Determine the transmission coefficient for a rectangular barrier (same as Equation 2.127, only with +Vo in the region-a < x Vo (note that the wave function inside the barrier is different in the three cases). Partial answer. For E < V0.28 v² T-¹=1+4E(Vo-E) sinh” 2 (²a √/2m (Vo - E))

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Determine the transmission coefficient for a rectangular barrier
(same as Equation 2.127, only with +Vo in the region -a < x <a). Treat separately
the three cases E< Vo. E = Vo, and E> Vo (note that the wave function inside the
barrier is different in the three cases). Partial answer: For E<V0,28
T¹=1+
V²
4E(V₁ - E)
; sinh ( V2m(Vo – E)
Transcribed Image Text:Determine the transmission coefficient for a rectangular barrier (same as Equation 2.127, only with +Vo in the region -a < x <a). Treat separately the three cases E< Vo. E = Vo, and E> Vo (note that the wave function inside the barrier is different in the three cases). Partial answer: For E<V0,28 T¹=1+ V² 4E(V₁ - E) ; sinh ( V2m(Vo – E)
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