Photo Thermal Diffusion of Excited Nonlocal Semiconductor Circular Plate Medium with Variable Thermal Conductivity

To examine the effects of nonlocal thermoelastic parameters in a nanoscale semiconductor material, novel model with variable thermal conductivity is provided this study. The photothermal diffusion (PTD) processes chemical action are utilized framework governing equations. When elastic, thermal, and plasma waves interact, continuum theory used to create model. For main formulations get analytical solutions stress, displacement, carrier density, temperature during thermo-photo-electric medium, Laplace transformation approach one dimension (1D) thin circular plate utilized. physical fields, mechanical forces loads applied semiconductor’s free surface. acquire full research areas time-space domains, inverse transform several numerical approximation techniques. Under impact factors, principal fields visually depicted theoretically explained.