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A particle is moving inside a fine barrier of infinite height of width (a) and is described as follows V₂ 0 < x V(x), the permissible shots of the particle inside the barrier are calculated using the WKB approximation

A particle is moving inside a fine barrier of infinite height of width (a) and is described as follows V₂ 0 < x V(x), the permissible shots of the particle inside the barrier are calculated using the WKB approximation

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A particle is moving inside a fine barrier of infinite height of width (a) and is described as follows V₂ 0 < x <a V(x) = 00 Outside the barrier In the case of falling particle energy E > V(x), the permissible shots of the particle inside the barrier are calculated using the WKB approximation
Transcribed Image Text:A particle is moving inside a fine barrier of infinite height of width (a) and is described as follows V₂ 0 < x <a V(x) = 00 Outside the barrier In the case of falling particle energy E > V(x), the permissible shots of the particle inside the barrier are calculated using the WKB approximation
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