Studying in the Soviet Union in his early years and majoring in nuclear power laid a solid foundation for China's nuclear submarine career. After returning home, he devoted himself to the research and design of nuclear submarines, overcame many difficulties, and finally successfully developed the first nuclear submarine in China.
Peng Shilu's contribution lies not only in the development of nuclear submarines, but also in the development of nuclear energy in China. He actively promoted the research and application of nuclear energy technology, advocated the peaceful use of nuclear energy, and made outstanding contributions to the sustainable development of nuclear energy in China.
Peng Shilu's deeds show his talent, perseverance and loyalty. His success is not only a personal glory, but also a victory of China's nuclear technology. His deeds have also inspired more young people to devote themselves to science and contribute to the prosperity of the motherland.
personnel training
1962 in February, China's knowledge about nuclear submarine construction was almost zero at that time. In this case, nuclear submarines have to rely entirely on "self-study and self-study". Except for five or six people majoring in nuclear power, all of them are scientific and technical personnel from other disciplines, and most of them are university graduates who have just left school.
According to the requirement of "sit down, get in and get fascinated" put forward by the Party Committee of the Institute of Atomic Energy, in view of the fact that most people here can only speak Russian but not English, and most foreign materials are in English, Peng Shilu organized English study.
In this way, while learning English, we read English materials related to their respective majors. After two years of hard work, the whole room basically passed the English reading barrier and found out the basic situation of foreign nuclear power plants and nuclear power plants.
Han Duo, Jiang Binsen, Shen and others began to systematically teach the courses of reactor physics, reactor thermal hydraulics, reactor control, nuclear power plants and so on in the reactor research room.