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80年代是我国高能物理事业的一个转折点.BEPC按计划高质量地完成,为我国高能物理实验研究提供了一个极其重要的手段;也表明我国的加速器事业已在世界高技术领域中占有了一席之地.BEPC的成就凝聚着几代人的心血.早在1957年,在王淦昌教授的领导下。选派了一批年青的科学家,赴苏学习高能加速器的设计及建造.一年后,在苏联专家的指导下,进行1—2GeV电子同步加速器的设计,这一设计在1958年的大跃进中被认为是保守落后的,而把方案改成15GeV的质子同步加速器.但当时苏联正在建造的加速器最高能量为7GeV,所以这一建议受到了苏联专家的“冷遇”,回答是:如果中方要建造,唯
80s is a turning point of high-energy physics in our country.BEPC is completed according to the plan with high quality, which provides an extremely important method for high-energy physics experiment in our country. It also shows that our accelerator industry has occupied a place in the high-tech field in the world. The accomplishments of the BEPC have embraced the efforts of generations, back in 1957 under the leadership of Professor Wang Ganchang. A group of young scientists were selected to study the design and construction of high-energy accelerators in the Soviet Union A year later, the design of the 1-2GeV electron synchrotron was conducted under the guidance of Soviet experts, and was designed in 1958 during the Great Leap Forward Considered conservative and backward, and the program changed to 15GeV proton synchrotron.But when the Soviet Union is currently building accelerator maximum energy of 7GeV, so this proposal by the Soviet experts “cold case”, the answer is: If the Chinese side to build, only