1) non-stoichiometrical
非化学计量整比
2) non-stoichiometry
非化学计量比
1.
This paper studied the effect of B-site ions non-stoichiometry on dielectric loss and ordering structure.
该文研究了B位离子非化学计量比对损耗及有序结构的影响,研究发现,B位Zn2+、Nb5+偏离化学计量比越大,损耗越大,同时有序结构随着B位Zn/Nb离子间的比例变化而变化。
4) nonstoichiometric ratio
非化学计量比
1.
Influences of nonstoichiometric ratio on the electrochemical properties of Mm(NiCoMnAl)_5B_x hydrogen storage alloys;
非化学计量比对贮氢合金Mm(NiCoMnAl)_5B_x电化学性能的影响
2.
The nonstoichiometric ratio of SnO_(2-x) is controlled in the sputtering process by oxygen partial pressure.
通过控制溅射过程中的氧分压制备不同化学计量比的SnO2-x薄膜,研究非化学计量比对薄膜结构、成分以及气敏性能的影响。
5) non-stoichiometry
非化学计量配比
6) non-stoichiometric
非化学计量比
1.
Study on the magnetocaloric property of non-stoichiometric Gd_5Si_2Ge_2 alloy;
非化学计量比Gd_5Si_2Ge_2合金的磁热性能研究
2.
The phases and magnetic properties of non-stoichiometric MnFe(P,Si,Ge)alloys have been measured by XRD and magnetic measurements.
通过XRD和磁性测量对非化学计量比MnFe(P,Si,Ge)合金的相组成和磁性进行了研究。
3.
, the development of alloys from binary to multi-components, the development in the manufacture, and the development from stoichiometric alloys to non-stoichiometric alloys are concerned.
详细综述了贮氢合金的发展，内容涉及到三个方面，分别是贮氢合金从二元系向多元系的发展，贮氢合金在合成方法上的进展以及贮氢合金从化学计量比向非化学计量比的发展。
补充资料：整比
1.整理排比。
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