netcdf sgpaerich1C1.a1.950725.001426 {
dimensions:
	time = UNLIMITED ; // (164 currently)
	wnum = 2655 ;
	wnum2 = 1254 ;
variables:
	int base_time ;
		base_time:long_name = "Base time in Epoch" ;
		base_time:units = "sec" ;
	double time_offset(time) ;
		time_offset:long_name = "Offset from base_time" ;
		time_offset:units = "sec" ;
	float lat ;
		lat:long_name = "Site latitude" ;
		lat:units = "-90.0 <= deg <= 90.0" ;
	float lon ;
		lon:long_name = "Site longitude" ;
		lon:units = "-180.0 <= deg <= 180.0" ;
	float alt ;
		alt:long_name = "Site altitude" ;
		alt:units = "m > MSL" ;
	float hotBBTemp(time) ;
		hotBBTemp:long_name = "Hot Blackbody Temperature" ;
		hotBBTemp:units = "K" ;
		hotBBTemp:precision = "1.E-2" ;
		hotBBTemp:missing_value = "-9999." ;
	float coldBBTemp(time) ;
		coldBBTemp:long_name = "Cold Blackbody Temperature" ;
		coldBBTemp:units = "K" ;
		coldBBTemp:precision = "1.E-2" ;
		coldBBTemp:missing_value = "-9999." ;
	float reflectedTemp(time) ;
		reflectedTemp:long_name = "Reflected Temperature" ;
		reflectedTemp:units = "K" ;
		reflectedTemp:precision = "1.E-2" ;
		reflectedTemp:missing_value = "-9999." ;
	float thermistor0(time) ;
		thermistor0:long_name = "Ambient Air near BBs" ;
		thermistor0:units = "C" ;
		thermistor0:precision = "1.E-2" ;
		thermistor0:missing_value = "-9999." ;
	float thermistor1(time) ;
		thermistor1:long_name = "MB100 2nd Port" ;
		thermistor1:units = "C" ;
		thermistor1:precision = "1.E-2" ;
		thermistor1:missing_value = "-9999." ;
	float thermistor2(time) ;
		thermistor2:long_name = "Reflected Temperature" ;
		thermistor2:units = "C" ;
		thermistor2:precision = "1.E-2" ;
		thermistor2:missing_value = "-9999." ;
	float thermistor3(time) ;
		thermistor3:long_name = "Hatch Open Indicator" ;
		thermistor3:units = "C" ;
		thermistor3:precision = "1.E-2" ;
		thermistor3:missing_value = "-9999." ;
		thermistor3:hatch_open_is_true = "The Hatch Open Indicator obtains a value of 301K (28C) when the hatch is open" ;
		thermistor3:hatch_open_is_false = "The Hatch Open Indicator obtains a value of 157K (-116C) when the hatch is NOT open (not necessarily closed)" ;
	float thermistor4(time) ;
		thermistor4:long_name = "HBB #1" ;
		thermistor4:units = "C" ;
		thermistor4:precision = "1.E-2" ;
		thermistor4:missing_value = "-9999." ;
	float thermistor5(time) ;
		thermistor5:long_name = "ABB #1" ;
		thermistor5:units = "C" ;
		thermistor5:precision = "1.E-2" ;
		thermistor5:missing_value = "-9999." ;
	float thermistor6(time) ;
		thermistor6:long_name = "HBB #2" ;
		thermistor6:units = "C" ;
		thermistor6:precision = "1.E-2" ;
		thermistor6:missing_value = "-9999." ;
	float thermistor7(time) ;
		thermistor7:long_name = "ABB #2" ;
		thermistor7:units = "C" ;
		thermistor7:precision = "1.E-2" ;
		thermistor7:missing_value = "-9999." ;
	float thermistor8(time) ;
		thermistor8:long_name = "Electronics Air" ;
		thermistor8:units = "C" ;
		thermistor8:precision = "1.E-2" ;
		thermistor8:missing_value = "-9999." ;
	float thermistor9(time) ;
		thermistor9:long_name = "Fixed Resistor #1 (2.6774K Ohms)" ;
		thermistor9:units = "C" ;
		thermistor9:precision = "1.E-2" ;
		thermistor9:missing_value = "-9999." ;
	float thermistor10(time) ;
		thermistor10:long_name = "Hatch Closed Indicator" ;
		thermistor10:units = "C" ;
		thermistor10:precision = "1.E-2" ;
		thermistor10:missing_value = "-9999." ;
		thermistor10:hatch_closed_is_true = "The Hatch Closed Indicator obtains a value of 304K (31C) when the hatch is closed" ;
		thermistor10:hatch_closed_is_false = "The Hatch Closed Indicator obtains a value of 148K (-125C) when the hatch is NOT closed (not necessarily open)" ;
	float thermistor11(time) ;
		thermistor11:long_name = "Outside Air" ;
		thermistor11:units = "C" ;
		thermistor11:precision = "1.E-2" ;
		thermistor11:missing_value = "-9999." ;
	float thermistor12(time) ;
		thermistor12:long_name = "Spare #1" ;
		thermistor12:units = "C" ;
		thermistor12:precision = "1.E0" ;
		thermistor12:missing_value = "-9999." ;
	float thermistor13(time) ;
		thermistor13:long_name = "Spare #2" ;
		thermistor13:units = "C" ;
		thermistor13:precision = "1.E0" ;
		thermistor13:missing_value = "-9999." ;
	float pressure(time) ;
		pressure:long_name = "Pressure" ;
		pressure:units = "hPa" ;
		pressure:precision = "1.E-2" ;
		pressure:missing_value = "-9999." ;
	float humidity_relative(time) ;
		humidity_relative:long_name = "Relative Humidity" ;
		humidity_relative:units = "Percent" ;
		humidity_relative:precision = "1.E-2" ;
		humidity_relative:missing_value = "-9999." ;
	float timeHHMMSS(time) ;
		timeHHMMSS:long_name = "Time (HHMMSS)" ;
		timeHHMMSS:units = "HHMMSS" ;
		timeHHMMSS:precision = "1.E0" ;
		timeHHMMSS:missing_value = "-9999." ;
	float timeBomemHHMM(time) ;
		timeBomemHHMM:long_name = "Bomem Time" ;
		timeBomemHHMM:units = "HHMMSS" ;
		timeBomemHHMM:precision = "1.E0" ;
		timeBomemHHMM:missing_value = "-9999." ;
	float originalRecordNumber(time) ;
		originalRecordNumber:long_name = "Original Record Number in CVI or RVI file" ;
		originalRecordNumber:units = "unitless" ;
		originalRecordNumber:precision = "1.E0" ;
		originalRecordNumber:missing_value = "-9999." ;
	float dataType(time) ;
		dataType:long_name = "Initial data quality flag" ;
		dataType:units = "unitless" ;
		dataType:interpretation_of_values = "2 implies good data, other values indicate suspect data" ;
		dataType:precision = "1.E0" ;
		dataType:missing_value = "-9999." ;
	float wnum(wnum) ;
		wnum:long_name = "wavenumbers for mean radiance spectra" ;
		wnum:units = "cm-1" ;
		wnum:independent_interval = "0.482147 cm-1" ;
		wnum:range_of_values = "[520.236816,1799.855591]" ;
		wnum:precision = "1.E-4" ;
		wnum:missing_value = "-9999." ;
	float mean_rad(time, wnum) ;
		mean_rad:long_name = "Mean of radiance spectra ensemble" ;
		mean_rad:units = "mW/(m2 sr cm-1)" ;
		mean_rad:precision = "1.E-4" ;
		mean_rad:missing_value = "-9999." ;
	float wnum2(wnum2) ;
		wnum2:long_name = "wavenumbers for standard deviation of radiance spectra" ;
		wnum2:units = "cm-1" ;
		wnum2:independent_interval = "0.482147 cm-1" ;
		wnum2:range_of_values = "[520.236816,1124.367310]" ;
		wnum2:precision = "1.E-4" ;
		wnum2:missing_value = "-9999." ;
	float standard_dev_mean_rad(time, wnum2) ;
		standard_dev_mean_rad:long_name = "Standard deviation of radiance spectra ensemble" ;
		standard_dev_mean_rad:units = "mW/(m2 sr cm-1)" ;
		standard_dev_mean_rad:precision = "1.E-4" ;
		standard_dev_mean_rad:missing_value = "-9999." ;

// global attributes:
		:Date = "Thu Jul 27 03:17:29 1995" ;
		:Version = "$Id: sgpaeri1.c,v 1.13 1995/05/03 21:17:58 d3h797 Exp $" ;
		:Command_Line = "sgpaeri1 -i 950725" ;
		:Input_File\(s\) = "950725C1.RNI 950725F1.CVI" ;
		:Site_Id = "SGP" ;
		:Facility_Id = "C1" ;
		:Sample_Integration_Period = "nominally 2 sec, e.g. single sample time" ;
		:Averaging_Interval = " 3 minutes, e.g. sky dwell time" ;
		:Mirror_Position = "S" ;
		:Apodization_Indicator = "0.0" ;
		:Sky_Sample_Number = "45.0 scans" ;
		:Effective_Laser_Wavenumber = "15798.52 cm-1" ;
		:SSEC_Stamp = "SSEC" ;
		:AERI_Stamp = "AERI" ;
		:Instrument_Unit_Number = "0000" ;
		:Field_Of_View_Half_Angle = "0.0150 Radians" ;
		:Channel_Number = "1" ;
		:SSEC_Format_Version = "1.000" ;
		:Year = "95" ;
		:Month = "7" ;
		:Day = "25" ;
		:Date_In_YYMMDD = "950725" ;
		:Word_Type = "2" ;
		:AERI_System_Software_Release_Number = "1" ;
		:Data_Scale_Factor = "1000000" ;
		:Spectrum_Point_Count = "2655 Points" ;
		:Wavenumber_Interval = "0.48214722 cm-1" ;
		:Minimum_Wavenumber = "520.236816 cm-1" ;
		:Maximum_Wavenumber = "1799.855591 cm-1" ;
		:Number_Of_Words_Per_Record = "2755" ;
		:Number_Of_Words_In_Header = "100" ;
		:View_Angle_From_The_Vertical = "0.00 Degrees" ;
		:Hot_Blackbody_Emissivity = "0.9956" ;
		:Cold_Blackbody_Emissivity = "0.9956" ;
		:Nonlinearity-wgt = "100000.0" ;
		:Nonlinearity-eff = "0.9500" ;
		:Nonlinearity-fback = "0.5000" ;
		:Nonlinearity-hzpd0 = "44002.609" ;
		:Nonlinearity-czpd0 = "-60684.820" ;
		:Nonlinearity-nmax = "2.0" ;
		:Nonlinearity-an1 = "1.000" ;
		:Nonlinearity-an2 = "-0.0000000413183088" ;
		:Comments = "CURRENT vector fields are wnum, mean_rad, standard_dev_mean_rad" ;
		:Comment = "The time assigned to each data point indicates the end of any period of averaging of the geophysical data." ;
		:Use_of_hatch_indicators = "sky data is valid ONLY if hatch_open_is_true AND hatch_closed_is_false" ;
}