temperature limit

[ˈtɛmpərəˌtʃʊr ˈlɪmɪt][ˈtempəritʃə ˈlimit]

应用温度范围

  • So the energy doesn 't change with temperature in that low temperature limit .

    所以能量不随温度改变,在 低温 极限

  • So just write q vibrational in the low temperature limit 1 is just one .

    写下q振动,在 低温 极限下,等于。

  • The operating and detecting principle of temperature limit equipment were analysed and the hardware and software design were introduced in this paper .

    本文分析了 装置的工作和检测原理,介绍了检测仪的硬件和软件设计。

  • So in the high temperature limit the energy does change with temperature .

    所以在 高温 极限下,能量随温度变化而变化。

  • Because of course I 'm certainly in the high temperature limit .

    因为当然我一定,是在 高温 极限

  • Though the low temperature limit has not been tested we can reasonably deduce that the FOXY Sensor operates successfully well below the freezing point of water .

    虽然 低温 限制未进行测量,我们能适当地推定FOXY传感器在低于水的凝固点的 温度 运行也良好。

  • So we know it 's got to be zero at the low temperature limit .

    它应该是零,我们知道 低温 极限下。

  • The vibrational frequencies are usually high so that you 're not in the high temperature limit .

    的振动频率一般比较高,所以通常我们都不能用 高温 极限

  • So that 's the low temperature limit .

    那就是 低温 极限

  • So now let 's look at the high temperature limit .

    那么现在我们来看看 高温 极限

  • And we know that it 's this constant value in the high temperature limit .

    它是常数,我们知道在 高温 极限时。

  • But what we 've found is that in the high temperature limit we had the equipartition of energy result .

    但是我们会发现在 高温 极限下,我们可以得到能量均分原理。

  • What was the low temperature limit of the heat capacity ?

    热容的 低温 极限是什么?

  • In the low temperature limit 1 it 's just one right ?

    低温 极限下, 函数就等于?

  • In one case when the high temperature limit where kT is much bigger than any of this stuff .

    第一种情况,在 高温 极限下,当kT比这些状态的能量都高。

  • But work bigger allowed temperature limit rotational speed is low .

    但工作时, 较大,允许 极限转速较低。

  • I 'm at the low temperature limit for the molecular vibrations of nitrogen or oxygen .

    低温 极限下,对于氮或氧的分子振动。

  • And in the other case In the low temperature limit now let 's say kT is really low .

    对于另一种情况,在 低温 极限,现在比方说kT很低。

  • So the high temperature limit physically is one that 's simple to understand .

    因此 高温 极限,从物理的角度是容易理解的。

  • In this design the heat transfer efficiency is generally limited by the size of the furnace and the temperature limit of the refractories .

    采用这种方法时,传热效率往往会受到窑炉的尺寸大小和窑炉耐火材料所能承受的 极限 温度的限制而大打折扣。

  • The limiting factor in valve selection is the lowest temperature limit of the packing or seat .

    阀门选型的限制因素是密封填料或阀座的最低 温度 限制

  • Then you have the same high temperature limit to it .

    然后你对它有相同的 高温 极限

  • There 's only one allowed possible state in the low temperature limit .

    只有一种允许的可以被占据的态,在 低温 极限下。

  • You immediately go to the high temperature limit .

    你马上就达到 高温 极限

  • And in the low temperature limit now go to the opposite limit .

    对于 低温 极限,即相反的极限。

  • Namely the low temperature limit is zero .

    也就是, 低温 极限是零。

  • So in the high temperature limit we can easily calculate things .

    因此在 高温 极限下,我们可以很简单进行计算。

  • The high temperature limit .

    高温 极限

  • Temperature limit equipment detector for aeroengine was used to detect the performance of temperature limit equipment for aeroengine .

    航空发动机 装置检测仪用来检测发动机限温装置的性能。