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中国质谱学会成立十年来,我国同位素质谱获得了重大发展。我们已拥用一支水平较高的队伍,有一大批从事同位素质谱工作20-30年的专家,他们在同位素地质学、核科学和基础科学研究中取得不少重要成果。例如地质科学院地质所同位素地质研究室用单颗粒锆石质谱分析获得我国迄今最老的地质年龄36.5—37.2亿年,就是我国质谱工作者在地质学国际前沿问题研究中取得的重大成就。在核科学领域,几年来在同位素标样研制、超低丰度同位素杂质的测定和Am的质谱分析方面取得一批国际水平的研究成果。北京大学与国家标准物质研究中心完成的Sb原子量测定,测定值比原用值精确一位数字,新洲值已被国际原子量委员会采用。同位素质潜在我国的农业、医学、环境学、海洋学、石油、化工、冶金等方面也获得日益广泛的应用。还出版了几部专著。
Ten years after the establishment of China Mass Spectrometry Society, significant progress has been made in China’s isotope mass spectrometry. We have a higher level team, with a large number of 20-30 year experts in isotope mass spectrometry who have made significant achievements in isotope geology, nuclear science and basic science research. For example, the Institute of Geology, Institute of Geology, Institute of Geology isotopes using single-particle zircon mass spectrometry to obtain China’s oldest geological age of 36.5-37.2 billion years, is China’s mass spectrometry workers in the forefront of international geological research made significant achievements. In the field of nuclear science, a number of international research achievements have been obtained in the past few years in the development of isotope standards, the determination of ultra-low abundance isotopes and the mass spectrometry analysis of Am. Peking University and the National Standards Material Research Center to complete the determination of atomic weight of Sb, the measured value than the original value of a precise figure, the new value has been Chau Island International Atomic Energy Commission. Isotopic Quality Potential China’s agriculture, medicine, environmental science, oceanography, petroleum, chemical industry, metallurgy and other aspects have also been increasingly widely used. Several monographs have also been published.