n. eigenstate
misc. energy state
所以下一个较高的能态将会像这样。
你如何有相当,相当狭窄的能态分布,能在平衡时。
How you have a very, very narrow distribution of system energy states at equilibrium.
并把ε0能态画到上面。
Sometimes subtle changes in the structure of a protein can convert it from an active state into an inactive state.
有时蛋白质结构上一些很小的变化,就能将其由激活态转变为非激活态
So we can't actually see any of that, it's too high energy for us to see. So everything we see is going to be where we have the final energy state being n equals 2.
所以我们是看不见它的,它能量太高了,我们能看见的,都是终态等于2的情况。
If you have the number of moles and two intensive variables, then you know everything there is to know about the system.
如果你有摩尔数,和两个强度量,你就能知道关于这个系统的一切,关于系统的平衡态的一切。
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