Param Gloss

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== Search for Term by Name ==
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This'll be a thing
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== Basic Terms and Defintions  ==
 
== Basic Terms and Defintions  ==
 
  
 
Now its time to learn the basic input variables used in KRC.
 
Now its time to learn the basic input variables used in KRC.
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:'''Thermal Inertia''': the reluctance of a material to change temperature
 
:'''Thermal Inertia''': the reluctance of a material to change temperature
  
:'''Conductivity''': how easily a material transports heat and energy through itself
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:'''Conductivity:''' how easily a material transports heat and energy through itself
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:'''Density:''' the amount of mass, or matter, contained within a specific volume
  
:'''Density''': the amount of mass, or matter, contained within a specific volume
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:'''Specific Heat:''' the amount of energy required to raise the temperature of a material
  
:'''Specific Heat''': the amount of energy required to raise the temperature of a material
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:'''Input parameters:''' values given by the user, used in calculations within the model
  
:'''Input parameters''': values given by the user, used in calculations within the model
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:'''Opacity:''' the translucence of a material
  
:'''Opacity''': the translucence of a material
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:'''Albedo:''' the brightness of a material
  
:'''Albedo''': the brightness of a material
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:'''Emissivity:''' the energy given off by a material
  
:'''Emissivity''': the energy given off by a material
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:'''Slope:''' angle of incline of a surface above or below horizontal
  
:'''Slope''': angle of incline of a surface above or below horizontal
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:'''Azimuth:''' direction of slope as measured starting from north and moving through east
  
:'''Azimuth''': direction of slope as measured starting from north and moving through east
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:'''L<sub>S</sub> :''' The seasonal indicator. The Value used to distinguish the time of year. The time of year
  
:'''L<sub>S</sub> ''': The seasonal indicator. The Value used to distinguish the time of year. The time of year
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:'''Pressure:'''
  
:'''Pressure''':
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:'''Diurnal Temperature:''' Changes in temperatures that occur over the course of a day (i.e. daily temperatures).
 
== Advanced Terms and Definitions ==
 
== Advanced Terms and Definitions ==
  
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[[Z|Z:]]
 
[[Z|Z:]]
 
== Search for Term by Name ==
 

Latest revision as of 20:10, 13 July 2017

Contents

[edit] Search for Term by Name

This'll be a thing

[edit] Basic Terms and Defintions

Now its time to learn the basic input variables used in KRC.

Thermal Inertia: the reluctance of a material to change temperature
Conductivity: how easily a material transports heat and energy through itself
Density: the amount of mass, or matter, contained within a specific volume
Specific Heat: the amount of energy required to raise the temperature of a material
Input parameters: values given by the user, used in calculations within the model
Opacity: the translucence of a material
Albedo: the brightness of a material
Emissivity: the energy given off by a material
Slope: angle of incline of a surface above or below horizontal
Azimuth: direction of slope as measured starting from north and moving through east
LS : The seasonal indicator. The Value used to distinguish the time of year. The time of year
Pressure:
Diurnal Temperature: Changes in temperatures that occur over the course of a day (i.e. daily temperatures).

[edit] Advanced Terms and Definitions

Single Layer Atmosphere: A thin 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 two spectral regions in the atmosphere: solar and thermal
Solar Radiation: The energy reaching the surface from the sun itself
Thermal Energy: The energy reaching the surface from emission of the atmosphere itself

[edit] Alphabetical Name List

A:

ALBEDO

B:

C:

D:

E:

F:

G:

H:

I:

J:

K:

L:

M:

N:

O:

P:

Q:

R:

S:

SLOPE
SLOAZI (Azimuth)

T:

T (Temperature)
TAUD (Dust Opacity)


U:

V:

W:

X:

Y:

Z:

[edit] Alphabetical Category List

A:

Albedo

B:

C:

D:

E:

Emissivity

F:

Frost

G:

H:

I:

Inertia

J:

K:

L:

Layers

M:

Morphology (Slope, Elevation, etc.)

N:

O:

Opacity

P:

Q:

R:

S:

Subsurface
Spin-Up

T:

Temperature

U:

V:

W:

X:

Y:

Z:

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