These act like batteries when they undergo a temperature change: attach electrodes to them and they generate a current.
它们经历温度变化时会像电池一样工作：给它们接上电极，它们就会产生电流。
They could trace the growth and shrinkage of continental glaciers, even in parts of the ocean where there may have been no great change in temperature—around the equator, for example.
他们可以追踪大陆冰川的生长和收缩，即使是在温度变化不大的海洋区域——比如，赤道附近。
Is it some global temperature change or weather pattern like El Niño?
它是种全球性气温变化，还是厄尔尼诺那样的天气现象？
Only during the short lag between onset of global temperature change and sea level response can warm-adapted species migrate from the equator toward higher latitudes.
只有在全球气温变化开始和海平面反应之间的短暂滞后期间，适应气候变化的物种才能从赤道向高纬度地区迁移。
Although change in carbon dioxide content closely follows change in temperature during periods of deglaciation, it apparently lags behind temperature during periods of cooling.
虽然在冰川消退期间二氧化碳含量的变化与温度的变化密切相关，但它显然滞后于冷却期间的温度。
温度也会发生变化。
First is climate change, marked by a 1-degree Fahrenheit rise in average yearly temperature across the western states.
首先是气候变化，记录显示，西部各州的年平均气温上升了1华氏度。
That means our body temperature will change with different colors.
那意味着我们的体温会随着不同颜色而变化。
And it relates the temperature change in the Gibbs free energy with the enthalpy change.
这个方程把吉布斯自由能中的温度变化，和焓的变化联系起来。
All you care about is what was the temperature change?
所有需要关心的就是温度的变化？
Now to make that happen, it's not adiabatic, right. If I wanted to do that, I'd need a heating element or something to cool, so I could make that temperature change happen, right.
要实现这点，它就不会是绝热的，对吧，如果我想做到这点，我需要一个加热元件或什么制冷的东西，这样我才能让温度变化。
For example, you might only be interested in a temperature change when it’s over two degrees, or unique RFID tag reads as opposed to duplicate reads.
例如，您可能只对大于两度的温度变化或读取了唯一的RFID标签（而不是重复标签）的情况感兴趣。
OK, two, now it's a temperature change, right?
好，第二步，现在温度发生了变化，对吧？
The rate of melting in the Arctic isn't just a function of temperature change; local weather conditions, snow cover and ocean currents can also influence ice loss.
北极冰的融化速度加快只是气温变化的一种后果；当地的天气状况，冰雪覆盖程度和洋流都影响着冰的消融。
By cutting carbon dioxide emissions as well as controlling soot and methane, the global temperature change could be kept under 2 degrees Celsius (4 degrees Fahrenheit) in the short term.
就短期来看，在减少二氧化碳排放量的同时控制烟灰和甲烷的排放将使全球气温变化控制在2摄氏度(4华氏度)以内。
So if you want to do a finite temperature change, now what you need to do is, you need to integrate.
如果你希望温度有一个有限的变化，现在你需要做的就是积分。
Amount of temperature change depends linearly on the molality of B, with a constant that depends on what the mixture is.
温度的变化量，正比于b的摩尔数，比例常数和混合物是什么有关。
On top of that, there is weak dependence on voltage by these lasers, and they are not sensitive to temperature change.
除此之外，这些激光器对电压依赖程度低，对温度变化也不敏感。
Now, the coefficient that relates the amount of heat in to the temperature change is obviously going to be different for these two cases.
在这两个例子中，很显然联系热量和温度变化的系数，是不一样的。
In short, synchronous periods of relative peace and turbulence during those 500 years were a global phenomenon seemingly linked to temperature change.
简言之，相对的和平稳定与战争动乱，呈周期性波动，是这个500年期间一个全球性的现象，这似乎与气温变动周期相关联。
Lord Oxburgh and his colleagues were not concerned with whether CRU's scientific findings, which are based on records of temperature change from instruments and natural proxies, were correct.
从仪器量测和自然界代表性物体所取得的温度变化记录是CRU论述的根据。
The problem is that a toilet flushing draws cold water away from the shower, making for a quick and unpleasant temperature change.
但问题是冲厕所会把洗澡用的冷水抽走，让水温立即变得让人难受。
Increase or decrease in a timely manner according to temperature change clothes.
根据气温变化及时增减衣服。
Well, I can say that the temperature change that I'm looking at is also pretty small.
好，我能说温度变化，基本上很小。
It's reversible. It's a temperature change.
是可逆的，温度是变化的。
The rate of melting in the Arctic isn't just a function of temperature change;
北极冰的融化速度加快只是气温变化的一种后果；
The very significant correlations between temperature change, war frequencies, and population declines at the global and continental scales have been verified by different quantitative methods.
气候变化与战争发生的频率以及人口下降在全球和大陆的尺度上有着非常的相关性，对此，我们已经通过不同的量化方式加以论证。
The very significant correlations between temperature change, war frequencies, and population declines at the global and continental scales have been verified by different quantitative methods.
气候变化与战争发生的频率以及人口下降在全球和大陆的尺度上有着非常的相关性，对此，我们已经通过不同的量化方式加以论证。
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