中国静电陀螺研究的曲折起步——聚焦于清华大学的陀螺研究(1959-1976)OA
The Rough Beginning of Electrostatic Suspended Gyroscope research in China:Focusing on the Development of ESG in Tsinghua University
新中国初期不同科技系统之间的关系是当代科技史研究的一个重要问题,其中,国防系统与高等院校的互动还未得到太多关注.本文以清华大学在1959-1976年开展的液浮陀螺和静电陀螺研究为例,深入分析了高校在承担与国防建设紧密相连的科研任务过程中,与国防系统开展合作的实践情况.清华大学从1959年开始曾在海军部门资助下短暂进行过液浮陀螺研究,后于1965年开始,清华大学自主开展静电陀螺研究.国防科委在1967年开始支持清华大学等单位开展静电陀螺研究,而在第六机械工业部的实际资助下,清华大学、上海交通大学、第六机械工业部第七研究院707所和常州航海仪器厂于1970年研制出中国第一台静电陀螺原理样机.1971年开始,在第三研究院的管理资助下,清华大学得以继续静电陀螺研究,并于1975年研制出中国第一台静电陀螺三轴稳定平台.通过梳理清华大学1959-1976年的陀螺研究史,可看到中国的静电陀螺研究是在科研管理资助机构频繁变更的背景下曲折起步的.
In the early days of New China,the Chinese Academy of Sciences,universities,national defense system,industry system and local science and technology system constituted the"five armies"of China's science and technology system.Among them,the Chinese Academy of Sciences became the"locomotive"of China's scientific cause,universities underwent a nationwide adjustment of faculties and departments and basically transformed into a specialized education system,while the national defense system established a large scale of defense science and technology institutions and teams in the late 1950s and early 1960s.The relationship between different scientific and technological systems in the early period of New China is an important issue in the history of modern science,among which the interaction between national defense systems and universities has not received much attention.Taking the research of Liquid Floating Gyro and Electrostatic Suspended Gyroscope(ESG)carried out by Tsinghua University in 1959-1975 as examples,this paper discusses the cooperation between universities and national defense systems and other universities when conducting research projects closely related to national defense,and the resistance encountered in the process.Since 1959,Tsinghua University has briefly carried out research on liquid floating gyro under the auspices of the Navy,and since 1965,Tsinghua University has independently carried out research on ESG.In 1967,the National Defense Science and Technology Commission began to support Tsinghua University and other units to carry out ESG research,and in fact,with the funding of the sixth machinery Department,Tsinghua University,Shanghai Jiao Tong University,707 Institute and Changzhou Nautical Instruments Factory in 1970 developed China's first ESG prototype.Beginning in 1971,Tsinghua University was able to continue the research of ESG under the management of the Third Research Institute,and in 1975 developed China's first ESG three-axis stable platform.At present,this three-axis stabilization platform of electrostatic gyroscope,which is the precious material evidence of the early research of electrostatic gyroscope carried out by Tsinghua University and even China,has been collected by Tsinghua University Science Museum.From Project 49100 to Project 606,to Project 205 and to Project 721,the changes in these research codes reflect the changes in the research management funding institutions behind the gyro research that Tsinghua University participated in from 1959 to 1976.By combing the history of gyro research in Tsinghua University,the research of ESG in China started tortuously under the background of frequent changes in the funding institutions of scientific research management.The change of management funding institutions is not uncommon in the early scientific research of New China,especially in the field of national defense science and technology,and its prevalence and influence are worthy of further study by scholars of science history.
刘年凯;章燕申;高钟毓
清华大学 科学史系,北京 100084清华大学 精密仪器系,北京 100084清华大学 精密仪器系,北京 100084
自科综合
静电陀螺三轴稳定平台清华大学自动控制系精密仪器系常州航海仪器厂
Electrostatic Suspended Gyroscopetriaxial stabilization platformTsinghua University Department of Automatic ControlDepartment of Precision InstrumentsChangzhou Nautical Instrument Factory
《工程研究——跨学科视野中的工程》 2026 (1)
111-120,10
国家社会科学基金一般项目:新中国初期北京和上海科学仪器行业史料整理与研究(24BZS106)
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