In this study, we developed a transport model for typical pollutants in the Yellow Sea using Lagrangian particle tracking method to analyze trajectories of fish feed, common pollutant Sea. The incorporates influence ocean currents and surface winds on utilizes series numerical experiments simulate transport. Through statistical analysis experiment results, identified characteristic circles that...

Quantum transport in different situations is investigated by a suitable development of the Kubo formula on a basis of orthogonal polynomials. Results on quantum Hall systems using real space recursion approach are presented. Particular attention is paid to metal insulator transitions and new universalities in the integer quantum Hall effect. Other potential applications of the present method fo...

Starting with general semiclassical equations of motion for electrons in the presence electric and magnetic fields, we extend Chambers formula to include addition a field, time-dependent fields bands Berry curvature. We thereby compute conductivity tensor ${\sigma}_{{\alpha}{\beta}}(B,{\omega})$ field two (2D) three (3D) dimensions focus then on several applications magnetotransport metals Ferm...

Case method is a powerful in solving one-speed neutron transport equation. The can be applied to problems and pseudo- geometry problems. basis on the usage of Case’s eigenfunctions orthogonality relations with certain boundary conditions according interested problem. scattering effects investigated via Mika formula also ?nönü’s formula. In this study method’s formalism derived by using Anl?-Gün...

This article elaborates on the design and optimization of a specialized flow cell for the measurement of direct conversion of pressure into electrical energy (Electrokinetic Energy Conversion, EKEC) which has been presented in Østedgaard-Munck et al. (2017) [1]. Two main flow cell parameters have been monitored and optimized: A) the hydraulic pressure profile on each side of the membrane introd...

In this paper we prove a local monotonicity formula for solutions to an inhomogeneous singularly perturbed diffusion problem of interest in combustion. This type of monotonicity formula has proved to be very useful for the study of the regularity of limits u of solutions of the singular perturbation problem and of ∂{u > 0}, in the global homogeneous case. As a consequence of this formula we pro...