英语释义

1. the quantity of heat required to raise the temperature of a body one degree — called also thermal capacity

片语

heat dissipating capacity散热量

heat storage capacity蓄热能力；热储量；蓄热特性

heat-capacity curve扬程特性曲线

heat-capacity lag热容量滞后

Heat release capacity热释放量

heat-capacity flowrate热容流率

condensing heat recycling capacity冷凝热回收量

heat storing capacity蓄热能力

instantaneous heat proof capacity瞬间耐高温能力

英汉例句

• you calculate how much heat is released in the reaction. and then what「s going to matter is what」s the heat capacity of the whole, of the calorimeter?

  就是计算在反应中,放出了多少热量,接下来关键的是,整个量热计的热容是多少？

• so we「ve seen the heat capacity limiting cases.

  那么我们已经看到热容的极限情况。

• why did the heat capacity go to zero at low temperature?

  为什么热容在低温时是零？

• and in particular, i want to talk about both the heat capacity and the energy that we」ve seen.

  特别地，我想谈谈热容,和我们已经看到的能量。

• so your heat capacity is zero.

  所以你的热容是零。

• gray says the ocean「s thermal heat capacity is high and sea-surface temperatures are increasing; what」s more, a la nina effect, bringing cold water to the eastern equatorial pacific, has taken hold.

  格雷表示，目前海洋的热容量很高，海面温度也在不断上升；而且更为重要的是，在拉尼娜现象的作用之下，冰冷的海水被带到东太平洋赤道处。

• heat capacity depends on path.

  热容是与路径有关的。

• i didn「t even need to know that heat capacity of the product, right. because it」s effect the thermal mass of the product is negligible compared to the thermal mass of the calorimeter.

  我甚至不需要知道生成物的,热容是多少，因为生成物的,热质量的作用相比于,量热计的热质量是可以忽略的。

• so, we do an integral over a path, dt for the heat capacity along that path, dt.

  因此，我们沿着路径做一个积分，热容。

• and they were familiar with the fact that when you got to ordinary temperature --room temperatue the heat capacity was temperature independent.

  他们对这样的事实很熟悉,当你在通常的温度--室温,热容是不依赖于温度的。

• 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。

• heat capacity relates the amount of heat that you add to the system to the change in temperature, and this is the relationship.

  热容联系起给系统提供的,热量和温度的变化，关系式是这样的

• what「s the heat capacity at high temperature, if there」s a finite number of states available?

  如果有有限数目的可能的状态，高温时的热容是什么？

• it「s related to the heat capacity, the constant volume of heat capacity and something you could measure.

  它联系了热能，恒容热容和一些,我们能够测量的物理量。

• here it」s different, so now we have you know before, when we had a limited number of total states, remember what happened in the heat capacity at high temperature.

  这里它是不同的所以我们能,你们知道之前，当我们有有限的状态数，记得热容是怎样的,高温时的。

• and the fact that graphite is there gives it a very high heat capacity meaning it can absorb a lot of heat. and this technology as i said... has been used and is now being developed in china.

  事实是石墨能够给它,一个很高的热容量，意味着它能够吸收,很多的热量，这项技术，如我说过的。,已经被使用了，现在在中国得到发展。