Spin 3/2 Particle in the Presence of Magnetic Field: Tetrad Formalism and Fedorov-Gronskiy Method solutions in terms of
confluent hypergeometric functions. In accordance with the general Fedorov
Spin 3/2 Particle in External Uniform Magnetic Field, the Method of Projective Operators for four primary
functions. These
equations are solved in terms of
confluent hypergeometric functions Convergence of two-dimensional hypergeometric series for algebraic functions about the description of convergence domains in terms of
functional inequalities ρj(|a1|, . . . , |am
Jacobi-type differential relations for the Lauricella function FD (N)For the generalized Lauricella
hypergeometric function FD (N), Jacobi-type differential relations
A geometric description of domains whose Hardy constant is equal to 1/4 inequality holds: the Dirichlet integral of any smooth compactly supported
function f on the domain
Spin 1/2 Particle with Two Masses in External Magnetic FieldOvsiyuk, E. M.,
Veko, O. V.,
Voynova, Y. A.,
Red’kov, V. M.,
Kisel, V. V.,
Кисель, В. В.,
Samsonenko, N. V. of
confluent hypergeometric functions; four series of energy spectrum are found. Numerical study of the spectra
On a New Class of Integrals Involving Generalized Hypergeometric FunctionsIn the theory of
hypergeometric and generalized
hypergeometric series, classical summation
theorems