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<!-- $Header: $ --> |
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<!-- $Name: $ --> |
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<description |
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xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" |
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xsi:noNamespaceSchemaLocation="http://deslab.mit.edu/LCML/lcml.xsd" |
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xmlns:dc="http://purl.org/dc/elements/1.1/"> |
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|
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<descriptionName>MITgcm Atmosphere data.aimphys</descriptionName> |
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|
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<descriptionInfo>Main runtime configuration file for MITgcm AIM phys package</descriptionInfo> |
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|
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<descriptionMetadata> |
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<dc:creator>Constantinos Evangelinos</dc:creator> |
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<dc:date>2007-07-05</dc:date> |
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<dc:title>MITgcm</dc:title> |
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</descriptionMetadata> |
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|
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<descriptionTarget> |
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<file>data.aimphys</file> |
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</descriptionTarget> |
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|
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<descriptionContent> |
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|
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<separator>
</separator> |
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|
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<set> |
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<setName>AIM_PARAMS</setName> |
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<startText> &AIM_PARAMS
</startText> |
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<endText> &
</endText> |
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<setInfo>AIM interface parameters</setInfo> |
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<var> |
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<name>Dummy Variable</name> |
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<info>forces output of parm</info> |
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<type>string</type> |
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<value></value> |
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<use>true</use> |
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<uneditable>use</uneditable> |
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<hidden>true</hidden> |
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</var> |
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<var> |
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<name>aim_useFMsurfBC</name> |
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<header> aim_useFMsurfBC = </header> |
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<trailer>, 
</trailer> |
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<info>select surface B.C. from Franco Molteni</info> |
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<type>string</type> |
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<value>.true.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_useMMsurfFc</name> |
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<header> aim_useMMsurfFc = </header> |
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<trailer>, 
</trailer> |
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<info>select Monthly Mean surface forcing (e.g., NCEP)</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
| 65 |
<var> |
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<name>aim_surfForc_TimePeriod</name> |
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<header> aim_surfForc_TimePeriod = </header> |
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<trailer>, 
</trailer> |
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<info>Length of forcing time period (e.g. 1 month)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<value>2592000.0</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_surfForc_NppCycle</name> |
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<header> aim_surfForc_NppCycle = </header> |
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<trailer>, 
</trailer> |
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<info>Number of time period per Cycle (e.g. 12)</info> |
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<type>numeric</type> |
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<precision>integer</precision> |
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<range>[1,INFINITY)</range> |
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<value>12</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_surfForc_TransRatio</name> |
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<header> aim_surfForc_TransRatio = </header> |
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<trailer>, 
</trailer> |
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<info>transition ratio from one month to the next</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<value>1.0</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_surfPotTemp</name> |
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<header> aim_surfPotTemp = </header> |
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<trailer>, 
</trailer> |
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<info>surf.Temp input file is in Pot.Temp (aim_useMMsurfFc)</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_energPrecip</name> |
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<header> aim_energPrecip = </header> |
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<trailer>, 
</trailer> |
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<info>account for energy of precipitation (snow and rain temp)</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_splitSIOsFx</name> |
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<header> aim_splitSIOsFx = </header> |
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<trailer>, 
</trailer> |
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<info>compute separately Sea-Ice and Ocean surf. Flux</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_MMsufx</name> |
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<header> aim_MMsufx = </header> |
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<trailer>, 
</trailer> |
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<info>suffix for all Monthly Mean surface forcing files</info> |
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<type>string</type> |
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<value>'.bin'</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_MMsufxLength</name> |
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<header> aim_MMsufxLength = </header> |
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<trailer>, 
</trailer> |
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<info>Length of suffix (Monthly Mean surf. forc. files)</info> |
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<type>numeric</type> |
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<precision>integer</precision> |
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<range>[1,INFINITY)</range> |
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<value>4</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_LandFile</name> |
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<header> aim_LandFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for Land fraction [0-1]</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_albFile</name> |
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<header> aim_albFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for Albedo input file (F.M. surfBC)</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_vegFile</name> |
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<header> aim_vegFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for vegetation fraction (F.M. surfBC)</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_sstFile</name> |
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<header> aim_sstFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for Sea.Surf.Temp (F.M. surfBC)</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_lstFile</name> |
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<header> aim_lstFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for Land.Surf.Temp (F.M. surfBC)</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_oiceFile</name> |
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<header> aim_oiceFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for Sea Ice fraction (F.M. surfBC)</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_snowFile</name> |
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<header> aim_snowFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for Snow depth (F.M. surfBC)</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_swcFile</name> |
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<header> aim_swcFile = </header> |
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<trailer>, 
</trailer> |
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<info>file name for Soil Water content (F.M. surfBC)</info> |
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<type>string</type> |
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<value>' '</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_dragStrato</name> |
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<header> aim_dragStrato = </header> |
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<trailer>, 
</trailer> |
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<info>stratospheric-drag damping time scale (s)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<value>0.</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_clrSkyDiag</name> |
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<header> aim_clrSkyDiag = </header> |
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<trailer>, 
</trailer> |
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<info>compute clear-sky radiation for diagnostics</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_taveFreq</name> |
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<header> aim_taveFreq = </header> |
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<trailer>, 
</trailer> |
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<info>Frequency^-1 for time-average output (s)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<value>0.0</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_diagFreq</name> |
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<header> aim_diagFreq = </header> |
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<trailer>, 
</trailer> |
| 275 |
<info>Frequency^-1 for diagnostic output (s)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<value>0.0</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
| 283 |
<var> |
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<name>aim_tendFreq</name> |
| 285 |
<header> aim_tendFreq = </header> |
| 286 |
<trailer>, 
</trailer> |
| 287 |
<info>Frequency^-1 for tendencies output (s)</info> |
| 288 |
<type>numeric</type> |
| 289 |
<precision>double</precision> |
| 290 |
<range>[0,INFINITY)</range> |
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<value>0.0</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
| 295 |
<var> |
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<name>aim_timeave_mnc</name> |
| 297 |
<header> aim_timeave_mnc = </header> |
| 298 |
<trailer>, 
</trailer> |
| 299 |
<info>Use MNC for AIM time averaged output</info> |
| 300 |
<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
| 306 |
<var> |
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<name>aim_snapshot_mnc</name> |
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<header> aim_snapshot_mnc = </header> |
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<trailer>, 
</trailer> |
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<info>Use MNC for AIM snapshot output</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_pickup_write_mnc</name> |
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<header> aim_pickup_write_mnc = </header> |
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<trailer>, 
</trailer> |
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<info>Use MNC to write AIM pickups</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>aim_pickup_read_mnc</name> |
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<header> aim_pickup_read_mnc = </header> |
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<trailer>, 
</trailer> |
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<info>Use MNC to read AIM pickups</info> |
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<type>string</type> |
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<value>.false.</value> |
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<enumeration>.true.;.false.</enumeration> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
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</set> |
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|
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<set> |
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<setName>AIM_PAR_FOR</setName> |
| 343 |
<startText> &AIM_PAR_FOR
</startText> |
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<endText> &
</endText> |
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<setInfo>Physical constants and constants for forcing fields</setInfo> |
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<var> |
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<name>Dummy Variable</name> |
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<info>forces output of parm</info> |
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<type>string</type> |
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<value></value> |
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<use>true</use> |
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<uneditable>use</uneditable> |
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<hidden>true</hidden> |
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</var> |
| 355 |
<var> |
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<name>SOLC</name> |
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<header> SOLC = </header> |
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<trailer>, 
</trailer> |
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<info>Solar constant (area averaged)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<units>W/m^2</units> |
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<value>342.00</value> |
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<use>false</use> |
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<hidden>false</hidden> |
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</var> |
| 368 |
<!-- Albedo values may need to be matched with other model ones --> |
| 369 |
<var> |
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<name>ALBSEA</name> |
| 371 |
<header> ALBSEA = </header> |
| 372 |
<trailer>, 
</trailer> |
| 373 |
<info>Albedo over sea</info> |
| 374 |
<type>numeric</type> |
| 375 |
<precision>double</precision> |
| 376 |
<range>[0,1]</range> |
| 377 |
<units></units> |
| 378 |
<value>0.07</value> |
| 379 |
<use>false</use> |
| 380 |
<hidden>false</hidden> |
| 381 |
</var> |
| 382 |
<var> |
| 383 |
<name>ALBICE</name> |
| 384 |
<header> ALBICE = </header> |
| 385 |
<trailer>, 
</trailer> |
| 386 |
<info>Albedo over sea ice (for ice fraction = 1)</info> |
| 387 |
<type>numeric</type> |
| 388 |
<precision>double</precision> |
| 389 |
<range>[0,1]</range> |
| 390 |
<units></units> |
| 391 |
<value>0.60</value> |
| 392 |
<use>false</use> |
| 393 |
<hidden>false</hidden> |
| 394 |
</var> |
| 395 |
<var> |
| 396 |
<name>ALBSN</name> |
| 397 |
<header> ALBSN = </header> |
| 398 |
<trailer>, 
</trailer> |
| 399 |
<info>Albedo over snow (for snow depth more than SDALB)</info> |
| 400 |
<type>numeric</type> |
| 401 |
<precision>double</precision> |
| 402 |
<range>[0,1]</range> |
| 403 |
<units></units> |
| 404 |
<value>0.60</value> |
| 405 |
<use>false</use> |
| 406 |
<hidden>false</hidden> |
| 407 |
</var> |
| 408 |
<var> |
| 409 |
<name>SDALB</name> |
| 410 |
<header> SDALB = </header> |
| 411 |
<trailer>, 
</trailer> |
| 412 |
<info>Snow depth (mm water) corresponding to maximum albedo</info> |
| 413 |
<type>numeric</type> |
| 414 |
<precision>double</precision> |
| 415 |
<range>[0,INFINITY)</range> |
| 416 |
<units>mm</units> |
| 417 |
<value>60.00</value> |
| 418 |
<use>false</use> |
| 419 |
<hidden>false</hidden> |
| 420 |
</var> |
| 421 |
<var> |
| 422 |
<name>SWCAP</name> |
| 423 |
<header> SWCAP = </header> |
| 424 |
<trailer>, 
</trailer> |
| 425 |
<info>Soil wetness at field capacity (volume fraction)</info> |
| 426 |
<type>numeric</type> |
| 427 |
<precision>double</precision> |
| 428 |
<range>[0,1]</range> |
| 429 |
<units></units> |
| 430 |
<value>0.30</value> |
| 431 |
<use>false</use> |
| 432 |
<hidden>false</hidden> |
| 433 |
</var> |
| 434 |
<var> |
| 435 |
<name>SWWIL</name> |
| 436 |
<header> SWWIL = </header> |
| 437 |
<trailer>, 
</trailer> |
| 438 |
<info>Soil wetness at wilting point (volume fraction)</info> |
| 439 |
<type>numeric</type> |
| 440 |
<precision>double</precision> |
| 441 |
<range>[0,1]</range> |
| 442 |
<units></units> |
| 443 |
<value>0.17</value> |
| 444 |
<use>false</use> |
| 445 |
<hidden>false</hidden> |
| 446 |
</var> |
| 447 |
<var> |
| 448 |
<name>hSnowWetness</name> |
| 449 |
<header> hSnowWetness = </header> |
| 450 |
<trailer>, 
</trailer> |
| 451 |
<info>snow depth corresponding to maximum wetness</info> |
| 452 |
<type>numeric</type> |
| 453 |
<precision>double</precision> |
| 454 |
<range>[0,INFINITY)</range> |
| 455 |
<units>m</units> |
| 456 |
<value>0.01</value> |
| 457 |
<use>false</use> |
| 458 |
<hidden>false</hidden> |
| 459 |
</var> |
| 460 |
</set> |
| 461 |
|
| 462 |
<set> |
| 463 |
<setName>AIM_PAR_SFL</setName> |
| 464 |
<startText> &AIM_PAR_SFL
</startText> |
| 465 |
<endText> &
</endText> |
| 466 |
<setInfo>Constants for surface fluxes</setInfo> |
| 467 |
<var> |
| 468 |
<name>Dummy Variable</name> |
| 469 |
<info>forces output of parm</info> |
| 470 |
<type>string</type> |
| 471 |
<value></value> |
| 472 |
<use>true</use> |
| 473 |
<uneditable>use</uneditable> |
| 474 |
<hidden>true</hidden> |
| 475 |
</var> |
| 476 |
<var> |
| 477 |
<name>FWIND0</name> |
| 478 |
<header> FWIND0 = </header> |
| 479 |
<trailer>, 
</trailer> |
| 480 |
<info>ratio of near-surface wind to lowest-level wind</info> |
| 481 |
<type>numeric</type> |
| 482 |
<precision>double</precision> |
| 483 |
<range>[0,INFINITY)</range> |
| 484 |
<units></units> |
| 485 |
<value>0.60</value> |
| 486 |
<use>false</use> |
| 487 |
<hidden>false</hidden> |
| 488 |
</var> |
| 489 |
<var> |
| 490 |
<name>FTEMP0</name> |
| 491 |
<header> FTEMP0 = </header> |
| 492 |
<trailer>, 
</trailer> |
| 493 |
<info>weight for near-surface temperature extrapolation [0-1] : |
| 494 |
1 : linear extrapolation from two lowest levels |
| 495 |
0 : constant potential temperature ( = lowest level) |
| 496 |
</info> |
| 497 |
<type>numeric</type> |
| 498 |
<precision>double</precision> |
| 499 |
<range>[0,1]</range> |
| 500 |
<units></units> |
| 501 |
<value>1.00</value> |
| 502 |
<use>false</use> |
| 503 |
<hidden>false</hidden> |
| 504 |
</var> |
| 505 |
<var> |
| 506 |
<name>FHUM0</name> |
| 507 |
<header> FHUM0 = </header> |
| 508 |
<trailer>, 
</trailer> |
| 509 |
<info>weight for near-surface specific humidity extrapolation [0-1] : |
| 510 |
1 : extrap. with constant relative hum. ( = lowest level) |
| 511 |
0 : constant specific hum. ( = lowest level) |
| 512 |
</info> |
| 513 |
<type>numeric</type> |
| 514 |
<precision>double</precision> |
| 515 |
<range>[0,1]</range> |
| 516 |
<units></units> |
| 517 |
<value>1.00</value> |
| 518 |
<use>false</use> |
| 519 |
<hidden>false</hidden> |
| 520 |
</var> |
| 521 |
<var> |
| 522 |
<name>CDL</name> |
| 523 |
<header> CDL = </header> |
| 524 |
<trailer>, 
</trailer> |
| 525 |
<info>drag coefficient for momentum over land</info> |
| 526 |
<type>numeric</type> |
| 527 |
<precision>double</precision> |
| 528 |
<range>[0,INFINITY)</range> |
| 529 |
<units></units> |
| 530 |
<value>0.0018</value> |
| 531 |
<use>false</use> |
| 532 |
<hidden>false</hidden> |
| 533 |
</var> |
| 534 |
<var> |
| 535 |
<name>CDS</name> |
| 536 |
<header> CDS = </header> |
| 537 |
<trailer>, 
</trailer> |
| 538 |
<info>drag coefficient for momentum over sea</info> |
| 539 |
<type>numeric</type> |
| 540 |
<precision>double</precision> |
| 541 |
<range>[0,INFINITY)</range> |
| 542 |
<units></units> |
| 543 |
<value>0.0008</value> |
| 544 |
<use>false</use> |
| 545 |
<hidden>false</hidden> |
| 546 |
</var> |
| 547 |
<var> |
| 548 |
<name>CHL</name> |
| 549 |
<header> CHL = </header> |
| 550 |
<trailer>, 
</trailer> |
| 551 |
<info>heat exchange coefficient over land</info> |
| 552 |
<type>numeric</type> |
| 553 |
<precision>double</precision> |
| 554 |
<range>[0,INFINITY)</range> |
| 555 |
<units></units> |
| 556 |
<value>0.0012</value> |
| 557 |
<use>false</use> |
| 558 |
<hidden>false</hidden> |
| 559 |
</var> |
| 560 |
<var> |
| 561 |
<name>CHS</name> |
| 562 |
<header> CHS = </header> |
| 563 |
<trailer>, 
</trailer> |
| 564 |
<info>heat exchange coefficient over sea</info> |
| 565 |
<type>numeric</type> |
| 566 |
<precision>double</precision> |
| 567 |
<range>[0,INFINITY)</range> |
| 568 |
<units></units> |
| 569 |
<value>0.0008</value> |
| 570 |
<use>false</use> |
| 571 |
<hidden>false</hidden> |
| 572 |
</var> |
| 573 |
<var> |
| 574 |
<name>VGUST</name> |
| 575 |
<header> VGUST = </header> |
| 576 |
<trailer>, 
</trailer> |
| 577 |
<info>wind speed for sub-grid-scale gusts</info> |
| 578 |
<type>numeric</type> |
| 579 |
<precision>double</precision> |
| 580 |
<range>[0,INFINITY)</range> |
| 581 |
<units></units> |
| 582 |
<value>5.00</value> |
| 583 |
<use>false</use> |
| 584 |
<hidden>false</hidden> |
| 585 |
</var> |
| 586 |
<var> |
| 587 |
<name>CTDAY</name> |
| 588 |
<header> CTDAY = </header> |
| 589 |
<trailer>, 
</trailer> |
| 590 |
<info>daily-cycle correction (dTskin/dSSRad)</info> |
| 591 |
<type>numeric</type> |
| 592 |
<precision>double</precision> |
| 593 |
<range>[0,INFINITY)</range> |
| 594 |
<units></units> |
| 595 |
<value>0.01</value> |
| 596 |
<use>false</use> |
| 597 |
<hidden>false</hidden> |
| 598 |
</var> |
| 599 |
<var> |
| 600 |
<name>DTHETA</name> |
| 601 |
<header> DTHETA = </header> |
| 602 |
<trailer>, 
</trailer> |
| 603 |
<info>Potential temperature gradient for stability correction</info> |
| 604 |
<type>numeric</type> |
| 605 |
<precision>double</precision> |
| 606 |
<range>[0,INFINITY)</range> |
| 607 |
<units></units> |
| 608 |
<value>3.00</value> |
| 609 |
<use>false</use> |
| 610 |
<hidden>false</hidden> |
| 611 |
</var> |
| 612 |
<var> |
| 613 |
<name>dTstab</name> |
| 614 |
<header> dTstab = </header> |
| 615 |
<trailer>, 
</trailer> |
| 616 |
<info>potential temperature increment for stability function derivative</info> |
| 617 |
<type>numeric</type> |
| 618 |
<precision>double</precision> |
| 619 |
<range>[0,INFINITY)</range> |
| 620 |
<units>K</units> |
| 621 |
<value>1.00</value> |
| 622 |
<use>false</use> |
| 623 |
<hidden>false</hidden> |
| 624 |
</var> |
| 625 |
<var> |
| 626 |
<name>FSTAB</name> |
| 627 |
<header> FSTAB = </header> |
| 628 |
<trailer>, 
</trailer> |
| 629 |
<info>Amplitude of stability correction (fraction)</info> |
| 630 |
<type>numeric</type> |
| 631 |
<precision>double</precision> |
| 632 |
<range>[0,INFINITY)</range> |
| 633 |
<units></units> |
| 634 |
<value>0.67</value> |
| 635 |
<use>false</use> |
| 636 |
<hidden>false</hidden> |
| 637 |
</var> |
| 638 |
<var> |
| 639 |
<name>HDRAG</name> |
| 640 |
<header> HDRAG = </header> |
| 641 |
<trailer>, 
</trailer> |
| 642 |
<info>Height scale for orographic correction</info> |
| 643 |
<type>numeric</type> |
| 644 |
<precision>double</precision> |
| 645 |
<range>[0,INFINITY)</range> |
| 646 |
<units>m</units> |
| 647 |
<value>2000.00</value> |
| 648 |
<use>false</use> |
| 649 |
<hidden>false</hidden> |
| 650 |
</var> |
| 651 |
<var> |
| 652 |
<name>FHDRAG</name> |
| 653 |
<header> FHDRAG = </header> |
| 654 |
<trailer>, 
</trailer> |
| 655 |
<info>Amplitude of orographic correction (fraction)</info> |
| 656 |
<type>numeric</type> |
| 657 |
<precision>double</precision> |
| 658 |
<range>[0,INFINITY)</range> |
| 659 |
<units></units> |
| 660 |
<value>0.80</value> |
| 661 |
<use>false</use> |
| 662 |
<hidden>false</hidden> |
| 663 |
</var> |
| 664 |
</set> |
| 665 |
|
| 666 |
<set> |
| 667 |
<setName>AIM_PAR_CNV</setName> |
| 668 |
<startText> &AIM_PAR_CNV
</startText> |
| 669 |
<endText> &
</endText> |
| 670 |
<setInfo>Convection constants</setInfo> |
| 671 |
<var> |
| 672 |
<name>Dummy Variable</name> |
| 673 |
<info>forces output of parm</info> |
| 674 |
<type>string</type> |
| 675 |
<value></value> |
| 676 |
<use>true</use> |
| 677 |
<uneditable>use</uneditable> |
| 678 |
<hidden>true</hidden> |
| 679 |
</var> |
| 680 |
<var> |
| 681 |
<name>PSMIN</name> |
| 682 |
<header> PSMIN = </header> |
| 683 |
<trailer>, 
</trailer> |
| 684 |
<info>minimum (normalized) surface pressure for the occurrence of convection</info> |
| 685 |
<type>numeric</type> |
| 686 |
<precision>double</precision> |
| 687 |
<range>[0,INFINITY)</range> |
| 688 |
<units></units> |
| 689 |
<value>0.70</value> |
| 690 |
<use>false</use> |
| 691 |
<hidden>false</hidden> |
| 692 |
</var> |
| 693 |
<var> |
| 694 |
<name>TRCNV</name> |
| 695 |
<header> TRCNV = </header> |
| 696 |
<trailer>, 
</trailer> |
| 697 |
<info>time of relaxation towards reference state</info> |
| 698 |
<type>numeric</type> |
| 699 |
<precision>double</precision> |
| 700 |
<range>[0,INFINITY)</range> |
| 701 |
<units>h</units> |
| 702 |
<value>6.00</value> |
| 703 |
<use>false</use> |
| 704 |
<hidden>false</hidden> |
| 705 |
</var> |
| 706 |
<var> |
| 707 |
<name>QBL</name> |
| 708 |
<header> QBL = </header> |
| 709 |
<trailer>, 
</trailer> |
| 710 |
<info>specific humidity threshold in the boundary layer</info> |
| 711 |
<type>numeric</type> |
| 712 |
<precision>double</precision> |
| 713 |
<range>[0,INFINITY)</range> |
| 714 |
<units></units> |
| 715 |
<value>15.00</value> |
| 716 |
<use>false</use> |
| 717 |
<hidden>false</hidden> |
| 718 |
</var> |
| 719 |
<var> |
| 720 |
<name>RHBL</name> |
| 721 |
<header> RHBL = </header> |
| 722 |
<trailer>, 
</trailer> |
| 723 |
<info>relative humidity threshold in the boundary layer</info> |
| 724 |
<type>numeric</type> |
| 725 |
<precision>double</precision> |
| 726 |
<range>[0,INFINITY)</range> |
| 727 |
<units></units> |
| 728 |
<value>0.80</value> |
| 729 |
<use>false</use> |
| 730 |
<hidden>false</hidden> |
| 731 |
</var> |
| 732 |
<var> |
| 733 |
<name>RHIL</name> |
| 734 |
<header> RHIL = </header> |
| 735 |
<trailer>, 
</trailer> |
| 736 |
<info>relative humidity threshold in intermediate layers for secondary mass flux</info> |
| 737 |
<type>numeric</type> |
| 738 |
<precision>double</precision> |
| 739 |
<range>[0,INFINITY)</range> |
| 740 |
<units></units> |
| 741 |
<value>0.70</value> |
| 742 |
<use>false</use> |
| 743 |
<hidden>false</hidden> |
| 744 |
</var> |
| 745 |
<var> |
| 746 |
<name>ENTMAX</name> |
| 747 |
<header> ENTMAX = </header> |
| 748 |
<trailer>, 
</trailer> |
| 749 |
<info>maximum entrainment as a fraction of cloud-base mass flux</info> |
| 750 |
<type>numeric</type> |
| 751 |
<precision>double</precision> |
| 752 |
<range>[0,INFINITY)</range> |
| 753 |
<units></units> |
| 754 |
<value>0.50</value> |
| 755 |
<use>false</use> |
| 756 |
<hidden>false</hidden> |
| 757 |
</var> |
| 758 |
<var> |
| 759 |
<name>SMF</name> |
| 760 |
<header> SMF = </header> |
| 761 |
<trailer>, 
</trailer> |
| 762 |
<info>ratio between secondary and primary mass flux at cloud-base</info> |
| 763 |
<type>numeric</type> |
| 764 |
<precision>double</precision> |
| 765 |
<range>[0,INFINITY)</range> |
| 766 |
<units></units> |
| 767 |
<value>0.50</value> |
| 768 |
<use>false</use> |
| 769 |
<hidden>false</hidden> |
| 770 |
</var> |
| 771 |
</set> |
| 772 |
|
| 773 |
<set> |
| 774 |
<setName>AIM_PAR_LSC</setName> |
| 775 |
<startText> &AIM_PAR_LSC
</startText> |
| 776 |
<endText> &
</endText> |
| 777 |
<setInfo>Constants for large-scale condensation</setInfo> |
| 778 |
<var> |
| 779 |
<name>Dummy Variable</name> |
| 780 |
<info>forces output of parm</info> |
| 781 |
<type>string</type> |
| 782 |
<value></value> |
| 783 |
<use>true</use> |
| 784 |
<uneditable>use</uneditable> |
| 785 |
<hidden>true</hidden> |
| 786 |
</var> |
| 787 |
<var> |
| 788 |
<name>TRLSC</name> |
| 789 |
<header> TRLSC = </header> |
| 790 |
<trailer>, 
</trailer> |
| 791 |
<info>Relaxation time for specific humidity</info> |
| 792 |
<type>numeric</type> |
| 793 |
<precision>double</precision> |
| 794 |
<range>[0,INFINITY)</range> |
| 795 |
<units>h</units> |
| 796 |
<value>4.00</value> |
| 797 |
<use>false</use> |
| 798 |
<hidden>false</hidden> |
| 799 |
</var> |
| 800 |
<var> |
| 801 |
<name>RHLSC</name> |
| 802 |
<header> RHLSC = </header> |
| 803 |
<trailer>, 
</trailer> |
| 804 |
<info>Maximum relative humidity threshold (at sigma=1)</info> |
| 805 |
<type>numeric</type> |
| 806 |
<precision>double</precision> |
| 807 |
<range>[0,INFINITY)</range> |
| 808 |
<units></units> |
| 809 |
<value>0.90</value> |
| 810 |
<use>false</use> |
| 811 |
<hidden>false</hidden> |
| 812 |
</var> |
| 813 |
<var> |
| 814 |
<name>DRHLSC</name> |
| 815 |
<header> DRHLSC = </header> |
| 816 |
<trailer>, 
</trailer> |
| 817 |
<info>Vertical range of relative humidity threshold</info> |
| 818 |
<type>numeric</type> |
| 819 |
<precision>double</precision> |
| 820 |
<range>[0,INFINITY)</range> |
| 821 |
<units></units> |
| 822 |
<value>0.10</value> |
| 823 |
<use>false</use> |
| 824 |
<hidden>false</hidden> |
| 825 |
</var> |
| 826 |
<var> |
| 827 |
<name>QSMAX</name> |
| 828 |
<header> QSMAX = </header> |
| 829 |
<trailer>, 
</trailer> |
| 830 |
<info>Used to define the maximum latent heat release</info> |
| 831 |
<type>numeric</type> |
| 832 |
<precision>double</precision> |
| 833 |
<range>[0,INFINITY)</range> |
| 834 |
<units></units> |
| 835 |
<value>50.00</value> |
| 836 |
<use>false</use> |
| 837 |
<hidden>false</hidden> |
| 838 |
</var> |
| 839 |
</set> |
| 840 |
|
| 841 |
<set> |
| 842 |
<setName>AIM_PAR_RAD</setName> |
| 843 |
<startText> &AIM_PAR_RAD
</startText> |
| 844 |
<endText> &
</endText> |
| 845 |
<setInfo>Radiation constants</setInfo> |
| 846 |
<var> |
| 847 |
<name>Dummy Variable</name> |
| 848 |
<info>forces output of parm</info> |
| 849 |
<type>string</type> |
| 850 |
<value></value> |
| 851 |
<use>true</use> |
| 852 |
<uneditable>use</uneditable> |
| 853 |
<hidden>true</hidden> |
| 854 |
</var> |
| 855 |
<var> |
| 856 |
<name>RHCL1</name> |
| 857 |
<header> RHCL1 = </header> |
| 858 |
<trailer>, 
</trailer> |
| 859 |
<info>relative humudity corresponding to cloud cover = 0</info> |
| 860 |
<type>numeric</type> |
| 861 |
<precision>double</precision> |
| 862 |
<range>[0,INFINITY)</range> |
| 863 |
<units></units> |
| 864 |
<value>0.45</value> |
| 865 |
<use>false</use> |
| 866 |
<hidden>false</hidden> |
| 867 |
</var> |
| 868 |
<var> |
| 869 |
<name>RHCL2</name> |
| 870 |
<header> RHCL2 = </header> |
| 871 |
<trailer>, 
</trailer> |
| 872 |
<info>relative humudity corresponding to cloud cover = 1</info> |
| 873 |
<type>numeric</type> |
| 874 |
<precision>double</precision> |
| 875 |
<range>[0,INFINITY)</range> |
| 876 |
<units></units> |
| 877 |
<value>0.85</value> |
| 878 |
<use>false</use> |
| 879 |
<hidden>false</hidden> |
| 880 |
</var> |
| 881 |
<var> |
| 882 |
<name>QACL1</name> |
| 883 |
<header> QACL1 = </header> |
| 884 |
<trailer>, 
</trailer> |
| 885 |
<info>specific humudity threshold for cloud cover in the upper troposphere</info> |
| 886 |
<type>numeric</type> |
| 887 |
<precision>double</precision> |
| 888 |
<range>[0,INFINITY)</range> |
| 889 |
<units></units> |
| 890 |
<value>0.10</value> |
| 891 |
<use>false</use> |
| 892 |
<hidden>false</hidden> |
| 893 |
</var> |
| 894 |
<var> |
| 895 |
<name>QACL2</name> |
| 896 |
<header> QACL2 = </header> |
| 897 |
<trailer>, 
</trailer> |
| 898 |
<info>specific humudity threshold for cloud cover in the upper troposphere</info> |
| 899 |
<type>numeric</type> |
| 900 |
<precision>double</precision> |
| 901 |
<range>[0,INFINITY)</range> |
| 902 |
<units></units> |
| 903 |
<value>1.00</value> |
| 904 |
<use>false</use> |
| 905 |
<hidden>false</hidden> |
| 906 |
</var> |
| 907 |
<!-- Albedo values may need to be matched with other model ones --> |
| 908 |
<var> |
| 909 |
<name>ALBCL</name> |
| 910 |
<header> ALBCL = </header> |
| 911 |
<trailer>, 
</trailer> |
| 912 |
<info>cloud albedo (for cloud cover = 1)</info> |
| 913 |
<type>numeric</type> |
| 914 |
<precision>double</precision> |
| 915 |
<range>[0,INFINITY)</range> |
| 916 |
<units></units> |
| 917 |
<value>0.40</value> |
| 918 |
<use>false</use> |
| 919 |
<hidden>false</hidden> |
| 920 |
</var> |
| 921 |
<var> |
| 922 |
<name>EPSSW</name> |
| 923 |
<header> EPSSW = </header> |
| 924 |
<trailer>, 
</trailer> |
| 925 |
<info>fraction of incoming solar radiation absorbed by ozone</info> |
| 926 |
<type>numeric</type> |
| 927 |
<precision>double</precision> |
| 928 |
<range>[0,INFINITY)</range> |
| 929 |
<units></units> |
| 930 |
<value>0.015</value> |
| 931 |
<use>false</use> |
| 932 |
<hidden>false</hidden> |
| 933 |
</var> |
| 934 |
<var> |
| 935 |
<name>EPSLW</name> |
| 936 |
<header> EPSLW = </header> |
| 937 |
<trailer>, 
</trailer> |
| 938 |
<info>fraction of surface LW radiation emitted directly to space</info> |
| 939 |
<type>numeric</type> |
| 940 |
<precision>double</precision> |
| 941 |
<range>[0,INFINITY)</range> |
| 942 |
<units></units> |
| 943 |
<value>0.00</value> |
| 944 |
<use>false</use> |
| 945 |
<hidden>false</hidden> |
| 946 |
</var> |
| 947 |
<var> |
| 948 |
<name>EMISFC</name> |
| 949 |
<header> EMISFC = </header> |
| 950 |
<trailer>, 
</trailer> |
| 951 |
<info>longwave surface emissivity</info> |
| 952 |
<type>numeric</type> |
| 953 |
<precision>double</precision> |
| 954 |
<range>[0,INFINITY)</range> |
| 955 |
<units></units> |
| 956 |
<value>0.98</value> |
| 957 |
<use>false</use> |
| 958 |
<hidden>false</hidden> |
| 959 |
</var> |
| 960 |
<var> |
| 961 |
<name>ABSDRY</name> |
| 962 |
<header> ABSDRY = </header> |
| 963 |
<trailer>, 
</trailer> |
| 964 |
<info>ShortWave absorptivity of dry air (visible band), for dp = 10^5 Pa</info> |
| 965 |
<type>numeric</type> |
| 966 |
<precision>double</precision> |
| 967 |
<range>[0,INFINITY)</range> |
| 968 |
<units></units> |
| 969 |
<value>0.033</value> |
| 970 |
<use>false</use> |
| 971 |
<hidden>false</hidden> |
| 972 |
</var> |
| 973 |
<var> |
| 974 |
<name>ABSAER</name> |
| 975 |
<header> ABSAER = </header> |
| 976 |
<trailer>, 
</trailer> |
| 977 |
<info>ShortWave absorptivity of aerosols (visible band), for dp = 10^5 Pa</info> |
| 978 |
<type>numeric</type> |
| 979 |
<precision>double</precision> |
| 980 |
<range>[0,INFINITY)</range> |
| 981 |
<units></units> |
| 982 |
<value>0.033</value> |
| 983 |
<use>false</use> |
| 984 |
<hidden>false</hidden> |
| 985 |
</var> |
| 986 |
<var> |
| 987 |
<name>ABSWV1</name> |
| 988 |
<header> ABSWV1 = </header> |
| 989 |
<trailer>, 
</trailer> |
| 990 |
<info>ShortWave absorptivity of water vapour (visible band), for dq = 1 g/kg</info> |
| 991 |
<type>numeric</type> |
| 992 |
<precision>double</precision> |
| 993 |
<range>[0,INFINITY)</range> |
| 994 |
<units></units> |
| 995 |
<value>0.022</value> |
| 996 |
<use>false</use> |
| 997 |
<hidden>false</hidden> |
| 998 |
</var> |
| 999 |
<var> |
| 1000 |
<name>ABSWV2</name> |
| 1001 |
<header> ABSWV2 = </header> |
| 1002 |
<trailer>, 
</trailer> |
| 1003 |
<info>ShortWave absorptivity water vapour (near IR band), for dq = 1 g/kg</info> |
| 1004 |
<type>numeric</type> |
| 1005 |
<precision>double</precision> |
| 1006 |
<range>[0,INFINITY)</range> |
| 1007 |
<units></units> |
| 1008 |
<value>15.00</value> |
| 1009 |
<use>false</use> |
| 1010 |
<hidden>false</hidden> |
| 1011 |
</var> |
| 1012 |
<var> |
| 1013 |
<name>ABSCL1</name> |
| 1014 |
<header> ABSCL1 = </header> |
| 1015 |
<trailer>, 
</trailer> |
| 1016 |
<info>ShortWave absorptivity of clouds (visible band, constant term)</info> |
| 1017 |
<type>numeric</type> |
| 1018 |
<precision>double</precision> |
| 1019 |
<range>[0,INFINITY)</range> |
| 1020 |
<units></units> |
| 1021 |
<value>0.00</value> |
| 1022 |
<use>false</use> |
| 1023 |
<hidden>false</hidden> |
| 1024 |
</var> |
| 1025 |
<var> |
| 1026 |
<name>ABSCL2</name> |
| 1027 |
<header> ABSCL2 = </header> |
| 1028 |
<trailer>, 
</trailer> |
| 1029 |
<info>ShortWave absorptivity of clouds (visible band), for dw = 1 g/kg</info> |
| 1030 |
<type>numeric</type> |
| 1031 |
<precision>double</precision> |
| 1032 |
<range>[0,INFINITY)</range> |
| 1033 |
<units></units> |
| 1034 |
<value>0.01</value> |
| 1035 |
<use>false</use> |
| 1036 |
<hidden>false</hidden> |
| 1037 |
</var> |
| 1038 |
<var> |
| 1039 |
<name>ABLWIN</name> |
| 1040 |
<header> ABLWIN = </header> |
| 1041 |
<trailer>, 
</trailer> |
| 1042 |
<info>LongWave absorptivity of air in "window" band, for dp = 10^5 Pa</info> |
| 1043 |
<type>numeric</type> |
| 1044 |
<precision>double</precision> |
| 1045 |
<range>[0,INFINITY)</range> |
| 1046 |
<units></units> |
| 1047 |
<value>0.70</value> |
| 1048 |
<use>false</use> |
| 1049 |
<hidden>false</hidden> |
| 1050 |
</var> |
| 1051 |
<var> |
| 1052 |
<name>ABLCO2</name> |
| 1053 |
<header> ABLCO2 = </header> |
| 1054 |
<trailer>, 
</trailer> |
| 1055 |
<info>LongWave absorptivity of air in CO2 band, for dp = 10^5 Pa</info> |
| 1056 |
<type>numeric</type> |
| 1057 |
<precision>double</precision> |
| 1058 |
<range>[0,INFINITY)</range> |
| 1059 |
<units></units> |
| 1060 |
<value>4.00</value> |
| 1061 |
<use>false</use> |
| 1062 |
<hidden>false</hidden> |
| 1063 |
</var> |
| 1064 |
<var> |
| 1065 |
<name>ABLWV1</name> |
| 1066 |
<header> ABLWV1 = </header> |
| 1067 |
<trailer>, 
</trailer> |
| 1068 |
<info>LongWave absorptivity of water vapour in H2O band 1 (weak), for dq = 1 g/kg</info> |
| 1069 |
<type>numeric</type> |
| 1070 |
<precision>double</precision> |
| 1071 |
<range>[0,INFINITY)</range> |
| 1072 |
<units></units> |
| 1073 |
<value>0.70</value> |
| 1074 |
<use>false</use> |
| 1075 |
<hidden>false</hidden> |
| 1076 |
</var> |
| 1077 |
<var> |
| 1078 |
<name>ABLWV2</name> |
| 1079 |
<header> ABLWV2 = </header> |
| 1080 |
<trailer>, 
</trailer> |
| 1081 |
<info>LongWave absorptivity of water vapour in H2O band 2 (strong), for dq = 1 g/kg</info> |
| 1082 |
<type>numeric</type> |
| 1083 |
<precision>double</precision> |
| 1084 |
<range>[0,INFINITY)</range> |
| 1085 |
<units></units> |
| 1086 |
<value>50.00</value> |
| 1087 |
<use>false</use> |
| 1088 |
<hidden>false</hidden> |
| 1089 |
</var> |
| 1090 |
<var> |
| 1091 |
<name>ABLCL1</name> |
| 1092 |
<header> ABLCL1 = </header> |
| 1093 |
<trailer>, 
</trailer> |
| 1094 |
<info>LongWave absorptivity of clouds in "window" band, (constant term)</info> |
| 1095 |
<type>numeric</type> |
| 1096 |
<precision>double</precision> |
| 1097 |
<range>[0,INFINITY)</range> |
| 1098 |
<units></units> |
| 1099 |
<value>12.00</value> |
| 1100 |
<use>false</use> |
| 1101 |
<hidden>false</hidden> |
| 1102 |
</var> |
| 1103 |
<var> |
| 1104 |
<name>ABLCL2</name> |
| 1105 |
<header> ABLCL2 = </header> |
| 1106 |
<trailer>, 
</trailer> |
| 1107 |
<info>LongWave absorptivity of clouds in "window" band, for dw = 1 g/kg</info> |
| 1108 |
<type>numeric</type> |
| 1109 |
<precision>double</precision> |
| 1110 |
<range>[0,INFINITY)</range> |
| 1111 |
<units></units> |
| 1112 |
<value>0.00</value> |
| 1113 |
<use>false</use> |
| 1114 |
<hidden>false</hidden> |
| 1115 |
</var> |
| 1116 |
</set> |
| 1117 |
|
| 1118 |
<set> |
| 1119 |
<setName>AIM_PAR_VDI</setName> |
| 1120 |
<startText> &AIM_PAR_VDI
</startText> |
| 1121 |
<endText> &
</endText> |
| 1122 |
<setInfo>Constants for vertical diffusion and shallow convection</setInfo> |
| 1123 |
<var> |
| 1124 |
<name>Dummy Variable</name> |
| 1125 |
<info>forces output of parm</info> |
| 1126 |
<type>string</type> |
| 1127 |
<value></value> |
| 1128 |
<use>true</use> |
| 1129 |
<uneditable>use</uneditable> |
| 1130 |
<hidden>true</hidden> |
| 1131 |
</var> |
| 1132 |
<var> |
| 1133 |
<name>TRSHC</name> |
| 1134 |
<header> TRSHC = </header> |
| 1135 |
<trailer>, 
</trailer> |
| 1136 |
<info>relaxation time for shallow convection</info> |
| 1137 |
<type>numeric</type> |
| 1138 |
<precision>double</precision> |
| 1139 |
<range>[0,INFINITY)</range> |
| 1140 |
<units>h</units> |
| 1141 |
<value>24.0</value> |
| 1142 |
<use>false</use> |
| 1143 |
<hidden>false</hidden> |
| 1144 |
</var> |
| 1145 |
<var> |
| 1146 |
<name>TRVDI</name> |
| 1147 |
<header> TRVDI = </header> |
| 1148 |
<trailer>, 
</trailer> |
| 1149 |
<info>relaxation time for moisture diffusion</info> |
| 1150 |
<type>numeric</type> |
| 1151 |
<precision>double</precision> |
| 1152 |
<range>[0,INFINITY)</range> |
| 1153 |
<units>h</units> |
| 1154 |
<value>40.0</value> |
| 1155 |
<use>false</use> |
| 1156 |
<hidden>false</hidden> |
| 1157 |
</var> |
| 1158 |
<var> |
| 1159 |
<name>TRVDS</name> |
| 1160 |
<header> TRVDS = </header> |
| 1161 |
<trailer>, 
</trailer> |
| 1162 |
<info>relaxation time for super-adiabatic conditions</info> |
| 1163 |
<type>numeric</type> |
| 1164 |
<precision>double</precision> |
| 1165 |
<range>[0,INFINITY)</range> |
| 1166 |
<units>h</units> |
| 1167 |
<value>5.0</value> |
| 1168 |
<use>false</use> |
| 1169 |
<hidden>false</hidden> |
| 1170 |
</var> |
| 1171 |
<var> |
| 1172 |
<name>RHGRAD</name> |
| 1173 |
<header> RHGRAD = </header> |
| 1174 |
<trailer>, 
</trailer> |
| 1175 |
<info>maximum gradient of relative humidity (d_RH/d_sigma)</info> |
| 1176 |
<type>numeric</type> |
| 1177 |
<precision>double</precision> |
| 1178 |
<range>[0,INFINITY)</range> |
| 1179 |
<units></units> |
| 1180 |
<value>0.5</value> |
| 1181 |
<use>false</use> |
| 1182 |
<hidden>false</hidden> |
| 1183 |
</var> |
| 1184 |
<var> |
| 1185 |
<name>SEGRAD</name> |
| 1186 |
<header> SEGRAD = </header> |
| 1187 |
<trailer>, 
</trailer> |
| 1188 |
<info>minimum gradient of dry static energy (d_DSE/d_phi)</info> |
| 1189 |
<type>numeric</type> |
| 1190 |
<precision>double</precision> |
| 1191 |
<range>[0,INFINITY)</range> |
| 1192 |
<units></units> |
| 1193 |
<value>0.1</value> |
| 1194 |
<use>false</use> |
| 1195 |
<hidden>false</hidden> |
| 1196 |
</var> |
| 1197 |
</set> |
| 1198 |
|
| 1199 |
</descriptionContent> |
| 1200 |
|
| 1201 |
</description> |
| 1202 |
|
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