Physics Asked by Extr3mis on November 26, 2020
I recently read about Cherenkov Radiation and the neat blue glow it creates in underwater nuclear reactors, and my understanding of it is that it occurs due to particles ($beta$ particles in the case I am about to describe) travelling faster than the speed of light in that medium.
Coming to Uranium glass, I know it is usually made from depleted Uranium, which I interpret as U-238. U-238 decays to Th-234, which finally gives off a $beta$ particle to decay further.
So, assuming glass having a refractive index of about 1.5, would it be possible to observe Cherenkov Radiation from Uranium glass?
That would be difficult, I think.
Glass should show Cerenkov radiation, but in uranium glass I expect that visible emissions would be dominated by fluorescence.
Correct answer by Pieter on November 26, 2020
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