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Ultrarelativistic Fe plasma with GJ/cm^(3) energy density created by femtosecond laser pulses OA
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作者 mariya alkhimova Igor Skobelev +17 位作者 Tatiana Pikuz Sergey Ryazantsev Hironao Sakaki Alexander S.Pirozhkov Timur Zh.Esirkepov Akito Sagisaka Nicholas P.Dover Kotaro Kondo Koichi Ogura Yuji Fukuda Hiromitsu Kiriyama Keita Nishitani Sergey Pikuz Masaki Kando Ryosuke Kodama Kiminori Kondo Mamiko Nishiuchi 《Matter and Radiation at Extremes》 SCIE EI CSCD 2024年第6期70-80,共11页
The generation of a plasma with an ultrahigh energy density of 1.2 GJ/cm^(3)(which corresponds to about 12 Gbar pressure) is investigated by irradiating thin stainless-steel foils with high-contrast femtosecond laser ... The generation of a plasma with an ultrahigh energy density of 1.2 GJ/cm^(3)(which corresponds to about 12 Gbar pressure) is investigated by irradiating thin stainless-steel foils with high-contrast femtosecond laser pulses with relativistic intensities of up to 10^(22) W/cm^(2).The plasma parameters are determined by X-ray spectroscopy.The results show that most of the laser energy is absorbed by the plasma at solid density,indicating that no pre-plasma is generated in the current experimental setup. 展开更多
关键词 laser FEMTOSECOND ENERGY
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