SENSITIVITY ANALYSIS OF KEY PARAMETERS FOR POPULATION BALANCE BASED SOOT MODEL FOR LOW-SPEED DIFFUSION FLAMES

In this article, the evolution of in-flame soot species in a slow speed, buoyancy-driven diffusion flame is thoroughly studied with the implementation of the population balance approach in association with computational fluid dynamics (CFD) techniques.This model incorporates interactive fire phenomena, including combustion, radiation, turbulent mix

Polarization is a fundamental property of electromagnetic radio signals but often tess milne bikini neglected in localization studies.In this paper, we study the potential benefits of integrating the polarization dimension into localization applications.We develop a three-dimensional (3D) geometric channel model between a base station (BS) and user