1·Temperature stress is the next to be studied.
对于温度应力分析有待进一步研究。
2·HCSA, mass, temperature stress, shrinkage compensating.
大体积，温度应力，补偿收缩。
3·Secondly, temperature stress is solved by change of temperature field, and it is from heat load.
其次，根据温度场的变化求解锻模的温度应力。温度应力即为热负荷使锻模产生的应力。
4·The main causes of shaft wall fracture contain the reverse friction force and the temperature stress.
分析研究表明导致立井壁破坏的主要原因是井壁负摩擦力和温度应力。
5·The formula of temperature stress by analyzing the cause of the the thermal crack control of concret is given.
通过对混凝土温度裂缝机理的分析，总结了混凝土温度应力的公式。
6·High temperature stress will affect growth and increase death rate which may greatly reduce economic benefits.
说明高温应激影响蛋鸡的生长发育及提高死亡率，导致经济效益显著下降。
7·So it is important to analyze the temperature stress and research its valid control technique of this structure.
所以对超长混凝土结构温度应力的分析并研究其有效的控制技术具有重要的意义。
8·It can remarkably decrease the temperature stress caused by temperature change after using isolation technology.
采用隔震措施后，可以显著减小上部结构因温度变化而引起的温度应力。
9·The study looked at tomato seedling development and its susceptibility to low irradiance and low temperature stress.
探索幼苗叶片花青苷对低温弱光处理的番茄幼苗的光合作用是否具有保护作用。
10·Low temperature stress is one of the main environmental factors which limit plant growth, development and distribution.
低温胁迫是限制植物生长发育和分布的主要环境因子之一。