And, if we do so, we can actually get a handle on that Born exponent by solving the equation.
如果我们这样做,我们实际上能够得到波恩指数,通过解这个方程得到。
And Born worked on a number of things, including the Born exponent, and taught himself crystallography sort of as something to do during World War I.
玻恩也做出了许多贡献,包括玻恩指数,他自学结晶学,这大约是在一战期间。
And it's just gathering together the multiplications while counting down the exponent. And you can see it when we get down to the end test here, we're going to pop out of there and we're going to return the answer.
这个方法就是通过乘法,来一个一个的减小指数,可以看到,最后面的结果测试,我们会在这里退出,然后返回答案。
He was a very prominent exponent of the idea that people should go out for their own interest.
他是个非常卓越的倡导者,他提倡人们应该追求自己的利益
We take this Cv and put in the exponent here R right. And we put this R up in the exponent here.
我们把这个Cv提出来,放在这里的指数上,好吧?然后把。
N and this is known as the Born exponent.
在6到12之间,,N,lies,between,6,and,12,这就是著名的波尔指数。
So, the Born exponent typically takes values of between six and 12.
所以Born指数典型地包括了,6到12间的数值。
The Born exponent is determined experimentally, and there are tables of that.
因为Born指数是由实验决定的,而且这里有它的数据表格。
e The charge on the anion times minus e, so there is the minus e squared, 0R0 and divided by 4 pi epsilon zero r naught, because now I am evaluating this function at r naught, one minus one over n where n is the Born exponent.
阴离子的电荷乘以,因此会有-e的频繁,除以4πε,因为现在我用r圈评估这个函数,1-1/n,n是波恩指数。
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