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《核工业西南物理研究院年报:英文版》
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2004年1期
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Fusion Reactor and Fusion Reactor Materials— Target Fuel Depletion Fraction and Energy Gain of Inertial Confinement Fusion with D-^3He Advanced Fuel
Fusion Reactor and Fusion Reactor Materials— Target Fuel Depletion Fraction and Energy Gain of Inertial Confinement Fusion with D-^3He Advanced Fuel
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摘要
未填写
DOI
54k2lmp24k/401233
作者
DENG Baiquan FENG Kaiming
机构地区
不详
出处
《核工业西南物理研究院年报:英文版》
2004年1期
关键词
聚变反应堆
反应堆材料
燃料靶
燃料损耗
能量增益
分类
[理学][物理]
出版日期
2004年01月11日(中国期刊网平台首次上网日期,不代表论文的发表时间)
相关文献
1
石秉仁.
Core Plasma Characteristics of a Spherical Tokamak D-^3He Fusion Reactor
.核技术及应用,2005-02.
2
SHI Bingren.
Plasma Theory——Possibility of Establishing D-^3He Fusion Reactor Using Spherical Tokamaks
.物理,2004-01.
3
HUANGJinhua LIZaixing ZHUYukun HUGang.
Fusion Reactor and Fusion Reactor Materials:Concept Design of the ITER Test Blanket Modules
.物理,2003-01.
4
.
Overview of Fusion Reactor Design
.物理,2006-01.
5
Mohadeseh MOOSAVI;Abbas GHASEMIZAD;Mohamad Jafar TABATABAEI.
Investigation of Fuel Energy Gain for Tritium-Poor Fuels in Fast Ignition Fusion Approach
.核技术及应用,2013-10.
6
C.B.Edwards;C.N.Danson.
Inertial confinement fusion and prospects for power production
.物理,2015-01.
7
Bingchi Luo;Jiqiang Zhang;Yudan He;Long Chen;Jiangshan Luo;Kai Li;Weidong Wu.
An investigation progress toward Be-based ablator materials for the inertial confinement fusion
.物理,2017-02.
8
DENGBaiquan;G.A.Emmert.
Additional Beta due to Fast Fusion Products in D-3He Fusion Plasma
.物理,2002-01.
9
Tao Wang;Kai Du;Zhibing He;Xiaoshan He.
Development of target fabrication for laser-driveninertial confinement fusion at research center oflaser fusion
.物理,2017-01.
10
Baifei Shen;Xueyan Zhao;Longqing Yi;Wei Yu;Zhizhan Xu.
Inertial confinement fusion driven by long wavelength electromagnetic pulses
.物理,2013-09.
来源期刊
核工业西南物理研究院年报:英文版
2004年1期
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相关关键词
聚变反应堆
反应堆材料
燃料靶
燃料损耗
能量增益
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