controlled fusion

Application of Atomic Physics in Controlled Thermonuclear Fusion

原子物理在受控核聚变中的应用

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

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.

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。

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。

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

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。