Rutherford, who I have already described to you as being a little bit colorful in his language, backed up Bohr on this.
卢瑟福，就是以前我跟你们提过的那个语言丰富生动的人，在这一点上证实了波尔的理论。
All of this. What did Bohr do?
所有这些，波尔是怎样做的？
I said Bohr came up with a model.
我说波尔提出了一个模型。
Bohr says, no, that is not hydrogen.
波尔说，不，那不是氢。
So, Bohr came way ahead of the game.
波尔主导了这个游戏。
How does this support the Bohr model?
那这是如何支持波尔模型的呢？
And I can calculate this from Bohr model.
同样我也可以用波尔模型算出它来。
Now, you recall in Bohr the quantum condition.
现在，回忆一下波尔量子理论。
I want to tell you a couple more Bohr stories.
我想告诉你更多波尔的故事。
Now, Bohr comes with a new improved model.
现在，波尔想到一个改进的模型。
There is the Bohr radius down there, number 24.
有波尔半径在第24个。
We have a Bohr model, which is quantitative.
我们学了数量上的波尔模型。
And this quantity is termed the Bohr radius.
而这个量被叫做，Bohr，半径。
The Bohr radius, for hydrogen is 0.529 angstroms.
波尔半径，对于氢原子来说是0。529埃。
Now, let's take a look at the Bohr model of the atom.
让我们看看波尔的原子模型。
This result is known as the Bohr correspondence principle.
这样的结果通称为玻尔对应原理。
Bohr says that the energy is quantized through its angular momentum.
波尔说能量通过角动量，被量子化。
With caution, and with some equivocation, Bohr took a further step.
玻尔谨慎地而又有些含糊其词地采取了更深入的步骤。
Nevertheless, Harald Bohr was hailed as a hero when he returned to Denmark.
不过，当哈拉尔德·波尔返回丹麦时，他被当成英雄受到了欢迎。
OK, this is the Bohr model, Bohr model of the atom is planetary or nuclear.
好的，这就是波尔模型，波尔的原子模型是行星模型或者核心模型。
Personally, Bohr is one of the most amiable colleagues I have ever met.
就我而言，玻尔是我见到的最和蔼可亲的同事之一。
Niels Bohr later made a discovery that helps to explain Heisenberg's principle.
尼尔斯·玻尔之后所做的发现帮助解释了海森堡的理论。
"Prediction is very difficult — especially about the future." — Niels Bohr.
预测十分困难——尤其是预测未来。
There is a Homburg and there is a Borsalino, here's Bohr mixing it up with royalty.
一个是汉堡帽，一个是博尔·萨利诺帽，这是波尔和皇室人员。
Here's Bohr with Heisenberg, and we'll talk about Heisenberg's uncertainty principle.
这是波尔和海森堡，我们将讨论海森堡的不确定性原理。
And remember, a nought, that's just the Bohr radius, that's all we need to worry about.
记住a 0就是波尔半径，我们要记住这点。
The student was Neils Bohr. He would later go on to win the Nobel Prize for Physics.
该同学就是尼尔斯。玻尔。他后来赢得了诺贝尔物理学奖。
Even if Einstein and Bohr only can listen to each other's point in a certain degree.
即使爱因斯坦和波耳，都只能在某种程度上聆听彼此的见解。
So Bohr was validated in very, very strong measure, but there were also some contrary data.
所以说波尔理论得到了强有力的证实，但其实也存在一些反面数据。
So Bohr was validated in very, very strong measure, but there were also some contrary data.
所以说波尔理论得到了强有力的证实，但其实也存在一些反面数据。
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