- #1
Franco
- 12
- 0
let's say..
there is a particle, with mass m, in a 2-dimensions x-y plane. in a region
0 < x < 3L ; 0 < y < 2L
how to calculate the energy eigenvalues and eigenfunctions of the particle?
thx
and.. 2nd question..
there is a particle of kinetic energy E is incident from the left on the potential barrier, height U, situated at the origin. The barrier is infinitely wide and E>U.
how to get an expression for the reflection coefficient R of the particle, as a function of the ratio ε= E/U
and how would the sketch look like?
i don't really know how to work them out...
there is a particle, with mass m, in a 2-dimensions x-y plane. in a region
0 < x < 3L ; 0 < y < 2L
how to calculate the energy eigenvalues and eigenfunctions of the particle?
thx
and.. 2nd question..
there is a particle of kinetic energy E is incident from the left on the potential barrier, height U, situated at the origin. The barrier is infinitely wide and E>U.
how to get an expression for the reflection coefficient R of the particle, as a function of the ratio ε= E/U
and how would the sketch look like?
i don't really know how to work them out...