Two Bombs, One Satellite


Two Bombs, One Satellite was a nuclear weapon, intercontinental ballistic missile, and artificial satellite development program by the People's Republic of China. China detonated its first fission and first thermonuclear weapons in 1964 and 1967 respectively, combined a nuclear weapon with a surface-to-surface missile in 1966, and successfully launched its first satellite in 1970.

History

Proposal

In the 1940s and 1950s, a group of notable scientists including Qian Weichang, Qian Xuesen, Deng Jiaxian, Peng Huanwu and Qian Sanqiang returned to mainland China.
United States President Dwight D. Eisenhower's threats during the First Taiwan Strait Crisis to use nuclear weapons against military targets in Fujian province prompted Mao to begin China's nuclear program. In January 1955, Mao Zedong expressed the intention of developing atomic bombs during a meeting of the Secretariat of the Chinese Communist Party.
In 1956, hundreds of experts were called by Zhou Enlai, Chen Yi, Li Fuchun and Nie Rongzhen to make plans for China's scientific development, eventually creating an outline of development for the period from 1956 to 1967.
In 1958, Mao formally announced the development of nuclear bombs, missiles and satellite.

Soviet aid, its termination, and uranium enrichment

At the same time, the Soviet Union had provided China with important assistance since 1955, even though on December 10, 1957, the Soviet Union proposed that the United States, the United Kingdom, and the USSR should halt nuclear weapons tests for the next two to three years, to which China supported.
In 1956, the Third Ministry of Machinery Building was established, and nuclear research was conducted at the Institute of Physics and Atomic Energy in Beijing. In 1957, China and the USSR signed an agreement on sharing defense technology that involved a prototype boosted fission weapon being supplied by Moscow to Beijing, technical data, and an exchange of hundreds of Russian and Chinese scientists. A joint search for uranium in China was conducted between the two countries. A location near Lake Lop Nur in Xinjiang was selected to be the test site with its headquarters at Malan. Construction of the test site began on April 1, 1960, involving tens of thousands of laborers and prisoners under tough conditions. It took four years to complete. Being the sole site for nuclear testing in China for years to come, the Lop Nur test site underwent extensive expansion and is by far the world's largest nuclear weapons test site, covering around 100,000 square kilometers. From 1958, the Lanzhou uranium enrichment plant was constructed with gaseous diffusion technology.
Sino-Soviet relations worsened in the late 1950s. The Soviet Union withdrew the delivery of a prototype bomb and over 1,400 Russian advisers and technicians involved in 200 scientific projects in China meant to foster cooperation between the two countries.
After Nikita Khrushchev decided to stop helping the Chinese with their nuclear program on June 20, 1959, Mao shifted toward an overall policy of self-reliance. Project 596, named after the month of June 1959, was initiated as an independent nuclear project. The Second Ministry of Machine Building Industry, which oversaw China's nuclear industry, continued with the development of an atomic bomb. By January 14, 1964, enough fissionable U-235 had been successfully enriched from the Lanzhou plant. On October 16, 1964, a uranium-235 fission implosion device, weighing 1550 kilograms was detonated on a 102-meter tower.
In 1961–62, there was a disagreement among senior officials of the Chinese Communist Party and the Chinese government on whether China should continue with the "Two Bombs, One Satellite" project. Eventually, in November 1962, a central committee led by Zhou Enlai, Nie Rongzhen and others was established, and the project was carried on.

Cultural Revolution

In 1966, Mao launched the Cultural Revolution. Academics and intellectuals were regarded as Stinking Old Ninth and were widely persecuted. In 1968, among the leading scientists who worked on the "Two Bombs, One Satellite" program, Yao Tongbin a member of the 916 "rebel" faction was beaten to death by "conservative" Red Guards, Zhao Jiuzhang committed suicide, and Guo Yonghuai died in a plane crash. By September 1971, more than 4,000 staff members of China's nuclear center in Qinghai were persecuted. More than 310 of them were permanently disabled, over 40 people committed suicide, and five were executed. Many researchers with overseas education background were regarded as "spies". Only a few scientists including Qian Xuesen were protected in the Revolution because of a special list made by Premier Zhou Enlai in August 1966.

Timeline of milestones

Plant locationNameBegan operationEnded HEU productionInitial outputUpgraded outputTotal SWUTotal HEU producedDesign
Lanzhou, GansuPlant 5041964197920,000 SWU/yr180,000 SWU/yr1.1 million SWU6 tonsGaseous diffusion
Heping, Jinkouhe, SichuanPlant 81419751987100,000 SWU/yr230,000 SWU/yr2.7 million SWU14 tonsGaseous diffusion

Aftermath and memorial

Ultimately, China developed the atomic and hydrogen bombs in record time.
After the Cultural Revolution, Deng Xiaoping became the new paramount leader of China and started the Boluan Fanzheng program. Scientists and intellectuals were rehabilitated and, in particular, Yao Tongbin was honored as a martyr. Deng emphasized that knowledge and talented people must be respected, and the wrong thought of disrespecting intellectuals must be opposed.
In 1986, four leading scientists who had worked on the Two Bombs, One Satellite program proposed to Deng that China must stimulate the development of advanced technologies. Upon Deng's approval, the 863 Program was launched.
In 1999, twenty-three scientists who had made significant contributions in the "Two Bombs, One Satellite" program were awarded the Two Bombs and One Satellite Merit Award. In 2015, the "Two Bombs, One Satellite Memorial Museum" was opened on the Huairou campus of the University of the Chinese Academy of Sciences.
AwardeeFieldContributionAlma mater
Chen Fangyun Radio electronicsSatelliteNational Southwestern Associated University
Chen Nengkuan Metal physics
Detonation physics
Atomic bomb and hydrogen bombNational Tangshan Engineering College
Yale University
Cheng Kaijia Nuclear physicsAtomic bomb and hydrogen bombZhejiang University
University of Edinburgh
Deng Jiaxian Nuclear physicsAtomic bomb and hydrogen bombNational Southwestern Associated University
Purdue University
Guo Yonghuai AerodynamicsAtomic bomb, hydrogen bomb and missilePeking University
University of Toronto
California Institute of Technology
Huang Weilu Engineering cyberneticsMissileNational Central University
Imperial College London
Peng Huanwu Theoretical physicsAtomic bomb and hydrogen bombTsinghua University
University of Edinburgh
Qian Ji Space physicsSatelliteNational Central University
Qian Sanqiang Nuclear physicsAtomic bomb and hydrogen bombTsinghua University
University of Paris
Collège de France
Qian Xuesen Aeronautics
Engineering cybernetics
Rocket, missile and satelliteNational Chiao Tung University
Massachusetts Institute of Technology
California Institute of Technology
Ren Xinmin AeronauticsRocket, missile and satelliteNational Central University
Chongqing Ordnance School affiliated to Military Ministry
University of Michigan
Sun Jiadong AeronauticsMissile and satelliteHarbin Institute of Technology
Zhukovsky Air Force Academy
Tu Shou'e AeronauticsMissile and rocketNational Southwestern Associated University
Massachusetts Institute of Technology
Wang Daheng OpticsAtomic bomb and satelliteTsinghua University
Imperial College London
University of Sheffield
Wang Ganchang Nuclear physicsAtomic bomb and hydrogen bombTsinghua University
University of Berlin
Wang Xiji Space technologyRocket and satelliteNational Southwestern Associated University
Virginia Polytechnic Institute and State University
Wu Ziliang Chemical metallurgyAtomic bombNational Northwestern Engineering Institute
Carnegie Institute of Technology
Yang Jiachi AutomationSatelliteNational Chiao Tung University
Harvard University
Yao Tongbin Aerospace materials and technologyMissile and rocketNational Tangshan Engineering College
University of Birmingham
Yu Min Nuclear physicsHydrogen bombPeking University
Zhao Jiuzhang Meteorology
Geophysics
SatelliteTsinghua University
University of Berlin
Zhou Guangzhao Theoretical physicsAtomic bomb and hydrogen bombTsinghua University
Peking University
Zhu Guangya Nuclear physicsAtomic bomb and hydrogen bombNational Southwestern Associated University
University of Michigan