.:uwyoccnc:LabM200: Difference between revisions
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'''Purpose''' | '''Purpose''' | ||
Calculates the CCN concentration based on | Calculates the CCN concentration based on condensation nuclei counts and flow rates. | ||
'''Required Input Files''' | '''Required Input Files''' | ||
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<nowiki>*.basic.raw</nowiki> | <nowiki>*.basic.raw</nowiki> | ||
Note: if given, temperature and pressure from these files will be used to calculate concentration at standard temperature and pressure. | |||
'''Output Files''' | '''Output Files''' | ||
<nowiki>*.ccn_conc.raw</nowiki> | <nowiki>*.ccn_conc.raw</nowiki> | ||
Latest revision as of 18:49, 8 August 2018
University of Wyoming (UWyo) Cloud Condensation Nuclei Counter -- M200 Data System Processing
process_raw (Level 1)
Purpose
Extracts *.analog.raw from the data acquisition system file (*.sea).
Required Input Files
*.sea
Output Files
*.analog.raw
analog2physical (Level 2)
Purpose
Converts from voltage to physical units.
Required Input Files
*.analog.raw
Note: If physical and basic files are not provided, the ambient concentration cannot be calculated.
Output Files
*.ccn.raw
ccn2conc (Level 3)
Purpose
Calculates the CCN concentration based on condensation nuclei counts and flow rates.
Required Input Files
*.ccn.raw
Optional input files:
*.physical.raw or *.serialA.aimms.* or *.serial.GPS.raw
*.basic.raw
Note: if given, temperature and pressure from these files will be used to calculate concentration at standard temperature and pressure.
Output Files
*.ccn_conc.raw