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Tensor network simulation of dynamics and finite-temperature quantum system
物理系colloquium:重离子加速器发展前沿和重大应用
Large N theory of critical Fermi surface
Temporal Entanglement in Dual-Unitary Clifford CircuitswithProbabilistic Mea...
报告题目:
Toward a Practical Nuclear Pumped Laser for Advanced Applications
 报告人:
Yasser Ragab Shaban
Honorable Consultant and Proposals Coordinator, 
Center of Radiation Physics and Detectors,
Hochschule Deggendorf University 
Of Applied Sciences, Germany
报告时间:
2013-09-26 11:00
报告地点:
新工物馆刘卿楼104房间
主办单位:
工程物理系
  简介:
Nuclear Pumped Lasers, NPLs, (or “fission reactor pumped lasers”) use reactor neutrons or fission fragments to excite the laser media. Nuclear pumped lasers have been demonstrated to operate mainly pulsed or steady state over a wavelength range from infra-red and visible regions. Lasers are generated from nuclear reactions with gas and/or vapor media because of the penetration of the charged particles. Direct nuclear-pumped 3He-Ne-H2 laser operating at the 2P1-1S2 Ne transition (= 585.3 nm) that was first experimentally studied at the UIUC is detailed in this paper. Nuclear pumped laser is very suitable to be used for advanced applications such as Strategic Defense Initiative SDI, uranium enrichment, and Laser Ordnance Neutralization System LONS. These applications are outlined in this paper.
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