A temperature distortion generator burning hydrogen in front of engine inlet produces thermal disturbance.
热扰动是由安装在发动机进口前的氢燃烧温度畸变发生器产生的。
The results showed that the tensile strength, thermal-oxidative stability, flame retardancy and heat distortion temperature of the composites are enhanced with increasing MHSH contents.
实验结果表明，复合材料的拉伸强度、热氧化稳定性、阻燃性能和热变形温度随着MHSH含量的增加而显著提高。
So accurate temperature field and thermal distortion field analysis is the key to resolve these problems.
对于输出窗准确的温度场和热形变场研究是解决热透镜效应的关键。
Aiming at the lost accuracy happened in HEL (hot embossing lithography) because of thermal distortion, room-temperature imprint lithography is proposed.
针对热压印光刻工艺中因热变形而导致精度丧失的问题，提出了冷压印光刻。
Fortunately the research method and obtained results have universality, which can be applied to analyze temperature field and thermal distortion field with axial symmetry thermal models.
研究方法和所得结论具有普适性，可以应用到其它具有轴对称性热模型产生的温度场、热形变分析工作中。
Analytic solutions of temperature and stress distributions in condition of CW and pulse pumping are given. We have analyzed and discussed the thermal distortion in the slab.
给出了板状介质在重复率泵浦和连续泵浦情况下的温度分布和应力状态的解析解，对板的热效应进行了分析与讨论。
Analytic solutions of temperature and stress distributions in condition of CW and pulse pumping are given. We have analyzed and discussed the thermal distortion in the slab.
给出了板状介质在重复率泵浦和连续泵浦情况下的温度分布和应力状态的解析解，对板的热效应进行了分析与讨论。
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