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Part VIII ›
Experiment: The Photoelectric Effect and Compton Scattering
Experiment: The Photoelectric Effect and Compton Scattering
phenomena experiments owed phenomenon 74.1: Ultraviolet light liberates negative charge from a
clean metal surface 74.1 Ultraviolet ligh… phenomenon 74.2: The maximum electron energy is fixed by the colour of
the light and not by its intensity 74.2 The maximum elec… phenomenon 74.3: Emission begins at once, however feeble the light 74.3 Emission begins… phenomenon 74.4: The photoelectric slope determines Planck's
constant 74.4 The photoelectri… phenomenon 74.5: The shift depends on the scattering angle and on
nothing else 74.5 The shift depend… phenomenon 74.6: Energy and momentum balance in each individual
scattering act 74.6 Energy and momen… phenomenon 74.7: No classical field can give \alpha<1; the
measured value is far below it 74.7 No classical fie… experiment : Hertz and Hallwachs: ultraviolet light
discharges a metal Hertz and Hallwa… experiment : Lenard: the electron energy is independent of
the intensity Lenard: the elec… experiment : Millikan: a direct photoelectric determination
of Planck's constant Millikan: a dire… experiment : Compton: the wavelength shift of scattered
X-rays Compton: the wav… experiment : Bothe and Geiger: coincidence of scattered
quantum and recoil electron Bothe and Geiger… experiment : Grangier, Roger and Aspect: single-photon
anticorrelation at a beamsplitter Grangier, Roger… pending : ch:07-exp-photoelectric-compton@pending-1 pending pending : ch:07-exp-photoelectric-compton@pending-2 pending pending : ch:07-exp-photoelectric-compton@pending-3 pending The chain of Experiment: The Photoelectric Effect and Compton Scattering: 16 of 16 objects, read left to right from what the chapter assumes to what tests it. Solid lines are declared logical edges, dashed ones were inferred from the structure of the source. Click any node to open its own chain.