| 1. | The molecular electronic wave function is perturbed .
分子的电子波函数受到了微扰。
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| 2. | These wave functions correspond to states of constant energy e .
这些波函数对应于具有恒定能量E的态。
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| 3. | We now show how to calculate molecular dipole moments from wave function .
我们现在说明如何从波函数来计算分子的偶极矩。
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| 4. | The angular part of a continuum wave function is, of course, a spherical harmonic .
连续谱波函数的角度部分当然是球谐函数。
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| 5. | Let us examine them from the stand point of proper behavior of the wave function .
让我们从波函数正常性质的观点来考查它们。
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| 6. | If so we shall have a wave function that satisfies our new postulate .
如果事实确是如此，我们就得到了一个满足新假设的波函数。
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| 7. | Particles, such as pi-mesons, requiring symmetric wave functions are called bosons .
要求对称波函数的粒子，如介子，叫做玻色子。
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| 8. | If desired, the perturbed wave function may be normalized at the end of the calculation .
当需要时，可在计算最后将微拢波函数归一化。
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| 9. | Particles, such as electrons, requiring antisymmetric wave functions are called fermions .
要求反对称波函数的粒子，如电子，叫做费米子。
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| 10. | Rather, the wave function is time-independent mixture of covalent and ionic functions .
的确，波函数是一个与时间无关的共价函数和离子函数的混合。
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