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RISTwo-dimensional particle modeling of submicrometer ZnO MESFET based on an ensemble Monte Carlo calculation including five-valley band structure model
A Monte Carlo method has been developed for the study of electron transport properties in ZnO
MESFET for high field, using a five-valley conduction band model. The effects of upper valleys on the
characteristics ...
Two-Dimensional Particle Modeling of Submicrometer ZnO MESFET Based on an Ensemble Monte Carlo Calculation Including Five-valley Band Structure Model
A Monte Carlo method has been developed for the study of electron transport properties in ZnO MESFET for high field, using a five-valley conduction band model. The effects of upper valleys on the characteristics of ZnO ...
Discrete particle model for convective AL2O3-water nanofluid around a triangular obstacle
In this paper, the discrete particle model was used to determine the concentration distribution and particle trajectories in a nanofluid flowing around a triangular obstacle. Furthermore, the local and average Nusselt numbers and the phase diagrams...
Effects of trap and reflect particle boundary conditions on particle transport and convective heat transfer for duct flow-A two-way coupling of Eulerian-Lagrangian Model
An Eulerian-Lagrangian model for analyzing the flow of nanofluids in duct was developed and the effects of trap and reflect wall boundary conditions for nanoparticles were studied. The two-way coupled model was used and ...