晶格

Therefore crosschecking the ascension grid work and retrieving anything lost each day in meditation is a wise ascension practice that will assure a more greatly complete ascension and a less likely chance of ascending into disease.

因此在每日冥想中交叉检查提升晶格层并恢复所丢失的一切，那将是一个明智的提升练习，它能确保提升更为完全且更少可能进入疾病。

This material crystallises in a quite remarkable geometry, the so called pyrochlore-lattice.

这种物质材料以一种非常显著的几何形状结晶化，所以叫做烧绿石晶格。

This material crystallises in a quite remarkable geometry, the so called pyrochlore-lattice.

他们研究的材料是一种钛酸镝单晶体，这种材料可结晶成相当显著的几何形状，也被称为烧录石晶格。

In the second chapter we introduced the lattice vibration of the integrated lattice, discussed the one dimensional monoatomic chain and one dimensional diatomic chain, and drew out clear picture of the lattice

对一维单原子链和一维复原子链的情况分别进行讨论，给出了明晰的晶格振动图像。

The new fabrication method comes as manufacturers reach the limits of hard disc miniaturisation using traditional manufacturing techniques and look to so-called "patterned media"– regular arrays of magnetic material on the disc surface – as the way ahead.

这种新制造方法出现之际，制造商利用传统制造工艺进行的硬盘小型化已达到极限，并将所谓的&晶格介质&——磁性材料在磁盘表面的规则排列——视为未来的发展之道。

Effect of interface states, lattice, ionized impurities, and surface roughness scatterings on model, where the interface-state scattering mechanism includes electrically-shielded effect of carriers.

该模型包括了界面态、晶格、杂质以及表面粗糙等散射机制的影响，其中界面态散射机制考虑了载流子的屏蔽效应。

The first-order and second-order Raman scatterings of the silicon nanowires were studied in a temperature range from 123 K to 633 K.

在123K到633K范围内研究了纳米硅线Raman光谱的温度依赖关系，应用热效应非简谐过程，声子限域模型和晶格扩展效应分析研究结果；引入光子－电子－声子Raman散射过程解释了声学声子模峰强与光学声子模峰强的比值的温度依赖关系。

The obtained results are in good agreement with the experimental observations,this shows clearly that the spectrum levels,which do not exist for the standardized crystal-field theory,are due to the dynamic Jahn-Teller effect in those crystals. Some theoretical Jahn-Teller effect splittings presented,which are not found in exising experiments,are in need of further theoretical and experimental studies.

理论计算的结果与实验符合得很好，说明了在该物质中用经典晶体场理论无法解释的红外谱线，的确是由Fe2 和Cr2 离子与半导体晶格之间的动态阳-泰勒效应所产生；并且理论计算还预示存在一些新的谱线有待实验和理论工作者的进一步验证。

The wide ionic substitution in NZP materials makes their physical properties tailorable to meet application needs when changing the composition. Thermal expansion behavior of NZP ceramics is one example.

NZP型陶瓷材料的最大特点在其晶体结构中，三种阳离子(Na/sup +/，Zr/sup 4+/，P/sup 5+/)的晶格位置都有广大的取代空间，使得NZP型材料可以藉由成分的变换，来调整其物理性质，以配合实际应用上的需求。

The sharp rising process of the reflectivity was explained quantitatively well based on the model of Auger recombination of high density plasma and Auger-recombination-induced heating to lattice, which showed the heating effect induced by Auger recombination in high density plasma should be the main mechanism of ultra-short laser pulse-induced phase change.

利用高密度等离子体的Auger复合及其感应的晶格加热模型较好地定量解释了反射率从最小到最大的快速变化过程，表明高密度等离子体的Auger复合加热导致的热效应可能是超快激光诱导相变发生的主要机制。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。