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1)  lattice energy
晶格能
1.
QSPR modeling of mineral crystal lattice energy by BPNN
基于BPNN的无机离子晶体晶格能的QSPR研究(英文)
2.
The regression equations between 0B、1B and F center energy band (E(F),eV), lattice energy (U, kJ·mol-1) and standard entropy (Sm0,J·mol-1·K-1) are obtained respectively as.
用其中0B、1B分别与20种碱金属卤化物的F心能带[E(F)]、晶格能(U)、标准熵(Smθ)性质关联,它们的相关系数(R)依次为0。
3.
The correlation coefficient of Az and △Xp(the electronegativity difference) with lattice energy and standard heat of formation 20 kinds of alkaline halides is 0.
根据碱金属卤化物的离子半径R,有效核电荷数Z*提出了一个新的拓扑指数Az,并将Az、△Xp(电负性差)与20种碱金属卤化物的晶格能、标准生成焓进行关联,拟合的回归方程的相关系数为0。
2)  energy of crystal lattice
晶格能
1.
The net stability and crystallization of the gel-glass was analyzed by energy of crystal lattice.
利用晶格能对凝胶玻璃的稳定性与析晶特性进行了定性分析。
2.
Using A site energy of crystal lattice and B site electric field power,the Curie temperature was anylyzed,and the result was agreement with that of experiment.
测定了La1 -xAx(MnB)O3型巨磁电阻钙钛矿化合物在不同组成时的居里温度 ,利用A位离子对晶格能的贡献和B位离子极化力的变化分别对A和B位离子掺杂及A B位离子组成同时变化时钙钛矿的居里温度进行了分析 ,结果与实验一致。
3.
The method of determination for the energy of crystal lattice in experiment is introduced and the method of theoretical calculation for the energy of crystal lattice is also discussed.
介绍了晶格能的实验测定方法,讨论了晶格能的理论计算方
3)  crystal lattice energy
晶格能
1.
The crystal lattice energy of the superconducting phase has been calculated in different oxygen content.
62)正交相晶格能与氧含量的关系。
4)  lattice potential energy
晶格势能
1.
Interionic separations γi at the tensile fracture of NaCl-type ionic crystals have been calculated on the bases of the characteristic of the lattice potential energy curve, and compared with the values of ion spacing γi determined at melting temperature with the help of the isobaric equation of state.
从晶格势能曲线的特点出发,根据晶体拉伸断裂时的理论条件,计算了NaCl-型晶体拉伸断裂时的离子间距γi。
5)  lattice energy
晶格能量
6)  crystal vibration energy
晶格振动能
1.
Methods The crystal potential energy and crystal vibration energy were used to analyze the change of the free energy in shape memory alloy and calculate the quantity.
方法根据固体理论,利用晶格原子势能和晶格振动能,讨论在形状记忆合金相变过程中热力学能的变化,分析热力学能的具体表现形式,并给出能量转化的量。
补充资料:晶格能
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性质:亦称点阵能。是指由相互远离的气态离子或分子形成1mol化合物晶体所释放出的能量。晶格能是衡量晶体中离子间或分子间键结合能总体大小的一个量度。晶格能较难由实验直接测定,但可根据玻恩(M. Born)-哈伯(F. Haber)热化学循环,由金属元素M(气体)的电离能、非金属元素X(气体)的电子亲和能、M(晶体)的升华热和MX;(晶体)的生成热等间接推算出由气态M+与X-生成1molMX晶体的晶格能。对各类二元离子型晶体,其晶格能一般不难由理论计算导出。

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