a photocurrent appears which vanishes if a retarding potential greater than 0.6 V is applied across the photo tube. When a different source of light

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When a surface is irradiated with light of wavelength 4950 A, a photocurrent appears which vanishes if a retarding potential greater than 0.6 V is applied across the photo tube. When a different source of light
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Sep
When a surface is irradiated with light of wavelength 4950 A, a photocurrent appears which vanishes if a retarding potential greater than 0.6 V is applied across the photo tube. When a different source of light a photocurrent appears which vanishes if a retarding potential greater than 0.6 V is applied across the photo tube. [...]
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