2) D atom
氘原子<冶>
3) the mean atomic ratio of deuterium to titanium
氘钛原子比
1.
The results show that, at lower temperature, the rate of alloy absorbing deuterium is markedly higher than that in pure titanium; the mean atomic ratio of deuterium to titanium is as large as 2.
结果表明 :该合金在低温阶段的吸氘速率明显高于纯钛 ,平均氘钛原子比高达 2 5 ,其中一部分氘与合金中的钛生成TiD1 971,另一部分氘则固溶在Ti 3 2Mo 5Nb合金中。
5) primary deuteron
原氘核
6) deuterium ion source
氘离子源
1.
Main impurity in vacuum arc deuterium ion source (VADIS) was discussed and the formation of protium, as impurity in VADIS, and its influence on the quality of ion source beam were analyzed emphatically.
分析了真空弧氘离子源中杂质的主要构成,并着重分析了杂质氕的成因及其对氘离子源性能的影响。
补充资料：融融冶冶
1.美好艳冶。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条