In near future, Electric Vehicles (EVs) will replace conventional vehicles which provides both challenges and opportunities and this represents an important research area. Although EV …
The ion-acoustic solitary wave in collisionless unmagnetized plasma consisting of warm ions-fluid and isothermal electrons is studied using the time fractional KdV equation. The …
journals.ekb.eg/article_244465.htmlPDFDeep learning has exploded in prominence in scientific computing, with its techniques being utilized by a wide range of sectors to solve complicated issues. To perform certain tasks, all …
The source-free diffusion problem of light in turbid media with generalized boundary conditions is considered. The intensity of light is considered as a sum of collimated and diffused …
… Adopting this approach, Imam Abul-Wafa’ ibn ‘Oqail maintains that it is required for entry into Muslim land to have permission. ‘No non-Muslim shall enter into Muslim land without …
In this work, a directed connection between the fractal structure and the fractional calculus has been achieved. The fractional space–time diffusion equation is derived using the comb-…
The radiative-transfer problem in an absorbing, emitting, anisotropically scattering, inhomogenous, spherical shell is considered. The medium is taken to have diffusely reflecting …
The dynamics of fully nonlinear structure of six-component dusty cometary plasma system with the help of Sagdeev pseudo-potential techniques have been investigated. This plasma …
The maximum-entropy method with higher number of moments is used to solve the Fokker–Planck equation. An adopted Newton method is used to iterate the maximum entropy set of …
The nonlinear ion-acoustic waves in plasma having excess super-thermal electrons and positrons have been investigated. Reductive perturbation method is used to obtain a Kadomstev…