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.
Het idee begrijpen
de Broglie wavelength
1 · Het idee begrijpen2 · Zo gebruik je dit concept3 · Probeer zelf
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.
Begeleid voorbeeld
Zo gebruik je dit concept
Core scientific formula restored first; full native-language editorial version is pending terminology review.
Onthoud
Core scientific formula restored first; full native-language editorial version is pending terminology review.
Probeer zelf
de Broglie wavelength
Core scientific formula restored first; full native-language editorial version is pending terminology review.
Toon antwoord
Core scientific formula restored first; full native-language editorial version is pending terminology review.