= Consider scattering from the potential V(r) = Voe=r/a in Born approximation. (a) Show that the differential cross sect

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= Consider scattering from the potential V(r) = Voe=r/a in Born approximation. (a) Show that the differential cross sect

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Consider Scattering From The Potential V R Voe R A In Born Approximation A Show That The Differential Cross Sect 1
Consider Scattering From The Potential V R Voe R A In Born Approximation A Show That The Differential Cross Sect 1 (59.37 KiB) Viewed 69 times
= Consider scattering from the potential V(r) = Voe=r/a in Born approximation. (a) Show that the differential cross section is 2 do dΩ = ( 2mV ħ2 4a6 (1 + a24 = (Hint: dr re-ar = 1/a² for Re(a) > 0.) (b) Show that the total cross section is 2 2mV 4a² - (w) a () ( TT 0 = 3k2 (1 + 4a2k2)3 (Hint: Since q2 = 2k2 (1 – cos 6), then d(cos 6) = -d(9²)/2k2.) -
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