What is KRC
From krc
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{{Category|KRC is a numerical thermal model ([[Numerical_Model|What’s that?]]) used to determine the surface temperature of bodies in the Solar System. Every parameter KRC uses in calculations performed to create the environment within the model can be input by a user (besides fundamental equation relationships).}} | {{Category|KRC is a numerical thermal model ([[Numerical_Model|What’s that?]]) used to determine the surface temperature of bodies in the Solar System. Every parameter KRC uses in calculations performed to create the environment within the model can be input by a user (besides fundamental equation relationships).}} | ||
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| − | + | :KRC: | |
| − | + | ::K stands for κ (kappa), the variable for conductivity | |
| − | + | ::R stands for ρ (rho), the variable for density | |
| − | + | ::C stands for ''c<sub>p</sub>'', the variable for specific heat | |
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| + | |||
| + | These three variables are used in the equation for thermal inertia: | ||
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| + | [[Image:Thermal_Inertia.png|900px]] | ||
| − | For a deeper understanding of thermodynamics and how it is used in remote sensing and physics, please visit the Thermodynamics Wikipedia page | + | :For a deeper understanding of thermodynamics and how it is used in remote sensing and physics, please visit the Thermodynamics Wikipedia page |
| − | For thorough understanding of KRC: | + | :For thorough understanding of KRC: |
| − | Suggested Reading: | + | ::Suggested Reading: |
| − | *H.H. Kieffer 2013 JGR | + | :::*H.H. Kieffer 2013 JGR |
| − | *Power Point from 2013 KRC Conference | + | :::*Power Point from 2013 KRC Conference |
| − | Suggested Video: | + | ::Suggested Video: |
| − | *Videos from 2013 KRC Conference | + | :::*Videos from 2013 KRC Conference |
Revision as of 14:51, 13 July 2017
Description
KRC is a numerical thermal model (What’s that?) used to determine the surface temperature of bodies in the Solar System. Every parameter KRC uses in calculations performed to create the environment within the model can be input by a user (besides fundamental equation relationships).
- KRC:
- K stands for κ (kappa), the variable for conductivity
- R stands for ρ (rho), the variable for density
- C stands for cp, the variable for specific heat
These three variables are used in the equation for thermal inertia:
- For a deeper understanding of thermodynamics and how it is used in remote sensing and physics, please visit the Thermodynamics Wikipedia page
- For thorough understanding of KRC:
- Suggested Reading:
- H.H. Kieffer 2013 JGR
- Power Point from 2013 KRC Conference
- Suggested Video:
- Videos from 2013 KRC Conference
