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习性调制
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     The theoretical habits of several polar organic crystals have been analyzed according to BFDH law and the attachment energy model (AE) in order to compare with the practical morphologies.
     本文从BFDH法则、PBC理论和分子间作用力出发,探讨了极性有机晶体的理论习性及其预测,并和实际晶形进行了比较,一方面加深了对极性有机晶体生长机理的理解,另一方面则利用这一机理探讨了极性有机晶体的习性调制
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  相似匹配句对
     Habits and characterivtics of dugesia gonocephala
     真涡虫的习性
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     the ways of modulation and demodulation;
     调制和解调的方式;
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     Modulation Contrast Microscopy
     调制衬比显微术
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     LIVING HABITS OF THE BADGER
     獾的生活习性
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  habit modification
The fibres are then contained in (001) cubic planes, and follow the cleavage planes of the [100] cube faces.3.Habit modification of the crystals does not occur.
      
Flux growth and habit modification of CaWO4 crystals
      
Growth and habit modification of sodium chlorate crystals
      
An apparent simple genetic control of growth habit modification towards semi-climbing and climbing types is proposed as the major reason for increased yields in these crosses.
      
However, the identities of the complexes responsible for the habit modification have not been established.
      
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The theoretical habits of several polar organic crystals have been analyzed according to BFDH law and the attachment energy model (AE) in order to compare with the practical morphologies. Since polar organic crystals have a special internal structures, i.e. the different interface structures of two polar faces, which have the different interaction with solvent (tailor made) additive molecules leading to the habit modification, it is possible for us that growth habits of polar organic crystals can be controlled...

The theoretical habits of several polar organic crystals have been analyzed according to BFDH law and the attachment energy model (AE) in order to compare with the practical morphologies. Since polar organic crystals have a special internal structures, i.e. the different interface structures of two polar faces, which have the different interaction with solvent (tailor made) additive molecules leading to the habit modification, it is possible for us that growth habits of polar organic crystals can be controlled based on the interface solvent interactions bay choosing a suitable solvent or tailor made additive. In this paper,the theoretical habits of several polar organic crystals such as 4 nitro 4' methyl benzilidine aniline (NMBA) are predicted and the morphology controls are suggested.

本文从BFDH法则、PBC理论和分子间作用力出发,探讨了极性有机晶体的理论习性及其预测,并和实际晶形进行了比较,一方面加深了对极性有机晶体生长机理的理解,另一方面则利用这一机理探讨了极性有机晶体的习性调制。根据极性有机晶体的结构特征即晶体分子具有特殊的排列方式,使得晶体沿极轴方向上的两个极性界面的结构不同,和晶体生长界面与溶剂分子的相互作用的差异,探讨了通过溶剂效应和习性调制剂来实现晶体生长的形态控制问题。

 
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