A critical value for this phenomenon's occurrence equals the negative sum of the (*) Fermi level and the outside potential times the elementary charge. Non-ion smoke detectors rely on smoke interrupting this phenomenon's production of current.
This phenomenon is the subject of a paper that denounces a "reckless hypothesis" of certain "corpuscles," but reports that experiments with a "machine shop in vacuo" support the corpuscular theory's predicted maximum kinetic energy relation. This effect explains the linearity of a result discovered by Philip Lenard, who also noticed that the byproduct of it was similar to what he observed in Crookes tubes. A critical value for this phenomenon's occurrence equals the negative sum of the (*) Fermi level and the outside potential times the elementary charge. Non-ion smoke detectors rely on smoke interrupting this phenomenon's production of current. This phenomenon occurs when the energy of the work function is exceeded. The 1905 explanation of this effect by Albert Einstein won him the Nobel. For 10 points, identify this phenomenon in which photons of sufficiently high energy can dislodge electrons from a metal surface.
This phenomenon is the subject of a paper that denounces a "reckless hypothesis" of certain "corpuscles," but reports that experiments with a "machine shop in vacuo" support the corpuscular theory's predicted maximum kinetic energy relation.
photoelectric effect