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中国化学会和中国金属学会联合召开的“1984年电分析化学学术会议”于7月9日至12日在长春市举行。来自全国28个省、市、自治区的高等院校、科研单位、产业部门和有关分析化学方面的出版部门等201个单位,共382名代表参加了会议。会议期间,中国化学会理事长唐敖庆教授、中国金属学会理化检验负责人王馨泽总工程师、中科院长春应用化学研究所所长孙书棋研究员均(?)会致词。会议交流了341篇论文,大会报告和专题报告18篇,其余按极谱、催化波、溶出法、离子选择性电极、库仑法和其他电分析化学等6个方面进行报展和专题讨论。此外还邀请澳大利亚国际著名电分析化学家弗劳仑斯(Florence)教授在会上作了学术报告。会议期间,还进行了仪器展览,19个分析仪器厂及研制单位展出了电分析化学仪器、器件新产品70多种。从交流论文的内容反映出我国在电分析化学领域中计算机的应用日益广泛;有机、生化和医学上的应用显著增多:生物分子电分析化学正迅速发展;非水溶液中的研究也有所开展,各种新技术如示波极谱滴定、溶出滴定、半微分和半积分伏安法、现代方波极谱、电位溶出法、离子选择性电极、流动分析、薄层电池分析和光谱电化学、修饰电极以及油/水界面的电化学等方面的研究工作均有新的进展。会议中学术空气十分活跃、畅所欲言、各叙己见。
The 1984 Academic Conference on Electroanalytical Chemistry jointly held by Chinese Chemical Society and China Metallurgical Society was held in Changchun from July 9 to 12. A total of 382 delegates attended the conference from 201 units, including institutions of higher learning, research institutes, industrial departments and publishing departments in analytical chemistry in 28 provinces, cities and autonomous regions. During the conference, Prof. Tang Aoqing, chairman of Chinese Chemical Society, Wang Xinze, chief engineer of Physical and Chemical Testing Institute of China Metallurgical Society, and Sun Shuqi, director of Changchun Institute of Applied Chemistry, Chinese Academy of Sciences, both delivered speeches. During the conference, 341 papers, conference reports and special reports were exchanged, and the rest were reported and discussed in six aspects: polarography, catalytic wave, dissolution, ion-selective electrodes, coulometry and other electroanalytical chemistry. In addition, Prof. Florence, an internationally renowned Australian analytical chemist, was invited to give an academic report. During the meeting, also carried out the instrument exhibition, 19 analytical instrument factory and research and development units exhibited more than 70 kinds of electrical analytical chemistry instruments and devices. The contents of the essay reflect that computer applications in the field of electroanalytical chemistry are becoming more and more widespread in China. The applications of organic, biochemical and medical sciences have increased remarkably: the biomolecule electroanalysis chemistry is rapidly developing; and research in non-aqueous solutions has also been carried out. New technologies such as oscillopolarographic titration, elution titration, semi-differential and semi-integral voltammetry, modern square wave polarography, potentiometric stripping, ion selective electrodes, flow analysis, thin-layer battery analysis and spectroscopic electrochemistry, modification Electrode and oil / water interface electrochemical aspects of research have made new progress. Academic air is very active during the meeting, speak their minds, each Syria has see.