在无数的反应物和生成物之间存在着平衡。
There is equilibrium between a whole myriad of reactants and products.
对于反应物和生成物。
测量生成物的出现。
然后得到生成物，把它们放在不同的容器里。
Then you take the product, you put them in separate containers.
临界的安全功能就列在这里，人们可能有一些不同的定义，但是我们要保持这些裂变生成物，在燃料里由于一个安全的功能。
And the critical safety functions are listed here, and people might have somewhat different definitions but we want to keep the fission products within the fuel as one safety function.
然而现在对于这块肉的味道如何还没有任何显示，因为严格的规章制度阻止任何一个人去品尝在实验室用动物生成物培育出来的组织。
There is no indication yet of how the meat tastes because strict regulations prevent anyone from consuming tissue grown in a lab which has been fed on animal products.
这里，我要把元素组合成所有这些，生成物，所以这里是正的生成热。
Here I'm going to put together all the products. So this is a positive heat of formation.
两摩尔反应物一摩尔生成物。
当你有一个分子，它分解为生成物。
A Where you have a molecule, a, that breaks down into products.
我的裂变生成物除去系统在运行吗，我的容器完整性有没有得到保持。
Does my fission product removal system function and is my containment integrity being maintained.
我一直制造更多生成物，直到我想降低我的温度。
And I'm just going to make more products until I try to lower my temperature.
现在我要开始制造生成物了。
或者你在做化学实验，数据就是，需用的反应物的量，和你想合成的生成物的量。
And if you are doing chemistry then it could be how much you put of some reactant and how much of the output product that you wanted to synthesize generated.
IMA的增加与游离钴的量逆相关，这引起了测试平台中着色生成物的增加(如图1)。
An increase in IMA is inversely related to the unbound amount of cobalt, causing an increase in coloured product produced in the test platform (Figure 1).
让我们拿一个生成物，取。
生成物和反应物的束缚能，通常不会相等。
The binding energies for the products and the reactants aren't in general going to be equal.
没有反应物和生成物的熵。
The entropy of mixing of reactants and products wasn't there.
在生成物里面，没必要把这两个q分开。
化学计量数都是1。，反应物和生成物的分子数都一样，这使问题简单了点。
All the stoichiometric coefficients equal to one, we've got the same number of molecules as reactants and products, that'll make things a little bit easier.
所以平衡朝生成物方向移动。
从反应物到生成物的过程，是吸热的。
所发生的是我们，把一些反应物变成了生成物。
What matters is we turned some reactants into some products.
这的目的就是减少容器里的压力，然后等够将一些，裂变生成物赋予可动性。
The purpose of this is to reduce pressure in the containment and to essentially mobilise some of the fission products.
生成物的摩尔数减去反应物的摩尔数。
在反应物和生成物中，各有多少摩尔的气体？
How many moles of gas are there in each case, in reactants and products?
这个气体空间曾用来获取裂变，气体生成物，这样，燃料大头针，就不会被过度增压。
This gas plenum is used to capture the fission products which are gasses such that the fuel pin does not over-pressurise.
实际情况是生成物与反应物的混合。
上面是生成物，下面是反应物，非常简单，因为我知道如何计算所有这些配分函数。
Products, reactants. Pretty simple, because I know how to calculate all this stuff.
得到一摩尔生成物。
把生成物的态放一起，他们对应，另一种化学结构。
And we like to group these states over here, because they correspond to this different chemical structure.
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