We study a Fokker-Planck equation with linear diffusion and super-linear drift introduced by Kaniadakis and Quarati [11, 12] to describe the evolution of a gas of Bose-Einstein particles. For kinetic equation of this type it is well-known that, in the physical space R 3, the structure

We study a Fokker-Planck equation with linear diffusion and super-linear drift introduced by Kaniadakis and Quarati [11, 12] to describe the evolution of a gas of Bose-Einstein particles. For kinetic equation of this type it is well-known that, in the physical space R 3, the structure

Strong convergence results on tamed Euler schemes, which approximate stochastic differential equations with superlinearly growing drift coefficients that are locally one-sided Lipschitz continuous, are presented in this article. The diffusion coefficients are assumed to be locally Lipschitz

devices was constrained by the Silicon Limit. This is now improved to have linear relation between On Resistance (L) and Breakdown voltage (BV) instead of the quadratic relation. Theory of novel voltage sustaining layers (SJ-Theory) recently published analytically models the super junction drift

which uses the high temporal resolution of the system to enhance the spatial resolution. The experiments have been conducted in a linear, magne-tized low β plasma device and investigate weak drift wave turbulence. To benchmark the SR- method a systematic comparison with traditional two point techniques

trajectories while weakly applying the Girsanov correction (the Radon-Nikodym derivative) for the linearization errors. The semianalyticity is due to an explicit linearization of the nonlinear drift terms and it plays a crucial role in keeping the Radon-Nikodym derivative "nearly bounded" above

Super-conducting linear accelerator as injector for COSY has to accelerate-D and H − particles that differ in ratio of mass to charge by a factor of 2. There are two preferable types of linear accelerator structures appropriate for this purpose: multi-gap structure with internal synchronization

In a plasma with a population of super-thermal particles generated by heating or fusion processes, kinetic effects can lead to the additional destabilisation of MHD modes or even to additional energetic particle modes. In order to describe these modes, a new linear gyrokinetic MHD code has been

: a field of linear drift at 348 km/sec, and a field of rotation at 2,188 km/sec. Any local rotation or oscillation perturbs the back-ground non-holonomity. In such a case the equations of motion show additional energy flow and force, produced by the non-holonomic background, in order to compensate

• Assimilation of GNSS radio occultation data—which data product? • Brief summary of past and present efforts to develop an observation operator for GPS occultation data • Linear non-local (LNL) observation operators • Summary and prospects Characteristics of occultation data • Limb sounding