Congratulate Pro. Yu ChangXuan elected CAS academicians

Release time:2011-07-04Browse times:53

December 27, announced the Chinese Academy of Sciences in 2007 and a foreign academician Fellow co-opted the election results, The School of Science Professor Yu ChangXuan was elected the new CAS academicians.



According to the "Regulations Governing CAS Academicians" and "co-opted work of the Chinese Academy of Sciences Academician" Implementing Regulations of the provisions of the Chinese Academy of Sciences faculty of the School of Organization academicians preliminary assessment of candidates and election seriously, the Chinese Academy of Sciences and Engineering Bureau of the Conference for deliberation and approval, confirmed 29 candidates elected as CAS academicians. The average age of the new academicians 53.7 yrars old, the largest 69-year-old and the youngest 41-yrar-old, 60-year-old (with)the following 20 people, the average age of the new academicians Fellow co-opeter for the 1991 work has been institutionalized a minimum.

YU Chang Xuan: July 1941 was born in Indonesia, a native of Fujian Fuqing, I graduated from the school in 1965 the Faculty of Modern Physics. YU Chang Professor Xuan long-term research in plasma physics experiments, in magnetically confined plasma turbulence and anomalous transport, and nonlinear plasma phenomena, plasma diagnostics, and other fields have achieved a number of important innovative research results. Turbulent first experiment confirmed the Renault driver is a very strong threat to the shear flow and the radial electric field increased, and trigger low - high binding mode conversion of the main mechanisms observed that the first cooperation between the acoustic measurement integrity of the flow-banded Central to the polar symmetry, and characteristics measured in the experiment found that the linear ohm binding plasma turbulence dispersion relations and electronic drift wave theory predicted that the same cooperation that existed early rupture density limit sign. No, the first observation to drive plasma transition to the chaotic state of the three ways to make the first use of a small perturbation method, the plasma drive chaotic implementation of control. Coherent laser scattering has been developed, such as diagnostic systems, and development of the electronic super-speed distribution of Thomson scattering theory and consider the plasma wave damping effect of the small-angle scattering.