高温极限。
So that's the low temperature limit.
那就是低温极限。
高温极限。
Namely, the low temperature limit is zero.
也就是，低温极限是零。
So now let's look at the high temperature limit.
那么现在我们来看看高温极限。
What was the low temperature limit of the heat capacity?
热容的低温极限是什么？
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。
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。
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。
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。
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'll happen in the high temperature limit might vary, depending on the structure of the energy levels.
在高温极限下，不同自由度的配分函数会有不同，这依赖于他们具体能级结构。
So du/dT isn't going to be zero in the high temperature limit, in this case. But it stops changing at some point.
所以du/dT在这样的高温极限下不会是零,但它在某一点就不再变化。
But if we're in the low temperature limit, maybe we're in such low temperature that only the lowest possible state is occupied.
如果我们考虑低温极限，比如温度是如此的低以至于，只有能量最低的状态可以被占据。
So it's easy to get into the high temperature limit, in that case. Where you basically see a temperature independent heat capacity.
所以它很容易到高温极限，在那种情况下，你基本上就能看到，不依赖于温度的热容。
Temperature limit equipment detector for aeroengine was used to detect the performance of temperature limit equipment for aeroengine.
航空发动机限温装置检测仪用来检测发动机限温装置的性能。
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 operating and detecting principle of temperature limit equipment were analysed, and the hardware and software design were introduced in this paper.
本文分析了限温装置的工作和检测原理，介绍了检测仪的硬件和软件设计。
Based on this, the experiment for inspecting and verifying has been done using temperature limit analyzer and its result is in accordance with the expected one.
在此基础上利用温度界限分析仪进行了进一步的验证试验，结果符合预期。
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下运行也良好。
A system model for evaluation of BF life is created so as to determine each factor influencing the BF life and the temperature limit in hot surface of the cooler.
为探讨高炉长寿问题，建立了一套高炉寿命评价系统模型，以确定影响高炉长寿的各种因素及冷却器热面极限温度值。
The intermittent drying parameters, such as heated air temperature, limit time of heating, tempering temperature and tempering time, were studied.
研究了稻谷的间歇干燥工艺参数——干燥介质温度、极限受热时间、缓苏温度和缓苏时间。
The intermittent drying parameters, such as heated air temperature, limit time of heating, tempering temperature and tempering time, were studied.
研究了稻谷的间歇干燥工艺参数——干燥介质温度、极限受热时间、缓苏温度和缓苏时间。
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