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王淀佐教授,著名选矿专家,辽宁锦县人,生于1934年。1961年毕业于中南矿冶学院选矿专业。历任中南工业大学副校长、校长;现任北京有色金属研究总院院长;中国有色金属工业总公司总经理高级科技顾问;中南工业大学教授、博士导师;中国有色金属学会副理事长,选矿学术委员会主任委员;美国国家工程科学院国外院士。王淀佐教授长期从事矿物加工浮选理论与工艺研究。在浮选剂结构-性能理论、浮选溶液化学、浮选电化学、细粒浮选领域作出成绩。他提出了“浮选剂结构模型”新概念,并根据量子化学、有机结构理论研究,确定了一系列判别浮选剂结构性能的定量判据,建立了浮选剂分子设计理论。提出了浮选体系溶液化学计算与矿物分离预测设计原理,系统描述了浮选过程中浮选剂、矿物及浮选剂-矿物相互作用三大平衡体系中的规律性,出版了专著《浮选溶液化学》。在细粒浮选方面,提出了“粗粒效应”使细粒浮选理论与工艺取得进展。提
Professor Wang Dianzuo, a famous mineral processing expert, Liaoning Jin County, was born in 1934. 1961 graduated from Zhongnan Mining and Metallurgical Institute mineral processing professional. He used to be vice president and president of Central South University of Technology. He is currently the dean of Beijing Nonferrous Metal Research Institute, senior science and technology consultant of the general manager of China Nonferrous Metals Industry Corporation, professor and doctoral tutor of Central South University of Technology, vice chairman of China Nonferrous Metals Society, Chairman of the United States National Academy of Engineering foreign academician. Professor Wang Dianzuo has long been engaged in mineral processing flotation theory and technology research. Flotation agent in the structure - performance theory, flotation solution chemistry, flotation electrochemical, flotation field achievements. He proposed a new concept of “flotation agent structure model”. According to the research of quantum chemistry and organic structure theory, a series of quantitative criteria to determine the structural performance of flotation agent were determined and the theory of molecular design of flotation agent was established. The design principle of solution chemistry calculation and mineral separation prediction for flotation system was put forward. The regularity of the three equilibrium systems of flotation agent, mineral and flotation agent-mineral interaction during flotation was systematically described. The monograph “Flotation Solution chemistry ”. In the aspect of flotation of fines, the “coarse grain effect” is proposed to make the fine flotation theory and technology progress. mention