This makes radiative transfer of energy within the transition region very complicated.

Radiative transfer codes are used in broad range of applications.

It is often used to model radiative transfer, particularly in stellar atmospheres.

The differential form of the equation for radiative transfer is:

His research interests are in cloud physics, atmospheric chemistry and radiative transfer.

Solutions to the equation of radiative transfer form an enormous body of work.

In such applications radiative transfer codes are often called radiation parameterization.

The module includes a radiative transfer model for the determination of photolysis rates.

This results in an intense outward energy flux that can not be sustained by radiative transfer.

He is an author of about 100 articles mostly on atmospheric optics, radiative transfer, and light scattering.

Schuster is credited by Chandrasekhar to have given a fresh start to the radiative transfer problem.

Such models are based on physical principles including fluid dynamics, thermodynamics and radiative transfer.

Instead the models predict how greenhouse gases will interact with radiative transfer and other physical processes.

Airmass factors can be determined by radiative transfer calculations.

These empirical expressions are derived from atmospheric radiative transfer models and generally have an uncertainty of about 10%.

The equation of radiative transfer describes the way in which radiation is affected as it travels through a material medium.

The equation of radiative transfer describes these interactions mathematically.

When scattering is neglected, sea ice emissivity can be modelled through radiative transfer.

Grey atmosphere (or gray) is a useful set of approximations made for radiative transfer applications.

What, you mean like that radiative transfer physics says more CO2 traps more heat?

Radiative transfer models are also used to optimize solar photovoltaic systems for renewable energy generation.

The equation of radiative transfer will then be the sum of these two contributions:

If you have some physics or radiative transfer background, read the evidence we present, the paper we were responding to, and decide for yourself."

With no air in the room, any temperature increase in the artifact is going to be straight radiative transfer from the laser."

Radiative transfer is the physical phenomenon of energy transfer in the form of electromagnetic radiation.