Original:  She also graduated from Leningrad University ( now Saint Petersburg State University) in 1956, where she majored in physics. After graduation, she applied for an internship in the Institute of Physics of the Chinese Academy of Sciences, and studied under . During the Cultural Revolution , she was sent to the May Seventh Cadre Schools to perform manual labour.
Revised:  In September, she entered Lingnan University. Because the teachers often use English to give lectures, she often consults English reference books after class, so she improves her English reading ability. In October, Guangzhou was liberated and public schools opened, and she transferred to the Department of Astronomy at Sun Yat-Sen University. But because of frequent suspension of classes and drumming and going to the street to do political propaganda, she wanted to change to a school with more studies. In 1950, Li Fanghua was admitted to the Department of Physics of Wuhan University and was still in the first year. In 1952, the state selected students from the second year of colleges and universities to take the exam for studying abroad in the Soviet Union. Wuhan University recommended Li Fanghua to take the exam and was admitted. In March, Li Fanghua entered the Preparatory Department of Beijing Russian Language School, specializing in Russian. In the autumn of the same year, I went to the Soviet Union and entered the Department of Physics of Leningrad University, a state university of the former Soviet Union. There were also three former students from the Department of Physics of Tsinghua University, Qing Chengrui, Gu Yifan and Huang Shengnian. In order to shorten the length of study, Li Fanghua and the four of them fought to transfer to the second grade together, and obtained the approval of the dean of the department. In 1955, Li Fanghua was in teacher Mi. Asia. Under the guidance of Rums (М.Α.Яумшь), he began to prepare his graduation thesis, the title of which was "Study on Electron Diffraction of In-situ Evaporated Bismuth Metal Thin Films". In 1956, Li Fanghua graduated from the Department of Physics of Leningrad University in the Soviet Union. In 1960, Shi Ruwei (then director of the Institute of Physics, Chinese Academy of Sciences) arranged for Li Fanghua to independently carry out electron diffraction research, so that she could take the scientific knowledge learned in the Soviet Union into China. "Single crystal electron diffraction" structure analysis research. In October 1982, Li Fanghua went to the Department of Applied Physics, Osaka University, Japan as a visiting scholar (until May 1983), and carried two new domestically produced minerals: Yellow River ore and bastnaesium ore, hoping to use Japanese super-high resolution There are new discoveries in domestic minerals by the electron microscope. In 1984, Li Fanghua's research group won the second prize of the Chinese Academy of Sciences Scientific and Technological Achievement Award with the project "The establishment of lattice image and direct observation of crystal structure". In 1991, Li Fanghua won the Ye Qisun Physics Prize of the Chinese Physical Society. In 1992, Li Fanghua won the Hashimoto First Jiro Award (personal award) from the Chinese Society of Electron Microscopy. In 1993, Li Fanghua was elected as an academician of the Chinese Academy of Sciences. In 1996, Li Fanghua served as the chairman of the Chinese Society of Electron Microscopy (until 2000). In 1998, Li Fanghua was elected as an academician of the Third World Academy of Sciences. In 2002, at the time of her 70th birthday, the academic journal "Ultramicroscopy" of the International Society for Electron Microscopy published a special issue to celebrate her. 20 years ago, working photos in the conference room of the Institute of Physics of the Chinese Academy of Sciences, and studied under . During the Cultural Revolution , she was sent to the May Seventh Cadre Schools to perform manual labour.
Edit intent: meaning-changed