论文部分内容阅读
在核化学与放射化学研究中,气相色谱法是一种非常重要的快速分离工具。它可以用于核反应产物的分离、核谱学研究,以及测定吸附焓,吸附熵,扩散系数等物化数据,研究超锕系元素的性质,探索其中的相对论性效应。本文主要介绍了在此领域中,气相色谱法的实验技术及应用,对其发展前景亦有所展望。
Gas chromatography is a very important and quick separation tool in nuclear chemistry and radiochemistry. It can be used for the separation of nuclear reaction products, nuclear spectroscopy, as well as the determination of the enthalpy of adsorption, adsorption entropy, diffusion coefficient and other physical and chemical data to study the properties of the super-actinide series to explore the relativistic effect. This article mainly introduces the experimental techniques and applications of gas chromatography in this field, and also prospects for its development prospects.