We present a very simple expression and a Fortran code for the fast and precise calculation of three-dimensional harmonic-oscillator transformation brackets. The complete system of symmetries for the brackets along with analytical expressions for sums, containing products of two and three brackets, is given
New versions of the program to calculate the three-particle hyperspherical $\langle l_1'l_2'|l_1 l_2...
A systematic approach for expanding non-deformed harmonic oscillator basis states in terms of deform...
We apply a formalism recently developed to carry out Generator Coordinate Method calculations using ...
We present a very simple expression and a Fortran code for the fast and precise calculation of three...
The wave function of a self-bound system in the absence of external fields must be invariant in resp...
The microscopic description of nuclear shell model is one of rapidly developing area of modern physi...
A procedure for precise calculation of the four-particle harmonic-oscillator (HO) transformation bra...
A procedure for precise calculation of the three- and four-particle harmonic-oscillator (HO) transfo...
A program to calculate the oscillator brackets, or Talmi–Moshinsky–Smirnov coefficients, is presente...
In this article we present a new, considerably enhanced and more rapid method for calculation of the...
We present a new version of the four-particle harmonic-oscillator transformation brackets (4HOB) cal...
In this work we present a FORTRAN code for the calculation of the matrix of the orbital fractional p...
This program has been imported from the CPC Program Library held at Queen's University Belfast (1969...
This new version of the HOTB program for calculation of the three and four particle harmonic oscilla...
Atliktame darbe apžvelgiami daugiadalelinių banginių funkcijų antisimetrizavimo metodai transliacišk...
New versions of the program to calculate the three-particle hyperspherical $\langle l_1'l_2'|l_1 l_2...
A systematic approach for expanding non-deformed harmonic oscillator basis states in terms of deform...
We apply a formalism recently developed to carry out Generator Coordinate Method calculations using ...
We present a very simple expression and a Fortran code for the fast and precise calculation of three...
The wave function of a self-bound system in the absence of external fields must be invariant in resp...
The microscopic description of nuclear shell model is one of rapidly developing area of modern physi...
A procedure for precise calculation of the four-particle harmonic-oscillator (HO) transformation bra...
A procedure for precise calculation of the three- and four-particle harmonic-oscillator (HO) transfo...
A program to calculate the oscillator brackets, or Talmi–Moshinsky–Smirnov coefficients, is presente...
In this article we present a new, considerably enhanced and more rapid method for calculation of the...
We present a new version of the four-particle harmonic-oscillator transformation brackets (4HOB) cal...
In this work we present a FORTRAN code for the calculation of the matrix of the orbital fractional p...
This program has been imported from the CPC Program Library held at Queen's University Belfast (1969...
This new version of the HOTB program for calculation of the three and four particle harmonic oscilla...
Atliktame darbe apžvelgiami daugiadalelinių banginių funkcijų antisimetrizavimo metodai transliacišk...
New versions of the program to calculate the three-particle hyperspherical $\langle l_1'l_2'|l_1 l_2...
A systematic approach for expanding non-deformed harmonic oscillator basis states in terms of deform...
We apply a formalism recently developed to carry out Generator Coordinate Method calculations using ...