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So, the Coulombic forces, Coulombic or electrostatic forces draw.
库仑力，库仑或者静电力被提到了。
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When you go into the Coulombic term here, 3*2 instead of one times one, it's three times two.
当你想到库仑力时，和1*1相比，这是。
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So, remember when we talk about Coulomb force, what's holding the nucleus and the electron together, there's 2 things we need to think about.
还记得我们在讨论库仑力的时候，提到是什么将原子核与电子束缚在一起时，有两点需要考虑。
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It plays a big role in gravitation, in the Coulomb interaction.
它在引力和库仑力中都起着重要的作用
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These are huge energies, Coulombic forces, high melting points and boiling points.
这里有巨大的能量，库仑力，高熔点与高沸点。
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We know what an electric field is, it's just a space through which a Coulomb force operates.
我们知道，电场不过,是库仑力的作用空间。
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Or just to be pluralistic in our language, coulombic force.
换种说法，即库仑力。
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And now the force, in its most general term / is q1q2 over 4 pi epsilon zero, which is the conversion factor r squared.
库仑力的最基本形式,就是，其中r是一个变量。
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So the Coulombic forces are much, much greater.
库仑力会更强。
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This is not a Coulombic force.
它不是库仑力。
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They're Coulombic forces, end of story.
库仑力就是这个故事的结尾。
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If you look at the ground state in two different systems -If you look at the ground state which is n equals one, think about this, if I increase the proton charge, the Coulombic force of attraction is greater.
如果你观察两个不同系统的基态,当你观察n，等于1的基态时，试想一下，如果我增加质子电荷，相互吸引的库仑力就会更大。
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