氘化锂

利用改进迁移近似方程和与之配套的多群常数计算快中子在氘化锂球中的产氚率

Using the Modified Transport Approximation Equation and Its Matched Neutron Group Constants to Calculate the Tritium Production Rate of Fast Neutrons in LID Spheres

氘化锂粉末与O2，CO2和水汽的反应动力学研究

Study of Kinetics of Reaction of Lithium Deuteride Powder With O_2 , CO_2 and Water Vapor

研究了28℃下，氘化锂粉末与O2，CO2和水汽的反应动力学。

The kinetics of reaction of lithium deuteride powder with O_2 , CO_2 and water vapor is ( studied . )

室温下氘化锂与水汽的反应可用收缩未反应芯模型来描述，界面化学反应为二级反应，反应速率常数为0281kPa-1·min-1。

The reaction process with water vapor could be described using the unreacted shrinking core model . The second-order kinetics is appropriate for the chemical reaction on the surface of lithium deuteride and reaction rate constant is 0.281 kPa ~ ( - 1 )· min ~ ( - 1 ) .