受控核聚变

用受控核聚变控制能量产生的反应堆。

A nuclear reactor that uses controlled nuclear fusion to generate energy .

受控核聚变研究的进展和展望

Progress and Prospect of Controlled Nuclear Fusion Research

PLC在受控核聚变物理实验装置中的应用

Application of PLC in the Experimental Device for Controled Nuclear Fusion Research

惯性约束核聚变（ICF）是利用激光实现受控核聚变的一种途径。

Inertial confinement fusion ( ICF ) is to approach the problem of controlled fusion by means of laser .

惯性约束聚变（Inertialconfinementfusion，ICF）是受控核聚变的常用方法之一，属于当今国际上的重大前沿基础科研领域，对国防科技和未来能源开发有着极为重要的科学意义和应用价值。

Inertial Confinement Fusion ( ICF ) which is one of the common methods of controlling nuclear fusion plays more important role in the development of new energy resources and national defense science . ICF laser driver consists of many amplifiers .

我国受控核聚变研究发展的里程碑

A milestone of the nation 's controlled fusion research development

受控核聚变托卡马克等离子体水平位移平衡反馈控制的物理研究

A physical study of plasma horizontal position equilibrium feed back control in Tokamak

原子物理在受控核聚变中的应用

Application of Atomic Physics in Controlled Thermonuclear Fusion

对受控核聚变研究途径的再思考

Analyzed the Methods of Nuclear Fusion Research

受控核聚变两大途径的对比与结合

Comparison and combination of MCF and ICF

超导在受控核聚变能磁体工程研究中的应用概述

Current Status and Future Technical Challenges for the Research of Superconducting Controlled Nuclear Fusion Magnet Engineering

在受控核聚变研究中，中性束注入已经成为加热等离子体的有效手段。

In fusion research , the neutral beam injection has become an efficient method for heating plasma .

对先进托卡马克理论和实验研究是当前受控核聚变研究的中心问题。

Theoretical and experimental investigations on advanced Tokamak are the major concerns in present controlled fusion research .

随着化石能源和铀的日益枯竭，受控核聚变的研究迫在眉睫。

With the increasing depletion of fossil fuels and uranium , controlled nuclear fusion is the best choice for energy in the future .

受控核聚变能是最有希望成为下一代高效、清洁的能源形式，实现核聚变能和平利用、造福人类是当今世界能源研究中重要课题。

Controlled nuclear fusion is the most promising efficient and clean energy resource of next generation . Realization of peaceful use of the controlled nuclear fusion energy will benefit to mankind and become an important subject in energy research around the world .