Scalar–Tensor GravitationLeonovich, A. A.,
Tarasenko, A.,
Vyblyi, Yu.,
Леонович, А. А.,
Тарасенко, А.,
Выблый, Ю. П. In the frameworks of scalar-
tensor gravitational theory the Lagrangian of scalar field whose
source
Kinematics of finite elastoplastic deformations and nonelastic (plastic) components in the multiplicative representation of the deformation gradient
tensor. We
Kinetic scalar curvature extended f(R) gravity term which consists of the first derivatives of the Ricci scalar. We develop the general
formalism Quantum electrodynamic approach to the conductivity of gapped graphene space time at any temperature. The
formalism of the polarization
tensor defined over the entire plane
Massles spin 3/2 field, spherical solutions, eliminating of the gauge degrees of freedom-Civita
tensor exhibits existence of
the gauge solutions in the form of the covariant 4-gradient of an arbitrary
Statistical determination of the tensor of viscosity coefficientsStatistical determination of the
tensor of viscosity coefficients
Kinematics of finite elastoplastic deformations and nonelastic (plastic) components in the multiplicative representation of the deformation gradient
tensor. We
The evolution of the trabecular bone at a constant combined loading and the problem of uniform compression with stress
tensor rotation at a predetermined angle. We have calculated