High Electric Field and Energetic Processes in Poly(ethylene naphthalate)

Main fndings The analysis illuminated the complex and diverse nature of the FHTs’ evolutionary trajectories, which were infuenced by 7 discrete but interrelated processes: sharing

Specific actions and interventions, manifested in the form of farming skills workshops, farming practice initiatives, mentoring programs, scholarships schemes, improved

We introduce a family of DG methods for (1.1)–(1.3) based on the coupling of a DG approximation to the Vlasov equation (transport equation) with several mixed finite element methods

In this note, we investigate whether we will have tsr( A ) = tsr( B ) in general. Motivated by the fact that closed subspaces have smaller covering dimensions, we may ask whether

Abstract.- Owing to a convenient gauge choice for the uniform applied electric field, we establish very simply evolution equations for the hot electrons distribution functions

The schemes are con- structed by combing a discontinuous Galerkin approximation to the Vlasov equation together with a mixed finite element method for the Poisson problem.. We

The aim of this paper is to analyze a formulation of the eddy current problem in terms of a time-primitive of the electric field in a bounded domain with input current intensities

To give an example of a division F -algebra of degree 8 with a totally decompos- able orthogonal involution that is hyperbolic over F Q but does not contain (Q, ), we use an example