chemical bond energy

At the same time, get the imaginary model in analyzing the crystal's structure combined the chemical bond's energy.

同时，本文通过对硅灰石的晶体结构的分析，结合晶格内键能的大小，得出了硅灰石的理想破碎模型；

Meanwhile, temperature characteristic and velocity of oxygen consumption are also studied by full-scale experiment. Using conversation of energy and estimation of chemical bond energy to obtain heat release of coal sample, the limit parameters of self-ignite of coal sample are made sure.

通过大煤样自然发火实验研究了煤样的升温速度特性、耗氧速度特性，采用能量守恒和化学键能估算法计算了煤样的放热强度，确定了煤样的自燃极限参数。

Direct measurement of chemical bond energy using chemical force microscopy

利用化学力显微技术直接测定化学键的强度

Sandpile Experiments Based on Self-Organized Criticality for Describing Algal Bloom Behavior& Quantum Computation of Chemical Bond Energy of Chlorophyll in Alga

水华暴发的SOC实验与藻体叶绿素量子化学计算

The flame retardant fundamentals were discussed based on the flame retardant chemical reactions, bond energy, heat transfer and reaction kinetics aspects.

本文从阻燃化学反应、化学键能、热传递和反应动力学角度分析卤素类阻燃剂的阻燃机理。

Influence of the chemical bond on the energy bands of the zinc blende structure

化学键对闪锌矿型晶体能带结构的影响

While GaN quantum dots as representatives of the self-assemble quantum dots have also become one of the most importance issues because of their large direct energy gap, strong atomic bond, high thermal coefficient and chemical stability.

而GaN量子点作为自组装量子点的代表，具有宽的直接带隙、强的原子键、高的导热率以及化学稳定性高和抗辐照能力强等诸多优点，也一直是人们研究的重点。

To treat the scattering collision in thermal energy region, anisotropy scatter and the effect of chemical bond between moleculaes are both considered.

本文在处理热能区的散射碰撞时，考虑了各向异性散射及分子间化学键的影响；

The chemical bond energy of a molecule is the one of the its thermochemical properties. The bond strength can measure the stability of the molecule. The bond energies can control the rate of many reactions and determine the chemical reaction mechanism.

分子中的化学键能是分子的热化学性质之一，键的强弱可以用来度量分子的化学稳定性的高低，键能值的高低基本上控制了许多反应速度的快慢，也确定了相应化学反应的机理。