The molecules join together to form long strings.
分子连接在一起形成长串。
Professor Bonnet has been working for many years on molecules of this type.
博内特教授多年来一直在研究这类分子。
Again, the good storage and cell wall molecules of red and brown algae are different.
同样地，红藻和褐藻在能量贮藏和细胞壁分子方面有所不同。
For all four of the molecules.
我们用的4种分子的振动配分函数都是。
但我们这里是分子。
We know there are atoms and molecules.
我们知道存在原子和分子。
We have similar molecules in our bodies.
我们的身体中也有相似的分子。
Well, the first molecules goes somewhere.
好，第一个分子去了某处。
But let's just think about two molecules.
但是我们先考虑两个分子。
These are so-called homo-polar molecules.
这就是所谓的均匀极化的分子。
Because maybe there's a mole of molecules.
因为或许有一摩尔的分子。
All the molecules are in the ground state.
所有的分子都在基态。
For the dilute molecules, there is a change.
对于稀溶液中的分子，有变化。
You can release hydrogen molecules at any time.
你随时都可以释放氢分子。
The molecules are non-interacting in this case.
在这种情况分子之间没有相互作用。
I want to do energy level diagrams for molecules.
我要为分子制作能级图。
The molecules like each other better than you expect.
分子比预期的更喜欢呆在一起。
Small molecules can be extremely cheap to synthesize.
小分子是能够很廉价地合成的。
Most molecules live for no more than weeks at a time.
大多数分子不会存在超过一周的时间。
But how, they wondered, could those molecules survive?
可这些水分子怎么可能存活下来呢？
Buoyancy is not a property of individual water molecules.
浮力不是单个水分子的性质。
In turn, this region secretes molecules that affect appetite.
这一区域依次分泌分子影响食欲。
The molecules aren't that happy any more about being in solution.
分子不愿意，处于溶液中。
The heated air molecules keep the object balanced in the dark center.
光线照射不到波束的中心，在那里微粒被受热的空气分子保持在平衡状态。
And it was made possible by remembering that people are not molecules.
模型之所以可行是因为，记住了，人是不是分子。
But hardly any of them experience interactions with the unlike molecules.
但它们几乎都没有，和不同种分子发生相互作用。
Now, the individual molecules are going to be in a whole range of states.
现在单独的分子将会，有一系列的状态。
So, what it means physically is all the molecules are in the ground state.
那么，从物理上它意味着所有的分子，处于基态。
These are molecules that carry information from one nerve cell to another.
神经递质是一类分子，他们能在神经细胞之间携带并传递信息。
It doesn't matter whether the molecules are here, here, here and so forth.
无论分子是否在这儿，这儿，这儿等等都没有关系。
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