deuteride

deuteride

1. deuteride of Laves phase alloy

Laves相合金氘化物

2. Absorption velocity increases with initial pressure, and keeps constant at different initial composition of uranium deuteride.

增加混合气体的初始压力有利于铀吸氘速率的增加，氘化铀的初始氘量不影响铀的吸氘速率。

3. It consists of a copper cylinder as the cathode base filled with titanium deuteride powder in the cavity of the cathode base as a sputter target material.

它由1 个圆柱形的铜阴极心和填满其中心孔的氘化钛溅射靶构成。

4. Abstract Deuterium containing helium absorption of unsaturated uranium deuteride with different composition at varied initial pressure is studied.

摘要 研究了不同含氦量的混合气体、吸氘初始压力以及不同组成的不饱和氘化铀对铀吸氘行为的影响。

5. Deuterium containing helium absorption of unsaturated uranium deuteride with different composition at varied initial pressure is studied.

摘要研究了不同含氦量的混合气体、吸氘初始压力以及不同组成的不饱和氘化铀对铀吸氘行为的影响。

6. hydrogen deuteride

氘化氢

7. deuteride phase

氘化物物相

8. thorium deuteride

氘化钍

9. titanium deuteride

氘化钛

10. Keywords titanium deuteride;oxide layer;desorption;kinetics;activation energy;

氘化钛;氧化层;热解吸;动力学;表观活化能;

11. uranium deuteride

氘化铀

12. lithium deuteride

氘化锂

13. zirconium deuteride

氘化锆

14. Keywords ytterbium deuteride;X ray diffraction;crystal structure;

氘化镱;X射线衍射;晶体结构;

15. Keywords ytterbium deuteride;thermo analysis;X ray diffraction;crystal structure;

氘化镱;热分析;X射线衍射;晶体结构;

16. Keywords titanium hydride;titanium deuteride;desorbing;activation energy value;isotope effect;

氢化钛;氘化钛;热解吸;表观活化能;同位素效应;

17. Kinetics of deuterium desorption by titanium deuteride with anodic oxide layer on the surface

表面有阳极氧化层的氘化钛热解吸动力学研究