THE PROGRESS IN EXPERIMENTAL RESEARCH OF NUCLEAR FUSION AT NORMAL TEMPERATURE

Wang Dalun; Chen Suhe; Li Yijun; Fu Yibei; Zhang Xinwei; Zhang Wushou

Volume 05 Issue 03

Sep. 1993

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Article Navigation > High Power Laser and Particle Beams > 1993 > 05(3): 333-343

Wang Dalun, Chen Suhe, Li Yijun, et al. THE PROGRESS IN EXPERIMENTAL RESEARCH OF NUCLEAR FUSION AT NORMAL TEMPERATURE[J]. High Power Laser and Particle Beams, 1993, 05: 333-343.

Citation:

Wang Dalun, Chen Suhe, Li Yijun, et al. THE PROGRESS IN EXPERIMENTAL RESEARCH OF NUCLEAR FUSION AT NORMAL TEMPERATURE[J]. High Power Laser and Particle Beams, 1993, 05: 333-343.

Wang Dalun, Chen Suhe, Li Yijun, et al. THE PROGRESS IN EXPERIMENTAL RESEARCH OF NUCLEAR FUSION AT NORMAL TEMPERATURE[J]. High Power Laser and Particle Beams, 1993, 05: 333-343.

Citation:

Wang Dalun, Chen Suhe, Li Yijun, et al. THE PROGRESS IN EXPERIMENTAL RESEARCH OF NUCLEAR FUSION AT NORMAL TEMPERATURE[J]. High Power Laser and Particle Beams, 1993, 05: 333-343.

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THE PROGRESS IN EXPERIMENTAL RESEARCH OF NUCLEAR FUSION AT NORMAL TEMPERATURE

1 Southwest Institute of Nuclear Physics und Chemistry P. O. Box 525-74, Chengdu;
2 BeijingInstitute of Applied Physics und Compututional MathematicsP. O. Box 8009, Beijing

Received Date: 1993-03-16
Rev Recd Date: 1993-06-19

Available Online: 2026-04-22

Publish Date: 1993-09-20

Abstract

Abstract

r This article presents results of nuclear fusion at normal temperature of Southwest Institute of Nuclear Physics and Chemistry in collaboration with Beijing Institute of Applied physics and Computational Mathematics. Neutrons and tritium are observed using electrolysis. Neutrons and X rays are observed using gas-discharge. Exposure phenomen a of X-ray film were found in the cycle method of temperature and pressure (CMTP). The reason of exposure were preliminarily analyzed.
- electrolyze,
- gas-discharge,
- cycle method of temperature and pressure (CMTP),
- neutron,
- tritium,
- X-ray