Abstract
The one-dimensional scattering problem is formulated as a boundary value problem for wave function, which can be solved by one of standard numerical methods. The transparency and reflection coefficients are expressed through the value of wave function at infinity. 6 refs.; 1 tab.
Citation Formats
Zhanlav, T, and Puzynin, I V.
On calculation of transparency and reflection coefficients in one-dimensional scattering problem; O vychislenii koehffitsientov prozrachnosti i otrazheniya v odnomernoj zadache rasseyaniya.
USSR: N. p.,
1990.
Web.
Zhanlav, T, & Puzynin, I V.
On calculation of transparency and reflection coefficients in one-dimensional scattering problem; O vychislenii koehffitsientov prozrachnosti i otrazheniya v odnomernoj zadache rasseyaniya.
USSR.
Zhanlav, T, and Puzynin, I V.
1990.
"On calculation of transparency and reflection coefficients in one-dimensional scattering problem; O vychislenii koehffitsientov prozrachnosti i otrazheniya v odnomernoj zadache rasseyaniya."
USSR.
@misc{etde_10157333,
title = {On calculation of transparency and reflection coefficients in one-dimensional scattering problem; O vychislenii koehffitsientov prozrachnosti i otrazheniya v odnomernoj zadache rasseyaniya}
author = {Zhanlav, T, and Puzynin, I V}
abstractNote = {The one-dimensional scattering problem is formulated as a boundary value problem for wave function, which can be solved by one of standard numerical methods. The transparency and reflection coefficients are expressed through the value of wave function at infinity. 6 refs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {On calculation of transparency and reflection coefficients in one-dimensional scattering problem; O vychislenii koehffitsientov prozrachnosti i otrazheniya v odnomernoj zadache rasseyaniya}
author = {Zhanlav, T, and Puzynin, I V}
abstractNote = {The one-dimensional scattering problem is formulated as a boundary value problem for wave function, which can be solved by one of standard numerical methods. The transparency and reflection coefficients are expressed through the value of wave function at infinity. 6 refs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}