Chinese Academy of Sciences

Mingzhun Lei

Jinxing Zheng

Yuntao Song

Kun Lu

Ming Li

Chen Liu

Haiyang Liu

Xuebing Peng

Fei Liu

Jian Ge

Qingquan Zhang

Yong Cheng

Zhou Yin

Pinghui Zhao

Qingxi Yang

Cheng Zhou

Jinggang Qin

Shijun Qin

Ge Wang

Xufeng Liu

A magnetic confinement fusion reactor includes a host hall, and a host including a Dewar system, a cold shield system, a superconducting magnet system, a vacuum chamber system, a divertor system, a blanket system, a remote operation system, and a maintenance system. The superconducting magnet system includes a central solenoid magnet, a poloidal field magnet, and a toroidal field magnet. The central solenoid magnet is configured to provide necessary volt-seconds. The poloidal field magnet is configured to generate a poloidal magnetic field. The toroidal field magnet is configured to generate a toroidal magnetic field. The plasma is confined by the toroidal magnetic field and the poloidal magnetic field. The vacuum chamber system is provided with a neutron shielding block to protect the superconducting magnets from being damaged by fusion neutrons.

Magnetic confinement fusion reactor

The present disclosure provides a cooling structure of heat pipe for superconducting magneto plasma dynamic thruster having a cylindrical structure and includes a cathode, an intermediate connector and an anode. The cathode is arranged inside the intermediate connector, the anode is arranged outside the intermediate connector; the cathode is provided with a cathode cooling mechanism, and the anode is provided with an anode cooling mechanism. The cathode cooling mechanism includes a cathode heat pipe and a cathode heat dissipation fin. The anode heat pipe cooling mechanism includes an anode heat pipe and an anode heat dissipation fin.

Cooling structure of heat pipe for superconducting magneto plasma dynamic thruster

Growing community of inventors

Hefei, China

Mingzhun Lei