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For an attractive square-well potential (V = -Vo, r < a; V = 0,r > a) lind the "matching equation" at a positive energy, which determines the nergy dependence of the e=0 phase shift do. From this show that at high nergies, 6(k) → "neVe, and obtain this result from the Born approximation.

For an attractive square-well potential (V = -Vo, r < a; V = 0,r > a) lind the "matching equation" at a positive energy, which determines the nergy dependence of the e=0 phase shift do. From this show that at high nergies, 6(k) → "neVe, and obtain this result from the Born approximation.

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For an attractive square-well potential (V = -Vo, r < a; V = 0,r > a) lind the "matching equation" at a positive energy, which determines the nergy dependence of the € = 0 phase shift do. From this show that at high "nergies, 6(k) → "neVe, and obtain this result from the Born approximation.
Transcribed Image Text:For an attractive square-well potential (V = -Vo, r < a; V = 0,r > a) lind the "matching equation" at a positive energy, which determines the nergy dependence of the € = 0 phase shift do. From this show that at high "nergies, 6(k) → "neVe, and obtain this result from the Born approximation.
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