A very high temperature often denotes a serious illness.
高烧常常说明病得很重。
He began to run an extremely high temperature.
他开始发严重高烧。
It melts at very high temperature.
它在高温中熔化。
The patient's running a high fever.; The patient has a high temperature.
病人烧得厉害。
高温极限。
高温极限。
So these are the high temperature limits.
那么这就是高温极限。
What's the heat capacity at high temperature?
高温时的热容是什么？
Your child may also get a high temperature.
你的孩子还可以有高烧。
So now let's look at the high temperature limit.
那么现在我们来看看高温极限。
You immediately go to the high temperature limit.
你马上就达到高温极限。
And we've seen what the high temperature limit is.
高温极限下振动部分我们见过。
The high temperature for today was 78 degrees.
今天最高气温达到了78华氏度。
Then you have the same high temperature limit to it.
然后你对它有相同的高温极限。
The substances fused at a very high temperature.
这种物质在非常高的温度时熔化。
The valve for high temperature and pressure medium.
这种阀门适用于高温高压介质。
A very high temperature keeps the iron in a molten state.
高温就使得铁保持熔化状态。
The model could give an almost arbitrarily high temperature!
最后这个模型给出了一个高得难以想象的温度。
And I'm going to assume we're in the high temperature limit.
假设我们，在高温极限。
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。
In particular, what happens here in the limit of high temperature.
特别是，高温极限时会发生什么。
If we boil the water to a high temperature, it will become gas.
如果把水煮沸到一定高的温度，它就会变成气体。
So in that case, the high temperature limiting heat capacity is zero.
所以在这种情况下，高温极限的热容是零。
High temperature, dry and common disinfectants can kill the virus.
高温、干燥以及常用消毒剂都可以杀灭这种病毒。
So at high temperature, well we can start by just looking at the energy.
那么在高温时，我们从能量开始。
Because of its high temperature, it appears blue-white to the human eye.
由于它的高温，似乎在人眼看来为蓝白色。
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。
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 they figured how to do this at high pressure and high temperature.
因为他们了解了，怎样在高压高温下进行这个反应。
Because they figured how to do this at high pressure and high temperature.
因为他们了解了，怎样在高压高温下进行这个反应。
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