晶体的结构的英文

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英文翻译
造句

crystalline structure minerals etc

晶体 crystal; vitrella; crystal b ...
的 4次方是 The fourth power of 2 i ...
结构 structure; composition; cons ...
聚体的结构 structure of polymers
身体的结构 the mechanism of the body
染色体的结构改变 chromosome structural change
系属结构晶体的 lineage structure
染色体的结构与组织 chromosome structure and organization
未形变晶体的基本结构 basic structure of unstrained crystals
晶体的 crystalline
砌体的结合 binding of stones
晶体的，水晶，晶体 crystal
软管系统运输液体的结构整体性 structural integrity of flexible piping systems conveying liquids
石砌体的结合 binding of stones; bindingofstones
多晶体的 multicrystal; polycrystalline
非晶体的 non-crystal; vitreous
共晶体的 eutectiferous
含晶体的 crystalliferous
晶体的固定 crystal mounting
晶体的光激 excitation of crystal
晶体的光轴 optical axis of crystal
晶体的块结 caking of crystals
晶体的培育 crystal bring up
晶体的投影 projection of crystal
类晶体的 crystal-like

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例句与用法

Moreover , we got the accurate figure of the crystal structure of ti stone through the rietveld method
还通过rieweld方法对钛宝石晶体的结构进行了精确的表征。
Nano - caco _ ( 3 ) only affects blends " degree of crystallization , but do not affect the crystallization structure
一caco3只对树脂体系的结晶度有轻微的影响，不影响晶体的结构。
The thesis begins with the structured features and mainly discusses the fundamental optical characteristics of finite - period 1d photonic crystal
本论文从一维光子晶体的结构特点出发，着重研究了有限周期一维光子晶体的基本光学特性。
Finally , a fouling crystal treated with electromagnetism is compared with that of untreated under an electric microscope . they were found to have different structure . the fouling crystal treated with is less compacted in structure
4 、将经过电磁处理的污垢晶体和未经过电磁处理的污垢晶体在扫描电镜下进行观察和分析，发现电磁抗垢技术的机理是改变了污垢晶体的结构，由致密型的霰石变为松散型的方解石。
Abstract : in order to elevate a progressive cognition , promote the research and development of the classes and qualities of the diamond , the effects of the elements of b and n on the crystal structure , properties and application technology of synthesis diamond were introduced
文摘:介绍了硼氮元素对合成金刚石晶体的结构、性质与应用技术的影响,来提高人们对它的进一步认识,以促进对它的研究和开发,使金刚石品种、质量等得到迅速的发展。
After geometry optimization , their energy band structure , densities of states were calculated and analysised . we also calculated the model of doping cr , which can change the energy band structure of cdgeas2 , the result is valuable for decreasing optical absorption . through the energy analysised , it was suggested that a germanium - on - arsenic anti - site defect was the most possible defect which may be associated with the 5 . 5 micron absorption , the result of analysis are agreement with the research of epr , so the calculates are accurate
运用密度泛函理论计算,建立纯砷化锗镉晶体的结构模型并对之进行结构优化,使理论模型更加接近真实结构,从而研究纯砷化锗镉晶体的能带结构和态密度、光学性质;分别建立砷空位模型( vas - cdgeas2 ) ,锗占砷位模型( ge / as - cdgeas2 ) ,分别计算它们的能带结构、态密度、光学性质。
In the processing of single crystal materials , it was found that the sectorial distribution of light and shade appears on the surface , which is the main factor of affecting processing surface quality . therefore starting from the crystal structure , this paper first researched on kdp crystal mechanics characteristics in different crystal plane and orientation through theoretical analysis and nano - indentation experiment , separately calculated the young ’ s modules and shear modules of kdp in different crystal plane , and systematically analyzed the change rule of young ’ s modules and rigidity along with the crystal orientation
在单晶脆性材料的加工中,人们发现加工表面产生明暗相间的扇形分布,这种明暗相间扇形分布是影响加工表面质量的主要因素,因此本文从晶体的结构出发,首先对kdp晶体不同晶面、不同晶向的力学性能进行了理论分析和纳米压痕实验研究,分别计算了kdp晶体不同晶面上弹性模量和剪切模量,并系统地分析了弹性模量和硬度随晶向的变化规律。