーガ, ジェームズ and 小瀧, 秀行 and 近藤, 康太郎 and 中新, 信彦 and ドーバー, ニコラスピーター and 榊, 泰直 and 林, 由紀雄 and 匂坂, 明人 and 西内, 満美子 and 福田, 祐仁 and 黄, 開 and ブラノフ, セルゲイ and 森, 道昭 and 宮原, 巧 and 渡辺, 幸信 and 神門 正城 and エシロケポフ ティムル and 小倉 浩一 and 桐山 博光 and コーガ ジェームズ and 小瀧 秀行 and 近藤 康太郎 and 中新 信彦 and ドーバー ニコラス ピーター and 榊 泰直 and 林 由紀雄 and 匂坂 明人 and 西内 満美子 and 福田 祐仁 and 黄 開 and ブラノフ セルゲイ and 森 道昭 and 宮原 巧 and 渡辺 幸信},
 month = {Aug},
 note = {In Kansai Photon Science Institute (KPSI), National Institutes for Quantum and Radiological Science and Technology (QST), we are developing laser-driven particle beams for novel, compact sources including protons, heavy ions, and electrons as well as photon sources ranging from 100’s eV to several MeV. 
The ion acceleration study is based on target normal sheath acceleration (TNSA) by irradiating several hundreds TW laser pulses onto foil targets. By carefully adjusting contrast level of our laser system J-KAREN-P, the maximum proton energy reaches to ~ 50 MeV now (Mar. 2017) with a 2-µm-thick Al target. We also improved the focal spot quality and the current strehl ratio measured on target is ~ 0.5 achieving~8.4x10^21 W/cm^2].  
The electron acceleration study is conducted using J-KAREN-P laser and a smaller system JLITE-X at KPSI-QST. We are developing plasma and electron real time monitors and testing an electron acceleration with our J-KAREN-P laser. As for plasma monitors, we have developed sub-10-fs shadowgraph for direct plasma density modulation and holography for interferometric measurement. In addition, we have demonstrated characterization of pulse duration and timing of electron beams using electro-optic (EO) techniques., Laser Plama Accelerators 2017 IBS CONFERENCE参加、招待講演を行うとともに、最新の成果の調査及び研究者との交流・情報交換を行う},
 title = {Laser Accelerator Development at KPSI-QST},
 year = {2017}
}