These publications can be divided into the following categories
:
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In addition to these open publications, a number of
confidential reports concerning the accelerator physics were written during
my work at LIU-30 in the Joint Institute for Nuclear Research (Dubna).
- Design of an electrons source with intensive laminar flow for linear induction accelerator
- Stochastic analysis of coherent oscillations of electron beam in linear accelerator
- Optimization of focusing fields in linear accelerator
- Analysis of tolerances for possible deviations from axial symmetry of the optical system in linear accelerator
- Microscopic calculations
concerning low-energy interaction of
-mesons with light nuclei,
- New formulation of the
quantum mechanical adiabatic approximation in the form of recurrent
equations connecting the
-body amplitude with the 
-body one,
- Investigation of the Watson series structure in the diffraction limit,
- Dynamical effects in the low energy pion-nucleus scattering stemming from the mass splittings in pion-, nucleon-, and nucleus- isomultiplets,
- Semianalytical method for solving the hyperradial equation of the hyperspherical approach,
- Exact method for calculating the Jost function for any complex energy and angular momentum,
- Exact method for locating potential resonances and Regge trajectories,
- Prediction of three- and four-neutron subthreshold resonances,
- Resonant nuclear transitions in muonic molecules,
- Three-body mechanism of the nucleosynthesis in stars and in the early universe,
- Microscopic calculations
concerning low-energy interaction of
-mesons with light nuclei,
- Prediction of -nucleus bound and resonant states.
-mesons on deuteron and three-nucleon nuclei.
