Category:Variable Glossary

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(Replaced content with "{{Category|This page provides a Glossary for the Physical Variables used in Davinci and KRC}}")
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{{Category|This page provides a Glossary for the Physical Variables used in Davinci and KRC}}
 
{{Category|This page provides a Glossary for the Physical Variables used in Davinci and KRC}}
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== Basic Terms and Defintions  ==
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:'''Diurnal Temperature:''' Changes in temperatures that occur over the course of a day (i.e. daily temperatures).
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:'''L<sub>S</sub> :''' The seasonal indicator. The Value used to distinguish the time of year. The time of year
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:'''Single Layer Atmosphere:''' A thin, grey (meaning no wavelength dependence of any coefficients)  atmosphere where, at any given time, the temperature is the same everywhere.  Even though temperature can vary with time, the entire atmosphere varies together.
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:'''Two-Stream Delta-Eddington Model:''' Allows for upward and downward direction of radiative propagation, exclusively
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:'''Spin-Up:''' The time required for a model to run before it reaches statistical equilibrium.
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:'''Skin Depth:''' The depth to which diurnal or seasonal surface temperatures permeate into the surface.

Revision as of 19:24, 18 July 2018

Description

This page provides a Glossary for the Physical Variables used in Davinci and KRC

Basic Terms and Defintions

Diurnal Temperature: Changes in temperatures that occur over the course of a day (i.e. daily temperatures).
LS : The seasonal indicator. The Value used to distinguish the time of year. The time of year
Single Layer Atmosphere: A thin, grey (meaning no wavelength dependence of any coefficients) atmosphere where, at any given time, the temperature is the same everywhere. Even though temperature can vary with time, the entire atmosphere varies together.
Two-Stream Delta-Eddington Model: Allows for upward and downward direction of radiative propagation, exclusively
Spin-Up: The time required for a model to run before it reaches statistical equilibrium.
Skin Depth: The depth to which diurnal or seasonal surface temperatures permeate into the surface.
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