Core scientific formula restored first; full native-language editorial version is pending terminology review.
Mendeleev
Science & measurement
Science · V3 recovery
de Broglie wavelength
Matter has wave-like behaviour. For a particle with momentum p, the de Broglie wavelength is λ = h/p. The relation becomes especially important for electrons and other microscopic particles, where wavelengths can be comparable with atomic dimensions and diffraction becomes observable.
理解概念
de Broglie wavelength
1 · 理解概念2 · 如何使用这个概念3 · 自己试试
Matter has wave-like behaviour. For a particle with momentum p, the de Broglie wavelength is λ = h/p. The relation becomes especially important for electrons and other microscopic particles, where wavelengths can be comparable with atomic dimensions and diffraction becomes observable.
引导示例
如何使用这个概念
Core scientific formula restored first; full native-language editorial version is pending terminology review.
要点
Core scientific formula restored first; full native-language editorial version is pending terminology review.
自己试试
de Broglie wavelength
Core scientific formula restored first; full native-language editorial version is pending terminology review.
显示答案
Core scientific formula restored first; full native-language editorial version is pending terminology review.