1.
The study on the energy release rate for cracks propagating of particle and matrix interface in functionally gradient materials(FGM) was carried out.
研究了功能梯度材料富陶瓷区金属颗粒界面断裂能量释放率。
2.
Based on the boundary Variational theorem, the energy release quantity and energy release rate (dynamical crack extension force) along the crack bounndary are obtained.
由此可以求得动态裂纹扩展时,沿裂纹边界的能量释放量和能量释放率(动态纹裂扩展力)。
3.
The energy release rate can also be established experimentally from measuring the compliance of the cracked body.
能量释放率也可用实验方法测量裂纹体的柔度而建立起来。
4.
Nuclear fission releases tremendous amounts of energy.
核裂变释放出巨大的能量。
5.
Analysis of strain energy release rate based on virtual crack closure technique
基于虚拟裂纹闭合技术的应变能释放率分析
6.
Influence of Material Characters on Bimaterial Interfacial Crack Energy Release Rates and Stress Intensity Factors
两种材料的性质对双材料界面裂纹能量释放率及应力强度因子的影响
7.
Toughening Mechanisms and Energy Release Rates of Smart Composites
智能复合材料的增韧机理与能量释放率
8.
An earthquake results from release of strain energy of an active fault under the action ofregional tectonic stress field.
地震是活动断裂构造在区域构造应力场作用下，应变能释放的结果。
9.
Numerical calculation of strain energy release rate and mode-mixity for interface crack tip of composites
复合材料界面裂纹尖端应变能释放率及模态混合度计算
10.
The Study of CO_2 Degassed from Deep Faults in Yunnan;
云南深大断裂温泉CO_2释放规律研究
11.
An exothermic reaction releases heat(energy).
放热反应释放出热量（能）。
12.
a nuclear reaction in which a massive nucleus splits into smaller nuclei with the simultaneous release of energy.
一个大的核子分裂为众多小核子并伴随能量释放的核反应过程。
13.
The elastostatical problem of the energy release in a shear crack was first created by Starr (1928).
剪切裂缝中能量释放的弹性静力问题最先由Starr（1928）进行了研究。
14.
Effects of simulated acid rain on the inactivity rate, adsorption rate, lysing cycle and burst size of cyanophage PP infecting the wild filamentous cyanobacteria
模拟酸雨对噬藻体PP失活率、野生藻的吸附率、裂解周期及释放量的影响
15.
Chemical changes that give off energy.
释放能量的化学变化
16.
Some of that energy is given back.
把部分能量再行释放。
17.
manually initiated power release
人工启动的能量释放
18.
a nuclear weapon in which enormous energy is released by nuclear fission (splitting the nuclei of a heavy element (uranium 235 or plutonium 239)).
一种由原子核（裂变重元素（铀或钚）的原子核）裂变释放巨大能量的武器。