Zhu Guangya | |
---|---|
朱光亚 | |
Other names | Kuang-Ya Chu |
Citizenship | China |
Alma mater | |
Scientific career | |
Fields | Nuclear physics |
Thesis | A study on the decay schemes of gold-198 and hafnium-181 by means of a beta-ray spectrometer and coincidence measurements (1950) |
Doctoral advisor | M. L. Wiedenbeck |
Zhu Guangya (Chinese: 朱光亚; pinyin: Zhū Guāngyà; December 25, 1924 – February 26, 2011; also spelled as Kuang-Ya Chu) was a Chinese nuclear physicist. Zhu Guangya was noted for his dedication to the Chinese nuclear development, and his great devotion to his country.[1]
Zhu Guangya graduated from the National Southwestern Associated University in 1945; in 1950, he received his Ph.D. in physics from the University of Michigan. In 1980, he was elected as a member (academician) of the Chinese Academy of Sciences; in 1991, he served as the chairman of the China Association for Science and Technology. In 1994, he was selected as one of the first academicians of the Chinese Academy of Engineering, and served as the first president of the Chinese Academy of Engineering. In May 1996, he was elected as the honorary chairman of the China Association for Science and Technology; in January 1999, he was appointed the director of the Science and Technology Committee of the People's Liberation Army General Armament Department.[2]
In the early days, Zhu Guangya was mainly engaged in teaching and scientific research in nuclear physics and atomic energy technology; in the late 1950s, he was in charge of and organized and led the research, design, manufacture and testing of China's atomic bombs and hydrogen bombs. Zhu participated in and led the formulation and implementation of the national high-tech research and development plan, and the research on national defense science and technology development strategies. He organized and led the research on the sustainable development of China's nuclear weapons technology under the conditions of the nuclear test ban, the research on arms control and the research on the development strategy of weapons and equipment, and made significant contributions to the development of China's nuclear science and technology and national defense science and technology.[3]