Developments in the application of hyperspherical coordinates in a unified treatment of
bound states and resonances of two-electron atomic systems and other general Coulomb …

Negative muons may be used as a catalyst to fuse hydrogen nuclei into helium. The
necessary confinement of nuclei is obtained on a microscopic scale by chemical bonding …

A decade ago it was established that one muon in a deuterium-tritium mixture can catalyse
more than 100 nuclear fusion reactions and that this phenomenon could be used for the …

We use random-tempering formulas and explicitly correlated Slater-type geminals to
calculate the S and P bound-state energies of the muonic molecules xyμ, where x, y= p, d, t …

The state of the art and the recent progress made in μCF is reviewed. Resonant dμd
formation is now quantitatively understood, but the dμt kinetics is more complicated and full …

Methods of computational physics developed at JINR for investigation of models of complex
physical processes in different fields of theoretical physics are considered. A general …

This paper reports an experimental investigation of muon-catalyzed fusion in pure deuterium
by detection of dd fusion neutrons. Target temperatures of 25.5–150 K and gas densities of …

The current state of research on muon catalysis is presented. Means of possibly using this
phenomenon for the production of nuclear energy and neutrons are discussed, as is the role …

The systematic description of a computational method for studying the nonlinear problems
arisen in mathematical models of physics is presented. А unified basis for working out the …

A FORTRAN 77 program is presented which solves the Sturm-Liouville problem for a system
of coupled second-order differential equations by the finite element method using high-order …