Sentences with phrase «radiative transfer»
Radiative transfer refers to the movement or transfer of energy through electromagnetic waves. It involves the transfer of heat, light, and other forms of energy from one place to another through radiation. For example, the sun emits energy through radiation, and when this energy reaches the Earth, it can be absorbed, reflected, or scattered. Radiative transfer helps understand how energy from sources like the sun travels and interacts with its surroundings. Full definition
I actually don't deal with radiative transfer, there are enough papers (see among others the reference above) that do that quite nicely.
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There needs to be a temperature difference within the depth to extinction for a net radiative transfer to occur, no?
First to demonstrate how radiative transfers work and second to show that given a purely radiative exchange the temperature of the earth would be significantly below what we experience.
Cost - benefit analysis is not radiative transfer oddly enough.
What you are seeing / discussing is multiple reflections, which is commonly known in radiative transfer stuff.
It's still qualitative however, and getting a better handle on the question requires radiative transfer modeling and simulations that can adequately handle a greenhouse - free atmosphere without blowing up.
Our end - to - end analysis capabilities include sensor design trade studies using leading edge sensor simulation and radiative transfer tools to evaluate retrieval performance.
For radiative transfer, the vertical geometric scale is not relevant — only the optical depth distribution matters.
Vertical distributions of clouds have been a focus of many studies, motivated by their importance in radiative transfer processes in climate models.
The one they employ was first suggested by the astronomer Karl Schwarzschild to describe radiative transfer within the Sun.
Prigent, C., J.R. Pardo, M.I. Mishchenko, and W.B. Rossow, 2001: Microwave polarized scattering signatures in clouds: Special Sensor Microwave / Imager (SSM / I) observations interpreted with radiative transfer simulations.