Sentence examples for radiation is modelled using from inspiring English sources
Transmission and absorption of diffuse radiation is modelled using the method of Norman ([1979]), while the non-intercepted radiation reaching a canopy point is calculated in the sun direction for direct beam according to the hourly zenith and azimuth angles of the sun and of various azimuth and zenith directions for the diffuse sky radiation.
Spectral gas and soot radiation is modeled using a (particle-based) photon Monte Carlo method coupled with the PDF method, thereby capturing both emission and absorption turbulence radiation interactions.
Sound radiation from harmonic fluid vibrations is modeled using a time-varying linear superposition of bubble oscillators.
Transient acoustic radiation from an arbitrarily-shaped source is modeled using a cubic spline interpolation-based time-domain equivalent source method.
Radiation heat transfer in a multilayered structure is modeled using the fluctuation dissipation theorem, and the electric current generation is evaluated based on the photogeneration and recombination of electron hole pairs in different regions of the TPV cell.
The important PFC reactor parameters such as hydrodynamics, radiation field and surface kinetics were modelled using the CFD model in order to simulate the events within the PFC reactor.
The total body radiation exposure was modeled using twenty three latent factors without regard to the radiation exposure dosage (unsupervised).
The radiative transfer in the UV barrier coating was modeled using the radiation element method by ray emission model (REM2).
The radiative properties of CuO particles were evaluated, and the radiative transfer in the pigmented coating was modeled using the radiation element method by ray emission model (REM2).
The mechanism of radiation-induced segregation in Fe Cr alloys was modeled using the inverse Kirkendall mechanism and compared to experimental measurements over a range of temperatures, bulk Cr compositions, and irradiation dose.
The esterification of acidified oil with ethanol under microwave radiation was modeled and optimized using response surface methodology (RS M and artificial neural network (ANN).
