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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:
Inertial Electrostatic Confinement Fusion: Achievements and Progress
 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 10:00
报告地点:
新工物馆刘卿楼104房间
主办单位:
工物系
  简介:
Progress in Inertial Electrostatic Confinement (IEC) research using a unique external RF ion source, Illinois Ion Beam Source, (ILLIBS) is described. The ILLIBS research objective is to increase IEC neutron yields along with an improvement in the neutron energy production efficiency. Typical IEC operation is performed above the breakdown IEC gas conditions; however, ILLIBS operation uses voltages-pressures below the normal Paschen breakdown curve. Lower chamber pressure is very important to prevent charge exchange losses and ultimately allow operation in the beam-beam fusion regime.
In conclusion, the use of ILLIBS greatly enhances the reaction efficiency of the IEC, serving as a positive step for higher-powered units.
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