Abstract
The method of self-similar approximation is applied here for calculating the eigenvalues of the three-dimensional spherical anharmonic oscillator. The advantage of this method is in its simplicity and high accuracy. The comparison with other known analytical methods proves that this method is more simple and accurate. 25 refs.
Citation Formats
Yukalova, E P, and Yukalov, V I.
Spherical anharmonic oscillator in self-similar approximation.
JINR: N. p.,
1992.
Web.
Yukalova, E P, & Yukalov, V I.
Spherical anharmonic oscillator in self-similar approximation.
JINR.
Yukalova, E P, and Yukalov, V I.
1992.
"Spherical anharmonic oscillator in self-similar approximation."
JINR.
@misc{etde_10153879,
title = {Spherical anharmonic oscillator in self-similar approximation}
author = {Yukalova, E P, and Yukalov, V I}
abstractNote = {The method of self-similar approximation is applied here for calculating the eigenvalues of the three-dimensional spherical anharmonic oscillator. The advantage of this method is in its simplicity and high accuracy. The comparison with other known analytical methods proves that this method is more simple and accurate. 25 refs.}
place = {JINR}
year = {1992}
month = {Dec}
}
title = {Spherical anharmonic oscillator in self-similar approximation}
author = {Yukalova, E P, and Yukalov, V I}
abstractNote = {The method of self-similar approximation is applied here for calculating the eigenvalues of the three-dimensional spherical anharmonic oscillator. The advantage of this method is in its simplicity and high accuracy. The comparison with other known analytical methods proves that this method is more simple and accurate. 25 refs.}
place = {JINR}
year = {1992}
month = {Dec}
}