Statistical dynamic diffraction theory (SDDT) provides the ability to model defect-induced
structures in high-resolution X-ray diffraction analyses by incorporating both coherent …

An algorithm for analyzing double-crystal rocking curves from the near-surface layers of
monocrystals has been proposed, and corresponding software has been developed. It is …

We review dynamical diffraction from defective crystals with an emphasis on the role of
dynamical effects in diffuse scattering. The principles of a statistical-dynamical theory of X …

The generalized statistical dynamical theory of x-ray scattering by imperfect single crystals
with randomly distributed Coulomb-type defects has been extended to characterize structure …

The fundamentals of a new-generation crystallography developed by the authors, known as
diffuse-dynamical multiparametric diffractometry (DDMD), are reviewed. Kovalchuk and …

Numerical simulation of the reciprocal space maps measured from the ion-implanted single-
crystal yttrium-iron garnet films on gadolinium-gallium garnet substrate has been carried out …

Созданная в работах [1-8] диффузно-динамическая многопараметрическая
дифрактометрия (ДДМД) коренным образом расширяет возможности …

The results reported at the Conference on Application of X-Rays, Synchrotron Radiation,
Neutrons, and Electrons in Nano-, Bio-, Information-, and Cognitive Technologies (RSNE …

The theoretical diffraction model for a crystalline multilayer system with inhomogeneous
strain profile and randomly distributed defects has been created by using the statistical …

The theoretical X‐ray diffraction model starting from Takagi–Taupin equation has been
developed for the description of coherent and diffuse components of the rocking curve (RC) …