但波函数的平方我们有一个解释。
看2s轨道波函数,更加有趣。
波函数的平方等于什么?
所以我们现在得到了,波函数,的完整描述。
So, we have now a complete description of a wave function that we can talk about.
分子的电子波函数受到了微扰。
我们来考虑一下,基态的波函数,是怎么样的。
So, we can think about what is it that we would call the ground state wave function.
简单地讨论了该波函数可能的应用。
分子的电子波函数受到了微扰。
它是一个波函数,一个物体。
这里的这个符号,实际上是一个波函数。
So this symbol here is actually what we call a wave function.
与空间波函数相比,这个方法太异常了。
The procedure is quite unusual as compared with the spatial functions.
所以这是我们,对基态波函数的完整描述。
So this is our complete description of the ground state wave function.
这是波函数的例子。
给出了引入势场函数的一维波函数的表达式。
The expression of one-dimensional wave function including the potential field function is presented.
在量子的世界中,物体都是以波函数来描述。
This function is too new for us to describe it more fully here.
分析了波函数的演化规律和系统极化强度的关系。
The physical mechanism and the evolution of quantum wave function in time-domain are studied.
算子作用于正弦波函数所得函数称为算子的象征。
Symbol of operator is the function of operator acting on sine function.
本文给出了束缚态的能量模式,波函数和束缚态条件。
Its energy mode, wave functions and bound states conditions are given.
而当波函数坍缩时……“我说,还不太明白这意味着什么。”
"And when the wave collapses..." I said, not quite sure that I understood the implications.
我们没有办法从经典力学的角度,想象波函数是什么样的,没有经典的类比。
There's no classical way to think about what a wave function is.
讨论了散射振幅的解析性质和波函数、能谱方程以及相移的非相对论近似。
The non-relativistic approximation of wave functions and energy equation and phase shifts are also studied.
讨论了散射振幅的解析性质和波函数、能谱方程以及相移的非相对论近似。
The non-relativistic approximation of wave functions and energy equation and phase shifts are also studied.
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