八面体结构的英文

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"八面体结构"怎么读用"八面体结构"造句

英文翻译手机版

octahedral structure

"八面体"英文翻译 octahedron; octahedrite; oct ...
"结构"英文翻译 structure; composition; cons ...
"多面体结构" 英文翻译 : polyhedral structure
"四面体结构" 英文翻译 : tetrahedral structure; tetrahedrite
"二十面体结构" 英文翻译 : icosahedral structure of virus
"八面体" 英文翻译 : octahedron; octahedrite; octahedral
"八面体正八面体" 英文翻译 : octahedron
"八面体；八面" 英文翻译 : octa
"八面的, 八面体的" 英文翻译 : octahedral
"八面体座, 八面体位置" 英文翻译 : octahedral site
"三八面体三角八面体" 英文翻译 : triakisoctahedron
"八面体变形" 英文翻译 : octahedral strain
"八面体层" 英文翻译 : octahedral layer
"八面体的" 英文翻译 : octahedral
"八面体对称" 英文翻译 : octahedral symmetry
"八面体粉粒" 英文翻译 : octahedral particle
"八面体构造" 英文翻译 : octahedral structure
"八面体滑移" 英文翻译 : octahedral glide
"八面体间隙" 英文翻译 : octahedral interstices
"八面体解理" 英文翻译 : octahedral cleavage
"八面体晶位" 英文翻译 : octagonal site
"八面体空位" 英文翻译 : octahedral voids
"八面体空隙" 英文翻译 : octahedral interstice
"八面体孔隙" 英文翻译 : octahedral hole
"八面体面" 英文翻译 : octahedral plane

例句与用法

So , the probability of adsorption of ldl to adsorbents increases in the presence of ca2 + . in addition , an octahedral coordination geometry that is beneficial to the adsorption for ldl may be formed around a calcium ion between neighboring sde ligands immobilized on paa
另外，从空间构象来考虑，当向吸附体系中加入caz ”后，固定于载体表面或其孔洞内的多个相邻配体及其间隔臂分子围绕钙离子可能形成一个有利于l l结合的八面体结构，这样也利于本吸附剂对ldl的吸附。
Abstract : this paper , by analyzing the effect of differences of mineral structure of 2 1 layer minerals , the properties of their interlayer charge and changes of some properties caused by weathering on the attractive force for interlayer cation , reached the conclusion that : the fixation capacity is determined by the ratio of the total amount of interlayer charge and that of tetrahedral charges . the relationship of interlayer cation fixation and octahedral structure of secondary minerals is probably different from that of primary minerals . the oxidation and reduction of variable valence cations can greatly influence the cation fixation capacity
文摘:分析2 1型矿物的结构差异、层间电荷性质以及在风化过程中某些性质的变化对层间阳离子吸引力的影响，对已有报道中一些矛盾的结果或不具普遍意义的结论进行了讨论.得出几个较为明确的结论：层间总电荷与四面体电荷所占比例大小共同决定矿物对层间阳离子的固定能力；原生矿物中八面体结构与层间阳离子固定间的关系对次生矿物而言，也许并不一致；八面体中可变价阳离子的氧化还原，可导致矿物固定阳离子能力发生较大变化