阅读说明：本技术 一种受控热核聚变反应堆 (Controlled thermonuclear fusion reactor ) 是由 王亚平 张亚美 于 2019-09-17 设计创作，主要内容包括：一种核聚变反应堆。本发明涉及高能物理,尤其是离子对撞技术。本发明公布了一种离子束对撞技术,其特征是在离子束运行的路径引入一个电场来改变离子束中前端部分离子的运行速度,从而引起离子束中的离子发生碰撞；以及用该技术制造的具有很高的核子反应截面的核聚变反应堆。本发明反应堆中子剂量与控制灵活的电压相关,因此,可以用来制造以中子而不是电磁波为媒介的通讯装置,轻松实现10000千米以上直线距离信息传播。本发明适合用来生产廉价的清洁能源。如果将纳米级粉末输入反应堆中,本发明也可以用来制成散裂中子源。(A nuclear fusion reactor. The invention relates to high-energy physics, in particular to an ion clash technology. The invention discloses an ion beam collision technology, which is characterized in that an electric field is introduced into an ion beam running path to change the running speed of a front end separator in an ion beam, so that ions in the ion beam collide; and a nuclear fusion reactor having a high nuclear reaction cross section, which is manufactured by using the technology. The neutron dose of the reactor is related to the voltage which is flexibly controlled, so that the reactor can be used for manufacturing a communication device which takes neutrons as a medium instead of electromagnetic waves, and the information transmission of the linear distance of more than 10000 kilometers can be easily realized. The invention is suitable for producing cheap clean energy. The invention can also be used to make a spallation neutron source if nanoscale powders are fed into the reactor.)