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Schwarzschild black hole as particle accelerator of spinning particles, the crucial role is played by the so-called near-critical trajectories when the particle parameters are almost
Kinetic theory for nongeodesic particle motion: Self-interacting equilibrium states and effective viscous fluid pressuresThe particles of a classical relativistic gas are assumed to move under the influence of a
Self-interaction force for a particle in cone spacetimeThe force acting on a charged particle moving along an arbitrary trajectory near a straight cosmic
FEATURES OF FLUID SIMULATION IN MODELS BASED ON PHYSXThe features of Smoothed Particle Hydrodynamics in NVIDIA PhysX was presented in this work.
Single-Fluid Model of a Mixture for Laminar Flows of Highly Concentrated Suspensions the equation of motion for the mixture as a whole and the transport equation for the particle concentration
Influence of the meridional flow and thermomagnetic convection on characteristics of magnetic fluid sealFor the low-speed magnetic fluid seals, the influence of the meridional flow, induced by the shaft
L. s. Pontryagin maximum principle for some optimal control problems by trajectories pencilsIn this paper we consider some optimal problems for pencils of trajectories of nonlinear control
Effect of internal heat evolution on the motion of a solid particle in a viscous fluid particle in a viscous fluid is analytically solved in the Stokes approximation at small Reynolds and Peclet
General limitations on trajectories suitable for super-Penrose process© CopyrightEPLA, 2015. Collisions of particles near a rotating black hole can lead to unbound
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