2. Determine the transmission coefficient for a rectangular barrier (same as [Grf] Equation 2.148, only with V(x) = +Vo> 0 in the region -a < x Vo (note that the wave function inside the barrier is different in three cases). Partial answer: for E< Vo, T¹=1+ V2 4E(V₁ - E) 2a sinh” (27 √ 2m (V₁ - E)) (5)
2. Determine the transmission coefficient for a rectangular barrier (same as [Grf] Equation 2.148, only with V(x) = +Vo> 0 in the region -a < x Vo (note that the wave function inside the barrier is different in three cases). Partial answer: for E< Vo, T¹=1+ V2 4E(V₁ - E) 2a sinh” (27 √ 2m (V₁ - E)) (5)
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![2.
Determine the transmission coefficient for a rectangular barrier (same as
[Grf] Equation 2.148, only with V(x) = +Vo > 0 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 three cases). Partial answer: for E< Vo₂
T¹=1+
V2
4E(V₁ - E)
2a
ħ
sinh? √2m(Vo - E)
(5)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F06eb4909-72b4-4651-89d4-73298477c561%2F9c50eef2-6268-4b93-859b-baf15c3578ac%2Fjr9twyo_processed.png&w=3840&q=75)
Transcribed Image Text:2.
Determine the transmission coefficient for a rectangular barrier (same as
[Grf] Equation 2.148, only with V(x) = +Vo > 0 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 three cases). Partial answer: for E< Vo₂
T¹=1+
V2
4E(V₁ - E)
2a
ħ
sinh? √2m(Vo - E)
(5)
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