in the present study an alternative model allows the extension of the debye-hückel theory (dht) considering time dependence explicitly. from the electro-quasistatic approach (eqs) done in earlier studies time dependent potentials are suitable to describe several phenomena especially conducting media as well as the behaviour of charged particles in arbitrary solutions acting as electrolytes.this...

The calculation of liquid heat capacity in its general form is one the most challenging subjects condensed matter physics due to dynamical disorder liquids, contrast solid phase, and strong interactions involved, unlike gas phase. Despite these difficulties, a phonon theory liquids has been proposed, although discussion limited Debye-type density states. In present paper, we adopt new approach:...

In this study, the energy levels of two-electron Cornell quantum dot (TECQD) immersed in Debye and plasma mediums are probed. To model mediums, more general exponential cosine screened Coulomb (MGECSC) is suggested. The presence TECQD environment velocity-dependent potential (VDP) effect system render very difficult to solve relevant wave equation. Since analytical solution equation difficult, ...

The floating potential of an emissive cylindrical probe in a plasma is calculated for an arbitrary ratio of Debye length to probe radius and for an arbitrary ion composition. In their motion to the probe the ions are assumed to be collisionless. For a small Debye length, a two-scale analysis for the quasineutral plasma and for the sheath provides analytical expressions for the emitted and colle...

Debye model is used for approximating the frequency dependent complex effective permittivity of composite structures in filter and shielding applications at microwave frequencies. In debye model, desired effectiveness (SE) obtained by determining parameters using trial error method. But this may result wasting time or not converging to an optimum solution. work overcome problem were optimized D...