Sentence examples for effects of radiative from inspiring English sources

Remaining effects of radiative heat transfer can be taken into account by appropriate calculation methods.

Several studies have tried to understand the mechanisms and effects of radiative transfer under different night-sky conditions.

The discrete dipole approximation (DDA), a flexible method for computing scattering of radiation by particles of arbitrary shape, is extended to incorporate the effects of radiative reaction and to allow for possible anisotropy of the dielectric tensor of the material.

In particular, an inflection point in the temperature versus mixture fraction profile is observed near the soot region which highlights the effects of radiative cooling.

Effects of radiative heat loss on NO formation are shown to be of no significance in the recirculation and neck zone of the bluff-body flame.

The effects of radiative transfer on the structure and extinction limits of counterflow H2/O2/N2 diffusion flames are studied numerically using detailed kinetics and transport properties.

Attention was primarily paid to the effect of radiative heat loss on the extinction characteristics of these flames.

The effect of radiative heat loss on code predictions is accounted for by using an optically thin radiation model.

Due to the volume effect of radiative transfer, theoretically, radiative transfer equation needs to be solved in the entire close cavity containing semitransparent media.

In this study, the effect of radiative and conductive heat losses on the propagation of reaction fronts in multilayers is investigated numerically.

Despite some minor departures from the ideal scaling due to the effect of radiative heat losses from soot, the coflow flames are shown to be self-similar to a very good approximation.