Abstract
Relativistic covariant equations for quarkonia in the framework of a biolocal description are obtained. These equations can be used to find the solutions for the bound state functions for any given angular momentum. 13 refs.; 1 tab.
Citation Formats
Kalinovskij, Yu L, Kallies, W, Muenchow, L, and Pervushin, V N.
Weak interactions in a bilocal chiral theory. 1. Bound states wave functions for given angular momentum.
JINR: N. p.,
1991.
Web.
Kalinovskij, Yu L, Kallies, W, Muenchow, L, & Pervushin, V N.
Weak interactions in a bilocal chiral theory. 1. Bound states wave functions for given angular momentum.
JINR.
Kalinovskij, Yu L, Kallies, W, Muenchow, L, and Pervushin, V N.
1991.
"Weak interactions in a bilocal chiral theory. 1. Bound states wave functions for given angular momentum."
JINR.
@misc{etde_10119586,
title = {Weak interactions in a bilocal chiral theory. 1. Bound states wave functions for given angular momentum}
author = {Kalinovskij, Yu L, Kallies, W, Muenchow, L, and Pervushin, V N}
abstractNote = {Relativistic covariant equations for quarkonia in the framework of a biolocal description are obtained. These equations can be used to find the solutions for the bound state functions for any given angular momentum. 13 refs.; 1 tab.}
place = {JINR}
year = {1991}
month = {Dec}
}
title = {Weak interactions in a bilocal chiral theory. 1. Bound states wave functions for given angular momentum}
author = {Kalinovskij, Yu L, Kallies, W, Muenchow, L, and Pervushin, V N}
abstractNote = {Relativistic covariant equations for quarkonia in the framework of a biolocal description are obtained. These equations can be used to find the solutions for the bound state functions for any given angular momentum. 13 refs.; 1 tab.}
place = {JINR}
year = {1991}
month = {Dec}
}