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The Theory of SpaceTime and Gravitation by V I Denisov
Spacetime geometry and conservation laws
A symmetric tensor gravitational field
20 other sections not shown
A. A. Logunov amplitude analytic properties angle angular approximation astronomical object asymptotic baryons behavior bound colored quarks components conservation law coordinate system covariant deceleration parameter deep inelastic processes dependence described differential cross section domain effective Riemannian space-time Einstein's GTR Einstein's theory electromagnetic elementary particles energy-momentum tensor expression fab-ex flat space-time form factors formula gauge invariant gauge transformation geometry gluons gravitational field gravitational field equations gravitational radiation gravitational waves hadron high energy inclusive cross sections inclusive processes inclusive spectrum integrals of motion interaction Lagrangian density leptons matter and gravitational meson metric tensor momenta momentum transfer nuclear obtain parameters particles of sort perturbations Phys physical fields post-Newtonian pseudo-Euclidean space-time pseudotensor quantities quantum field theory quantum numbers quark counting rules relation result scalar scattering singular spectra spherically symmetric structure functions tensor density theory of gravitation tion vanish variables vector wave function