thermonuclear fusion

Detective studies of soft X-ray tomography on controlled thermonuclear fusion device

受控热核聚变装置软X射线反演成像探测研究

Application of Atomic Physics in Controlled Thermonuclear Fusion

原子物理在受控核聚变中的应用

The electron density is an essential parameter in thermonuclear fusion research, for which can be measured mainly by the technique based on transmission characteristic of electromagnetic waves in plasmas.

高温等离子体的电子密度是热核聚变等离子体研究中的一个重要物理量，测量等离子体电子密度的方法主要是应用电磁波在等离子体中的传播特性和技术。

A nuclear fusion is a thermonuclear reaction.

核聚变是一种热核反应.

Thermonuclear fusion and cold nuclear fusion

热核聚变与冷核聚变

Thus, controlled thermonuclear fusion reaction can be is the best source of energy.

因而，受控热核聚变反应能是最理想的能源。

Research on Power Conditioning System for the Laser Thermonuclear Fusion

激光热核聚变能源系统研究

Gyrotron has the superiorities, high peak power and high average power. So Gyrotron is vastly applied in many areas, such as plasma heating, controlled thermonuclear fusion ( CTF), radar, communication, electron countermeasure.

回旋管具有在毫米、亚毫米波段其他器件无可比拟的高峰值功率、高平均功率的优越性，因此在等离子体加热、受控热核聚变、雷达、通信及电子对抗等方面都有着广阔的应用前景。

The controlled thermonuclear fusion is promising energy in the future, one promising and key path to realize it is through a magnetically confined device-Tokamak.

受控热核聚变是未来能源的希望，实现它的一条重要途径是被称作托克马克装置的磁约束核聚变途径。

Systems of this sort are being used in an effort to produce controlled thermonuclear fusion reactions.

这类系统正用于产生受控热核聚变反应的探索.

Full name of the ITER is International Thermonuclear Experimental Reactor, the international thermonuclear fusion experimental reactor, ITER device is one that produces large-scale fusion reaction of superconducting Tokmak, commonly known as "artificial Sun".

ITER全称International thermonuclear experimental reactor，国际热核聚变实验反应堆，ITER装置是一个能产生大规模核聚变反应的超导托克马克，俗称人造太阳。

Inertial confinement fusion ( ICF) is an alternative way to achieving controlled thermonuclear fusion.

惯性约束核聚变（Inertial confinement fusion，ICF）是实现可控热核聚变的途径之一。

It has widely application background and important research value for Inertial confinement thermonuclear fusion ( ICF), Supernova dynamics and so on.

它在惯性约束热核聚变（ICF）、超新星动力学等领域都有着广泛的应用背景和重要的研究价值。

Between 1990-92, through experimentation, thermonuclear fusion reaction was achieved through the method of indirect driving, and thermonuclear neutron was observed.

接着在1990－1992年间通过实验，用间接驱动方式实现热核聚变反应，观察到了热核中子。

Since the launch of the global ITER project, many scientists have done a lot of work in the plasma of controlled thermonuclear fusion research, based on the high-energy negative hydrogen ion source neutral beam injection.

自全球ITER计划启动以来，各国在等离子体受控热核聚变研究中，基于高能负氢离子源中性束注入方面做了大量的工作。

The second criterion for a thermonuclear fusion reactor producing zero net power

产生零功率的热核聚变堆第二判据

Potential applications of the gyrotron include millimeter wave radar, plasma heating and diagnostic of controlled thermonuclear fusion, directed-energy weapons and materials processing.

它在毫米波雷达、受控热核聚变等离子体加热和诊断、定向能武器以及材料处理等领域有重大应用前景。