30-TW laser–plasma interactions at ILE, Osaka

30-TW laser–plasma interactions at ILE, Osaka
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DOI：
10.1016/s0920-3796(98)00304-4
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发表时间：
1999-02
期刊：
Fusion Engineering and Design
影响因子：
1.7
通讯作者：
Y. Kitagawa;R. Kodama;Kenjiroh Takahashi;M. Mori;M. Iwata;S. Tuji;K. Suzuki;K. Sawai;K. Hamada;K. Tanaka;H. Fujita;T. Kanabe;H. Takabe;H. Habara;Y. Kato;K. Mima
Y. Kitagawa;R. Kodama;Kenjiroh Takahashi;M. Mori;M. Iwata;S. Tuji;K. Suzuki;K. Sawai;K. Hamada;K. Tanaka;H. Fujita;T. Kanabe;H. Takabe;H. Habara;Y. Kato;K. Mima
中科院分区：
工程技术3区
文献类型：
--
作者：
Y. Kitagawa;R. Kodama;Kenjiroh Takahashi;M. Mori;M. Iwata;S. Tuji;K. Suzuki;K. Sawai;K. Hamada;K. Tanaka;H. Fujita;T. Kanabe;H. Takabe;H. Habara;Y. Kato;K. Mima

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30-TW的GEKKO-MII短脉冲激光器已经完成，并用于高场物理研究，包括基本的快速点爆器研究。二次谐波（2ω）后向散射由于激光光子压力表现出临界表面衰退。几百个质子和氘核被观测到。构建了100-TW GEKKO-XII短脉冲激光器，用于研究内爆目标快速点火的可行性。
The 30-TW GEKKO-MII short pulse laser is completed and is used for high field physics studies, including a basic fast ignitor research. The second harmonic (2ω) backscattering shows critical surface recession due to the laser photon pressure. A few hundred protons and deuterons are observed. The 100-TW GEKKO-XII short pulse laser, a petawatt laser module, is constructed to study a feasibility of fast ignition of an imploded target.