The fundamentals of a consistent approach, based on a relativistic energy formalism
(adiabatic Gell-Mann and Low formalism) and the multiphoton emission and absorption …

The radiative transition wavelengths and oscillator strengths for some Li-like multicharged
ions are calculated within the relativistic many-body perturbation theory with the optimized …

In this work an advanced relativistic quantum approach to computing the important radiative
and collisional characteristics of multicharged ions in the Debye plasmas is presented. The …

We present the results of modelling, analysis, forecasting the dynamics of relativistic
backward-wave tube (RBWT) with accounting for relativistic effects (γ 0= 1.5–6.0) …

This chapter aims at highlighting how green chemistry principles are being incorporated into
radiochemistry, by presenting a selective review of latest novel trends and conceptions in …

This chapter presents a selective review of latest novel trends and conceptions about
catalysis from the green chemistry viewpoint. The use of catalysts to enable greener …

It is presented an advanced, uniform, quantum-chaos-geometric approach to analysis,
computing simulation and prediction of a nonlinear dynamics of the complex …

We present a consistent relativistic approach to calculation of energy and spectral
parameters of the kaonic exotic atomic systems with accounting for the nuclear radiative …

The theoretical foundations and further application of an effective universal chaos-geometric
approach to analysis and processing the data of radioactivity dynamics in environment are …

An advanced relativistic approach to studying spectroscopic characteristics of the
multicharged ions in plasmas is presented. The approach is based on the generalized …