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1·Critique of Bohr, Particle as Wave Packet, Wave Functions.

波尔的评论，波包似的粒子，波函数。

2·And the tunneling effect of wave packet is analyzed concretely.

并具体分析了波包的隧道效应。

3·And also the variation of the wave packet amplitude and energy has been discussed.

此外，还讨论了沿波射线波包振幅和能量的变化。

4·We study the nonclassical electronic wave packet in quantized electromagnetic Field.

文中研究了量子化电磁场中非经典电子波包的运动。

5·We are sure that the main wave packet cannot travel faster than the precursor, which travels at c.

我们确定，主波包传播的速度不能超越以光速c传播的前驱。

6·And try to establish a model of standard deviation of wave packet by using statistical methods.

接著利用统计的方法，建立出波包标准差以及各外加条件的模型。

7·If the wave packet has a narrow bandwidth, it will extend over a large region of space and time.

如果包带的带宽很窄，那么它将占据一个很大的空间和时间区域。

8·Time-depended quantum wave packet method has became a major method of studying molecular reaction dynamics.

量子含时波包方法现在已经成为研究分子反应动力学的一个主要的理论方法。

9·By analyzing intuitional images presented in this work, the dynamical process of wave packet is investigated.

通过分析文中的直观图像，研究了波包的动力学过程。

10·The interference fringes are closely related to the difference and sum of atomic wave packet of the two traps.

而凝聚原子的干涉条纹与两阱中原子波包的动量差与动量和密切相关。