netcdf classic (CDF-1) {
dimensions:
	scans = 1325 ;
	alts = 151 ;
// global attributes:
		:Platform = "TIMED: Themosphere Ionosphere Mesosphere Energetics and Dynamics" ;
		:Platform_URL = "http://www.timed.jhuapl.edu/WWW/index.php" ;
		:Instrument = "SABER: Sounding of the Atmosphere Using Broadband Emission Radiometry" ;
		:Instrument_URL = "http://saber.gats-inc.com" ;
		:PI_Name = "James M. Russell, III" ;
		:PI_Affiliation = "Center for Atmospheric Sciences, Hampton University, Hampton, VA" ;
		:PI_Contact = "james.russell@hamptonu.edu" ;
		:Co-PI_Name = "Martin G. Mlynczak" ;
		:Co-PI_Affiliation = "NASA Langley Research Center, Hampton, VA" ;
		:Co-PI_Contact = "m.g.mlynczak@nasa.gov" ;
		:References = "doi:10.1029/2009JA014713" ;
		:Institution = "NASA Langley Research Center" ;
		:Dataset_Name = "SABER_NO_PROFILE_FLUX" ;
		:Dataset_Version = "V1.0" ;
		:Dataset_Contact = "Linda.A.Hunt@nasa.gov" ;
		:Dataset_Description = "SABER NO cooling rate daily profiles (W/m3) and fluxes (W/m2) derived from SABER infrared emission data" ;
		:Dataset_SABER_Data_Version = "2.0" ;
		:Dataset_File_Time_Resolution = "one day" ;
		:File_Name = "SABER_NO_PROFILE_FLUX_2012333_V1.0.nc" ;
		:File_Create_Time = "        20180201T225526" ;
		:File_Time_Range = "Orbits beginning in day of year 333 of Year 2012" ;
		:File_Title = "SABER NO cooling rate profiles and fluxes for Year: 2012  Day of year: 333" ;
variables:
	float altitude(alts) ;
		altitude:units = "km" ;
		altitude:description = "1 km grid onto which data are interpolated (100-250 km)" ;
	short year ;
		year:units = "unitless" ;
		year:description = "Year of data observations in this file" ;
	short day ;
		day:units = "unitless" ;
		day:description = "Day of year of data observations in this file" ;
	int orbit(scans) ;
		orbit:units = "unitless" ;
		orbit:description = "SABER/TIMED orbit number (1-based)" ;
	short event(scans) ;
		event:units = "unitless" ;
		event:description = "Scan event number within the orbit (1-based)" ;
	float flux(scans) ;
		flux:units = "Watts/m^2" ;
		flux:description = "NO flux - Cooling rate integrated over the scan from 100-250 km" ;
	float tplatitude(scans, alts) ;
		tplatitude:standard_name = "latitude" ;
		tplatitude:description = "Scan tangent point geographic latitude" ;
		tplatitude:units = "degrees east (of Greenwich)" ;
	float tplongitude(scans, alts) ;
		tplongitude:standard_name = "longitude" ;
		tplongitude:description = "Scan tangent point geographic longitude between 0 and 360" ;
	float time(scans, alts) ;
		time:units = "msec" ;
		time:description = "SABER standard msec since midnight of the day in which the orbit started" ;
	float slt(scans, alts) ;
		slt:units = "msec" ;
		slt:description = "Scan tangent point solar local time; SABER reports SolarLT up to ~155 km" ;
		slt:_FillValue = -999.0 ;
	float sza(scans, alts) ;
		sza:units = "degrees" ;
		sza:description = "Scan tangent point solar zenith angle; SABER reports SZA up to ~155 km" ;
		sza:_FillValue = -999.0 ;
	float NOcool(scans, alts) ;
		NOcool:units = "Watts/m^3" ;
		NOcool:description = "Nitric oxide cooling rate profile" ;
}