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1·I am going to let this arrow somehow indicate the value of the incident energy.

我将用这个箭头来揭示入射能量的值。

2·Change the voltage, I change the incident energy.

改变电压，我改变入射能量。

3·And I am going to let this arrow somehow indicate the value of the incident energy.

我将用这个箭头，来揭示，入射能量的值。

4·The fluorescence intensity of TPA was in direct ratio with square of incident energy consistency.

得到了双光子吸收的荧光强度和入射光的能量密度平方成正比。

5·Now, if this incident energy is great enough it will take an electron out of the ground state and promote it.

现在，如果入射能足够的话，它会将一个电子从基态中释放出来，并且加速它。

6·Our ionization energy is going to be equal to the incident energy coming in, minus the kinetic energy of the electron.

我们的电离能将等于，入射能量，减去电子的动能。

7·The absorption of energy increases slowly when the incident energy is smaller and will increase quickly when incident energy is larger.

在入射能较小时，岩石吸收的能量会缓慢增加，在入射能较高时，岩石吸能会快速增加。

8·So, let's take a look at the different kinetic energies that would be observed in a spectrum for neon where we had this incident energy here.

那么，让我们来看一下，在已知入射能量的情况下，可以在氖光谱中观测到哪些不同的动能。

9·When the incident energy is higher than the threshold energy, however, the sputtering yield increases with the increase of the incident energy.

当入射原子的能量大于溅射阈值时，溅射产额随入射原子能量的增加而线性增大；

10·So what we're saying here is the incident energy, so the energy coming in, is just equal to the minimum energy that's required to eject an electron.

这里我们来讨论一下，入射能量正好等于，发射出一个电子所需要的最低能量的情况。