Moisture Photo-Thermoelasticity Diffusivity in Semiconductor Materials: A Novel Stochastic Model

A unique methodology due to the effect of stochastic heating is utilized study Moisture Diffusivity influence an elastic semiconductor medium under photo-thermoelasticity theory. Accurately, random processes are applied at boundary medium. The governing equations expressed in one-dimensional form (1D). conditions considered random; additional noise regarded as white noise. problem set up investigate interaction between moisture diffusivity, thermo-elastic waves, and plasma waves. investigation carried out during a photothermal transport procedure while taking diffusivity into consideration. Laplace transform used solve problem. numerical solution for field distribution obtained using short-time approximation performing inverse transformations Laplace. Wiener process notion has been arrive solutions case. Silicon (Si) material along several sample paths based on simulation. Additionally, comparison deterministic variable distributions provided. effects thermoelectric, thermoelastic, reference parameters force all physical discussed graphically.