One type is the schottky defect in ionic crystals . 在離子晶體中有一類是斯考特庫缺陷。
When an ionic crystal dissolves in a solvent, the ions break off from the crystal . 當離子晶體溶解于溶劑時,離子由晶體脫落。
Consisting of the protracting graph of hydrogen - like atom ' s angle distributing , computer simulation of the symmetry of molecular orbital and chemical reaction mechanism , showing the molecular point group and symmetry element , computer simulation of molecular vibration , bravias ' s crystal lattice and their transforming , extracting of plane periodic lattice , extracting of solid periodic lattice , close packing of isometrical pellet and the structure of simple mental substance , close packing of unequal pellet and crystal structure of representative ionic crystal , computer simulation of phase analysis by x - ray diffraction 內容包括類氫原子角度分布圖的繪制,分子軌道對稱性和反應機理的微機模擬,分子點群和對稱元素顯示,分子振動運動的微機模擬,布拉維晶格和晶格轉化,平面點陣抽取,立體點陣抽取,等徑網球的密堆積和金屬單質結構,不等徑圓球密堆積和典型離子晶體結構, x射線多晶衍射的微機模擬十個子模塊。
In the first part of this paper , we use solids theory to get the eos of ionic crystal and metal crystal , and use the datum of hugoniot of many solid materials , and make use of the least - square program to get the born - mayer potential parameters . this parameters can use in the theory calculation of eos 在本文的第一部分,利用固體理論推導了離子晶體和金屬晶體的狀態方程的理論形式,又根據多種固體材料的hugoniot沖擊壓縮實驗數據,運用最小二乘法曲線擬合程序確定出它們的born - mayer勢參數,經驗證這種勢參數完全可以運用于實際的狀態方程的計算中。