Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
1.1 Illustrate with annotations a barrier potential defined by O if - co sx So V(x) = Vo if 0sxsa 0 if a sxs +00

1.1 Illustrate with annotations a barrier potential defined by O if - co sx So V(x) = Vo if 0sxsa 0 if a sxs +00

icon
Related questions
Question
1.1 Illustrate with annotations a barrier potential defined by 0 if - o<xS0 V(x) = V, if 0s xsa . 0 if a sxs +o0 1.2 Classically describe the trajectory of a particle approaching a potential barrier. 1.3 The 4 equation that connect the eigenfunctions through a barrier potential at x = 0 and at x = a are: A, + AR = B + B', ikA, – ikAR = BB – BB', Beßx + B'e-B* = Ayelkx, BBeBx – BB'e-* = ikAzelk*. Compute the transmission probability T =-
Transcribed Image Text:1.1 Illustrate with annotations a barrier potential defined by 0 if - o<xS0 V(x) = V, if 0s xsa . 0 if a sxs +o0 1.2 Classically describe the trajectory of a particle approaching a potential barrier. 1.3 The 4 equation that connect the eigenfunctions through a barrier potential at x = 0 and at x = a are: A, + AR = B + B', ikA, – ikAR = BB – BB', Beßx + B'e-B* = Ayelkx, BBeBx – BB'e-* = ikAzelk*. Compute the transmission probability T =-
Expert Solution
steps

Step by step

Solved in 3 steps with 1 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer