Sep6-09, 06:45 AM
1. The problem statement, all variables and given/known data
A beam of 500 electrons per second with kinetic energy W1=3eV passes onto potential well (its depth is 5eV and width is 0,3nm). How many electrons per second are transmitted through the well?
(It's a poor translation, sorry, but I hope you get the idea of the problem)
3. The attempt at a solution
As far as I understand, this is a problem of finding transmission (T) over finite potential well. I guess the answer would be 500*T . But I can't find any equations to calculate T, and my attempts to formulate it were no good. Can anyone give me at least a hint?
|Register to reply|
|Finite speed of signal transmission and conservation laws||General Physics||0|
|Total Transmission Across Finite Barrier Potential with E>V||Advanced Physics Homework||1|
|Transmission over a finite square well||Advanced Physics Homework||1|
|Field Analysis of Transmission Line with Finite Conductivity||Classical Physics||3|
|Scattering-Transmission-Reflection in box potential? Help. Please. Please.||Quantum Physics||6|