The de Broglie equation states that matter can act as waves much like light and radiation, which also behave as waves and particles. The equation further explains that a beam of electrons can also be diffracted, just like a beam of light.
Through the analysis of the significance of energy and momentum in the de Broglie relations, some problems in calculating the wavelength and frequency of de Broglie wave have been cleared. 通过对德布罗意关系中和的意义及其之间关系的分析,澄清德布罗意波的波长和频率计算过程中的一些问题。
So he proposed that the wave equation admits two kinds of solutions: a continuous wave describing the particle's immediate neighborhood having also the usual statistical significance and a nondispersive singularity solution (a soliton) representing...
Erwin Schrdinger's work on wave mechanics started in late 1925, stimulated by his study of Louis de Broglie's thesis. It is well known that in his initial ... S D'Agostino 被引量: 15发表: 1992年 Towards A Classical Re-Interpretation of the Schrodinger Equation According to Stochastic Ele...
So he proposed that the wave equation admits two kinds of solutions: a continuous wave describing the particle's immediate neighborhood having also the usual statistical significance and a nondispersive singularity solution (a soliton) representing a particle. This idea was improved in 1952 by Bohm'...