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برق و الکترونیک::
توزیع احتمالی
We know from experience gained in Chapter 3 that the probability distribution of bound- state eigenfunctions is time independent and cannot carry flux or current.
where an is a coefficient that weights each eigenfunction, then we expect there to be a time dependence to the spatial probability distribution of the particle.
Fig. 6.6 Probability distribution at the indicated times t of a one-dimensional harmonic oscillator superposition state.
The probability distribution oscillates with a period r = 2u/c.
The probability distribution oscillates with frequency c, which is the difference in energy between the two eigenstates.
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