而在高温低周疲劳条件下裂纹是在粘结层与高温合金基体的扩散层处。
However, cracks initialized in the diffusion layer between substrate and bond coat when TBCs were tested with low cycle fatigue at high temperature.
而在高温或高浓度的碱性溶液中薄膜表面难以形成稳定的钝化保护层。
Nevertheless, in higher temperature or solution concentration of the alkaline solutions, the formation of stable passive layer is very difficulty.
而在高温辐照条件下，即使辐照剂量率较高，其辐射损伤也有显著的差异。
However, while irradiated at elevated temperatures, even the irradiation dose-rate is higher, the radiation damage of the transistor has marked difference.
然而在高温燃烧环境下，气体辐射在总的热量传递中占有不可忽略的比重。
However, under high temperature combustion conditions, gas radiation is very important in the total heat transfer.
计算的热膨胀量在低温区与实验结果基本一致，而在高温区明显偏低于实验结果。
The calculated thermal expansion is in good agreement with the experimental data at low temperature, and lower at high temperature.
现在，似乎在月球内部的某些地方仍处于高温，也可能它是很大的一片地方，然而在表面上，没有高温的特征，例如没有火山。
Right now there seems to be heat someplace inside the moon, possibly a great deal of it. On the surface, however, there is no sign of heat-no volcano, for example.
2007年，首次用十年预测系统进行的研究，正确预测了还将有数年不会出现创纪录高温，而在此之后，温度会明显上升。
In 2007 the first study using DePreSys correctly predicted that there would be a few more years which would set no records. After this, it said, there would be a definite rise in temperature.
然而在表面上，没有高温的特征，例如没有火山。
On the surface, however, there is no sign of heat — no volcano, for example.
无机陶瓷膜由于其耐高温、耐化学腐蚀、耐生物侵蚀等特性，因而在食品与发酵工业有着广泛的应用前景。
The inorganic ceramic membrane has great potential in food industry owing to its unique advantages such as thermal, chemical and microbiological resistance compared with organic one.
国外的对它的研究主要集中在它的高度耐涝性，而在国内的分布显示它对干旱、盐、低温与高温生境有很强的适应能力。
Current researches about it are mainly focused on its flooding tolerance, and its habitats in China implies that it is vet adaptive to drought, salt, both low and high temperature.
无机陶瓷膜由于其耐高温、耐化学腐蚀、耐生物侵蚀等特性，因而在油脂工业有着广泛的应用前景。
The inorganic ceramic membrane has prosperous prospect in oil industry because of its unique advantages such as thermal, chemical, solvent and microbiological resistance compared with organic one.
而在发生火灾时，其实最有杀伤力的是烟雾，有毒烟雾随着高温铺面而来，人员几分种里就会昏迷。
But in the event of a fire, in fact is the world's most destructive diseases of smoke, along with the high temperature smog pavement, staff will be in some kind of coma.
蠕变粘度在较低温度下随时间增加较快，而在较高温度区随时间增加较缓。
The creep viscosity increased rapidly at low temperature, but changed quite mildly at h...
蠕变粘度在较低温度下随时间增加较快，而在较高温度区随时间增加较缓。
The creep viscosity increased rapidly at low temperature, but changed quite mildly at h...
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