What research results does Liu Shanghe have?

Liu Shanghe: Academician of China Academy of Engineering, founder and pioneer of electrostatic safety engineering discipline in China, winner of National Science Conference Award, China People's Liberation Army Professional and Technical Contribution Award, China Electrostatic Research and Application Award and He Liang Heli Fund Scientific and Technological Progress Award, was awarded as an outstanding teacher in China, an outstanding teacher in the whole army and a representative of the British model in the whole army, and won the first class 1 time, second class 1 time, and second class.

Liu Shanghe led the project team in electrostatic safety engineering, established the mathematical model of EED electrostatic ignition, and explained the mechanism of material conduction in high voltage electrostatic field. A test method of true electrostatic sensitivity is proposed, and the true electrostatic sensitivity of rocket and missile EED is measured, which solves the problem of "abnormal ignition" of ammunition. The electrostatic testing principle of "signal self-shielding charge coupling", the testing method of fabric friction potential attenuation and the dynamic experimental method of human electrostatic high voltage are put forward. The antistatic modification of polymer by electron beam technology was studied, and the antistatic modification process and antistatic modifier of "segmented attenuation" electron beam were developed. He presided over the formulation and implementation of three military standards for anti-static of weapons and equipment. Four kinds of electrostatic measuring instruments have been developed, and the first electrostatic measuring station in China and the key laboratory of national defense science and technology for preventing electromagnetic hazards have been established. On-site inspection and quality supervision of electrostatic protection technology engineering in related fields were carried out. The radiation effects of static electricity, lightning and ultra-wideband strong electromagnetic pulse interference on single chip microcomputer and electric fuze are studied experimentally.

These research achievements helped him win the National Science and Technology Conference Award, the Military Professional and Technical Contribution Award, the first prize of national scientific and technological progress, and the first and second prizes of provincial and ministerial scientific and technological progress. Received 4 national invention patents and accepted 2.

During years of experimental research, Shang Liu and * * * published 160 academic papers and 3 monographs. These materials and achievements are great wealth and contribute to the construction of our motherland.