核化学与放射化学2017，Vol.39Issue(5)：336-344,9.DOI:10.7538/hhx.2017.YX.2016043
氢-水同位素催化交换速率及过程模拟的研究进展
Advances in Rate and Process Simulation of Catalytic Isotopic Exchange Between Hydrogen and Water
摘要
Abstract
Catalytic isotopic exchange between hydrogen and water is prospective to be applied in waste water treatment for fusion reactor such as ITER and heavy water upgrading for fission reactor.Research in modeling the exchange process and the key facility,catalytic exchange column,is significant for optimization and design in engineering and processing.The advances in simulation of catalytic exchange process are mainly introduced.Methods adopted in determining catalytic isotopic exchange rate and applications of absorption tower model and trickle bed model in simulating catalytic isotopic exchange process are discussed.The further development of the research is also suggested.Trickle bed model is considered to be prospective in simulating catalytic isotopic exchange process compared with other models.Mechanism and rate determination of catalytic isotopic exchange between hydrogen and water as well as modeling of catalytic exchange tower still need to be perfected.关键词
同位素分离/氢同位素/催化交换/模拟Key words
isotopic separation/hydrogen isotopes/catalytic exchange/simulation分类
化学化工引用本文复制引用
王然,陈晓军,辛峰..氢-水同位素催化交换速率及过程模拟的研究进展[J].核化学与放射化学,2017,39(5):336-344,9.基金项目
国家国际科技合作专项资助项目(2015DFR60380) （2015DFR60380）
