你改变温度，但没有其他的改变发生。
事实上，体温(或周围的温度)是没有什么影响的。
In fact, the body temperature (or ambient temperature) makes no difference at all.
把温度改变一点，也没有足够的能量使分子跃迁。
Change the temperature a little bit, still not enough thermal energy to get up there.
空间里的一个孤零零的分子并没有确切的温度。
A single molecule floating in space does not really have a temperature.
如果在与之间没有热量流动，那么我就可以说，好吧与处于相同的温度。
If there's no heat flow between the b and c, then I can say all right, a and c were the same temperature.
肖子牛说道：“对于温度改变多少是危险的，现在还没有一致的结论。”
"There is no agreed conclusion about how much change is dangerous," Xiao said.
没有冷库温度的记录。
在居里温度以上，没有自发的磁化。
Above the Curie temperature there is no spontaneous magnetization.
但是，如果你回顾之前的内容，你会发现文中没有直接交代出温度有多少。
However, if you look back, you'll see that there is not direct statement about temperature in the passage.
他们似乎没有注意到温度的变化。
温度是影响液相色谱分析的重要因素，但是其作用却一直没有得到很好应用。
Temperature was an important factor to HPLC, but it has not been well studied.
没有温度或压力的变化，物资永久不能以一种状况变到另一种状况。
Without the temperature or pressure changed matter can never change from one state into another.
洗澡游泳，如果没有发生大的温度变化。
如果没有我们这颗恒星的热能，地球的温度对生命来说就太寒冷了。
The earth would be too cold for life without our star's heat energy.
恐龙如何较好地经受温度调节和控制体温是另一个还没有回答的问题。
How well dinosaurs could thermoregulate and control body temperature is yet another unanswered question.
在手腕上测试温度是否合适。立即使用，没有吃完的要倒掉。
Test temperature on wrist before feeding. Feed immediately. Discard unfinished feeds.
被测物体的温度并没有对开关点的影响。
The temperature of the measured object has no influence on the switch point.
太阳内的温度是如此之高，以致没有东西能以固态存在。
The temperature in the sun is so high that nothing can exist in the solid state.
在读取精确的温度时没有任何问题。
I haven't had any problems with getting an accurate reading.
在读取精确的温度时没有任何问题。
I haven't had any problems with getting an accurate reading.
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