netcdf classic (CDF-1) {
dimensions:
	altitude = 400 ;
	vector = 3 ;
	event = UNLIMITED ; // (96 currently)
// global attributes:
		:Title = "SABER Level2" ;
		:Data_Product_Type = "Processed Level2" ;
		:Mission = "TIMED" ;
		:Source = "SABER POC" ;
		:Software_Name = "./Level2a" ;
		:Software_Version = "01.07" ;
		:Calibration_Version = "01.07" ;
		:Product_Format_Version = "003" ;
		:Filename = "SABER_L2_2009231_41697_01.07.nc" ;
		:Data_Product_Version = "01.07" ;
		:Date_Generated = "2009240201753" ;
		:Data_Start_Time = "2009231201134" ;
		:Data_End_Time = "2009231214929" ;
		:History = "" ;
		:Orbitnumber = "41697" ;
		:Validation_Stamp = "Unvalidated" ;
variables:
	short event(event) ;
		event:units = "unitless" ;
		event:long_name = "Event Number for Current File" ;
		event:missing_value = -999 ;
	int date(event) ;
		date:units = "yyyyddd" ;
		date:long_name = "Date [yyyyddd]" ;
		date:missing_value = -999 ;
	short mode(event) ;
		mode:units = "unitless" ;
		mode:long_name = "0=Down 1=Up" ;
		mode:missing_value = -999 ;
	short tpDN(event) ;
		tpDN:units = "unitless" ;
		tpDN:long_name = "0=Day 1=Night" ;
		tpDN:missing_value = -999 ;
	short tpAD(event) ;
		tpAD:units = "unitless" ;
		tpAD:long_name = "0=Ascending 1=Descending" ;
		tpAD:missing_value = -999 ;
	float moonSepAngle(event) ;
		moonSepAngle:units = "Degrees" ;
		moonSepAngle:long_name = "Angle bewteen moon and LOS" ;
		moonSepAngle:missing_value = -999.0 ;
	float tpaltmoonSepAngle(event) ;
		tpaltmoonSepAngle:units = "km" ;
		tpaltmoonSepAngle:long_name = "Tp altitude at separation angle" ;
		tpaltmoonSepAngle:missing_value = -999.0 ;
	float solAP(event) ;
		solAP:units = "unitless" ;
		solAP:long_name = "Solar Ap Index" ;
		solAP:missing_value = -999.0 ;
	float solKP(event) ;
		solKP:units = "unitless" ;
		solKP:long_name = "Solar Kp Index" ;
		solKP:missing_value = -999.0 ;
	float solf10p7Daily(event) ;
		solf10p7Daily:units = "10^-22 J/s/m^2/Hz" ;
		solf10p7Daily:long_name = "F10.7 Flux (Daily)" ;
		solf10p7Daily:missing_value = -999.0 ;
	float solF10p781dAvg(event) ;
		solF10p781dAvg:units = "10^-22 J/s/m^2/Hz" ;
		solF10p781dAvg:long_name = "F10.7 Flux (81 day Average)" ;
		solF10p781dAvg:missing_value = -999.0 ;
	short solSpotNo(event) ;
		solSpotNo:units = "unitless" ;
		solSpotNo:long_name = "Zurich Sunspot Number" ;
		solSpotNo:missing_value = -999 ;
	float scSolarZen(event) ;
		scSolarZen:units = "Degrees" ;
		scSolarZen:long_name = "Sc Solar-Zenith Angle" ;
		scSolarZen:missing_value = -999.0 ;
	float earth_sun(event) ;
		earth_sun:units = "km" ;
		earth_sun:long_name = "Earth-Sun Distance" ;
		earth_sun:missing_value = -999.0 ;
	short Iaurora(event) ;
		Iaurora:units = "unitless" ;
		Iaurora:long_name = "Aurora Flag (1=TRUE, 0=FALSE)" ;
		Iaurora:missing_value = -999 ;
	int time(event, altitude) ;
		time:units = "msec" ;
		time:long_name = "Msec Since Midnight" ;
		time:missing_value = -999 ;
	float sclatitude(event, altitude) ;
		sclatitude:units = "degrees" ;
		sclatitude:long_name = "Spacecraft Latitude" ;
		sclatitude:missing_value = -999.0 ;
	float sclongitude(event, altitude) ;
		sclongitude:units = "degrees" ;
		sclongitude:long_name = "Spacecraft Longitude" ;
		sclongitude:missing_value = -999.0 ;
	float scaltitude(event, altitude) ;
		scaltitude:units = "km" ;
		scaltitude:long_name = "Spacecraft Altitude" ;
		scaltitude:missing_value = -999.0 ;
	float tpaltitude(event, altitude) ;
		tpaltitude:units = "km" ;
		tpaltitude:long_name = "Tangent-Point Altitude" ;
		tpaltitude:missing_value = -999.0 ;
	float tplatitude(event, altitude) ;
		tplatitude:units = "degrees" ;
		tplatitude:long_name = "Tangent-Point Latitude" ;
		tplatitude:missing_value = -999.0 ;
	float tplongitude(event, altitude) ;
		tplongitude:units = "degrees" ;
		tplongitude:long_name = "Tangent-Point Longitude" ;
		tplongitude:missing_value = -999.0 ;
	float tpSolarZen(event, altitude) ;
		tpSolarZen:units = "degrees" ;
		tpSolarZen:long_name = "Tangent-Point Solar-Zenith Angle" ;
		tpSolarZen:missing_value = -999.0 ;
	float tpSolarLT(event, altitude) ;
		tpSolarLT:units = "msec" ;
		tpSolarLT:long_name = "Tangent-Point Local-Solar Time " ;
		tpSolarLT:missing_value = -999.0 ;
	double elevation(event, altitude) ;
		elevation:units = "milliradians" ;
		elevation:long_name = "Elevation Angle" ;
		elevation:missing_value = -999.0 ;
	int time_top(event, altitude) ;
		time_top:units = "msec" ;
		time_top:long_name = "Msec Since Midnight" ;
		time_top:missing_value = -999 ;
	float sclatitude_top(event, altitude) ;
		sclatitude_top:units = "degrees" ;
		sclatitude_top:long_name = "Spacecraft Latitude" ;
		sclatitude_top:missing_value = -999.0 ;
	float sclongitude_top(event, altitude) ;
		sclongitude_top:units = "degrees" ;
		sclongitude_top:long_name = "Spacecraft Longitude" ;
		sclongitude_top:missing_value = -999.0 ;
	float scaltitude_top(event, altitude) ;
		scaltitude_top:units = "km" ;
		scaltitude_top:long_name = "Spacecraft Altitude" ;
		scaltitude_top:missing_value = -999.0 ;
	float tpaltitude_top(event, altitude) ;
		tpaltitude_top:units = "km" ;
		tpaltitude_top:long_name = "Tangent-Point Altitude" ;
		tpaltitude_top:missing_value = -999.0 ;
	float tplatitude_top(event, altitude) ;
		tplatitude_top:units = "degrees" ;
		tplatitude_top:long_name = "Tangent-Point Latitude" ;
		tplatitude_top:missing_value = -999.0 ;
	float tplongitude_top(event, altitude) ;
		tplongitude_top:units = "degrees" ;
		tplongitude_top:long_name = "Tangent-Point Longitude" ;
		tplongitude_top:missing_value = -999.0 ;
	float tpSolarZen_top(event, altitude) ;
		tpSolarZen_top:units = "degrees" ;
		tpSolarZen_top:long_name = "Tangent-Point Solar-Zenith Angle" ;
		tpSolarZen_top:missing_value = -999.0 ;
	float tpSolarLT_top(event, altitude) ;
		tpSolarLT_top:units = "msec" ;
		tpSolarLT_top:long_name = "Tangent-Point Local-Solar Time " ;
		tpSolarLT_top:missing_value = -999.0 ;
	double elevation_top(event, altitude) ;
		elevation_top:units = "milliradians" ;
		elevation_top:long_name = "Elevation Angle" ;
		elevation_top:missing_value = -999.0 ;
	float lunar_vector(event, altitude, vector) ;
		lunar_vector:missing_value = -999.0 ;
	float tpgpaltitude(event, altitude) ;
		tpgpaltitude:units = "km" ;
		tpgpaltitude:long_name = "Tangent-Point Geopotential Altitude" ;
		tpgpaltitude:missing_value = -999.0 ;
	float pressure_lte(event, altitude) ;
		pressure_lte:units = "mbar" ;
		pressure_lte:long_name = "Pressure (lte)" ;
		pressure_lte:missing_value = -999.0 ;
	float pressure_nlte(event, altitude) ;
		pressure_nlte:units = "mbar" ;
		pressure_nlte:long_name = "Pressure (nlte)" ;
		pressure_nlte:missing_value = -999.0 ;
	float pressure(event, altitude) ;
		pressure:units = "mbar" ;
		pressure:long_name = "Pressure" ;
		pressure:missing_value = -999.0 ;
	float pressure_error(event, altitude) ;
		pressure_error:units = "mbar" ;
		pressure_error:long_name = "Pressure Error" ;
		pressure_error:missing_value = -999.0 ;
	float ktemp_lte(event, altitude) ;
		ktemp_lte:units = "K" ;
		ktemp_lte:long_name = "Kinetic Temperature (lte)" ;
		ktemp_lte:missing_value = -999.0 ;
	float ktemp_nlte(event, altitude) ;
		ktemp_nlte:units = "K" ;
		ktemp_nlte:long_name = "Kinetic Temperature (nlte)" ;
		ktemp_nlte:missing_value = -999.0 ;
	float ktemp(event, altitude) ;
		ktemp:units = "K" ;
		ktemp:long_name = "Kinetic Temperature" ;
		ktemp:missing_value = -999.0 ;
	float ktemp_error(event, altitude) ;
		ktemp_error:units = "K" ;
		ktemp_error:long_name = "Kinetic Temperature Error" ;
		ktemp_error:missing_value = -999.0 ;
	float density(event, altitude) ;
		density:units = "1/cm^3" ;
		density:long_name = "Atmospheric Density" ;
		density:missing_value = -999.0 ;
	float density_error(event, altitude) ;
		density_error:units = "1/cm^3" ;
		density_error:long_name = "Atmospheric Density Error" ;
		density_error:missing_value = -999.0 ;
	float O3_96_lte(event, altitude) ;
		O3_96_lte:units = "unitless" ;
		O3_96_lte:long_name = "O3 Mixing Ratio 9.6um (lte)" ;
		O3_96_lte:missing_value = -999.0 ;
	float O3_96_nlte(event, altitude) ;
		O3_96_nlte:units = "unitless" ;
		O3_96_nlte:long_name = "O3 Mixing Ratio 9.6um (nlte)" ;
		O3_96_nlte:missing_value = -999.0 ;
	float O3_96(event, altitude) ;
		O3_96:units = "unitless" ;
		O3_96:long_name = "O3 Mixing Ratio 9.6um" ;
		O3_96:missing_value = -999.0 ;
	float O3_96_error(event, altitude) ;
		O3_96_error:units = "unitless" ;
		O3_96_error:long_name = "O3 9.6um channel Error" ;
		O3_96_error:missing_value = -999.0 ;
	float O3_127(event, altitude) ;
		O3_127:units = "unitless" ;
		O3_127:long_name = "O3 Mixing Ratio 1.27um Channel" ;
		O3_127:missing_value = -999.0 ;
	float O3_127_error(event, altitude) ;
		O3_127_error:units = "unitless" ;
		O3_127_error:long_name = "O3 1.27um channel Error" ;
		O3_127_error:missing_value = -999.0 ;
	float H2O_lte(event, altitude) ;
		H2O_lte:units = "unitless" ;
		H2O_lte:long_name = "H2O Mixing Ratio (lte)" ;
		H2O_lte:missing_value = -999.0 ;
	float H2O_nlte(event, altitude) ;
		H2O_nlte:units = "unitless" ;
		H2O_nlte:long_name = "H2O Mixing Ratio (nlte)" ;
		H2O_nlte:missing_value = -999.0 ;
	float H2O(event, altitude) ;
		H2O:units = "unitless" ;
		H2O:long_name = "H2O Mixing Ratio" ;
		H2O:missing_value = -999.0 ;
	float H2O_error(event, altitude) ;
		H2O_error:units = "unitless" ;
		H2O_error:long_name = "H2O Error" ;
		H2O_error:missing_value = -999.0 ;
	float CO2(event, altitude) ;
		CO2:units = "unitless" ;
		CO2:long_name = "CO2 Mixing Ratio" ;
		CO2:missing_value = -999.0 ;
	float CO2_error(event, altitude) ;
		CO2_error:units = "unitless" ;
		CO2_error:long_name = "CO2 Error" ;
		CO2_error:missing_value = -999.0 ;
	float O2_1sigma(event, altitude) ;
		O2_1sigma:units = "unitless" ;
		O2_1sigma:long_name = "O2(1sigma) Mixing Ratio" ;
		O2_1sigma:missing_value = -999.0 ;
	float O_1D(event, altitude) ;
		O_1D:units = "unitless" ;
		O_1D:long_name = "O(1D) Mixing Ratio" ;
		O_1D:missing_value = -999.0 ;
	float O(event, altitude) ;
		O:units = "unitless" ;
		O:long_name = "O Mixing Ratio" ;
		O:missing_value = -999.0 ;
	float H(event, altitude) ;
		H:units = "unitless" ;
		H:long_name = "H Mixing Ratio" ;
		H:missing_value = -999.0 ;
	float N2_ext(event, altitude) ;
		N2_ext:units = "unitless" ;
		N2_ext:long_name = "N2 Extended Mixing Ratio" ;
		N2_ext:missing_value = -999.0 ;
	float O2_ext(event, altitude) ;
		O2_ext:units = "unitless" ;
		O2_ext:long_name = "O2 Extended Mixing Ratio" ;
		O2_ext:missing_value = -999.0 ;
	float O3_ext(event, altitude) ;
		O3_ext:units = "unitless" ;
		O3_ext:long_name = "O3 Extended Mixing Ratio" ;
		O3_ext:missing_value = -999.0 ;
	float CO2_ext(event, altitude) ;
		CO2_ext:units = "unitless" ;
		CO2_ext:long_name = "CO2 Extended Mixing Ratio" ;
		CO2_ext:missing_value = -999.0 ;
	float NO2_ext(event, altitude) ;
		NO2_ext:units = "unitless" ;
		NO2_ext:long_name = "NO2 Extended Mixing Ratio" ;
		NO2_ext:missing_value = -999.0 ;
	float NO_ext(event, altitude) ;
		NO_ext:units = "unitless" ;
		NO_ext:long_name = "NO Extended Mixing Ratio" ;
		NO_ext:missing_value = -999.0 ;
	float OH_ext(event, altitude) ;
		OH_ext:units = "unitless" ;
		OH_ext:long_name = "OH Extended Mixing Ratio" ;
		OH_ext:missing_value = -999.0 ;
	float H2O_ext(event, altitude) ;
		H2O_ext:units = "unitless" ;
		H2O_ext:long_name = "H2O Extended Mixing Ratio" ;
		H2O_ext:missing_value = -999.0 ;
	float HO2_ext(event, altitude) ;
		HO2_ext:units = "unitless" ;
		HO2_ext:long_name = "HO2 Extended Mixing Ratio" ;
		HO2_ext:missing_value = -999.0 ;
	float H_ext(event, altitude) ;
		H_ext:units = "unitless" ;
		H_ext:long_name = "H Extended Mixing Ratio" ;
		H_ext:missing_value = -999.0 ;
	float O_ext(event, altitude) ;
		O_ext:units = "unitless" ;
		O_ext:long_name = "O Extended Mixing Ratio" ;
		O_ext:missing_value = -999.0 ;
	float O1D_ext(event, altitude) ;
		O1D_ext:units = "unitless" ;
		O1D_ext:long_name = "O(1D) Extended Mixing Ratio" ;
		O1D_ext:missing_value = -999.0 ;
	float O2_1delta_ver(event, altitude) ;
		O2_1delta_ver:units = "ergs/cm3/sec" ;
		O2_1delta_ver:long_name = "O2(1delta)VER" ;
		O2_1delta_ver:missing_value = -999.0 ;
	float O2_1delta_ver_error(event, altitude) ;
		O2_1delta_ver_error:units = "ergs/cm3/sec" ;
		O2_1delta_ver_error:long_name = "O2(1delta)VER Error" ;
		O2_1delta_ver_error:missing_value = -999.0 ;
	float OH_16_ver(event, altitude) ;
		OH_16_ver:units = "ergs/cm3/sec" ;
		OH_16_ver:long_name = "OH VER for 1.6 um Channel" ;
		OH_16_ver:missing_value = -999.0 ;
	float OH_16_ver_error(event, altitude) ;
		OH_16_ver_error:units = "ergs/cm3/sec" ;
		OH_16_ver_error:long_name = "OH VER Error" ;
		OH_16_ver_error:missing_value = -999.0 ;
	float OH_20_ver(event, altitude) ;
		OH_20_ver:units = "ergs/cm3/sec" ;
		OH_20_ver:long_name = "OH VER for 2.0 um Channel" ;
		OH_20_ver:missing_value = -999.0 ;
	float OH_20_ver_error(event, altitude) ;
		OH_20_ver_error:units = "ergs/cm3/sec" ;
		OH_20_ver_error:long_name = "OH VER Error" ;
		OH_20_ver_error:missing_value = -999.0 ;
	float NO_ver(event, altitude) ;
		NO_ver:units = "ergs/cm3/sec" ;
		NO_ver:long_name = "NO VER" ;
		NO_ver:missing_value = -999.0 ;
	float NO_ver_top(event, altitude) ;
		NO_ver_top:units = "ergs/cm3/sec" ;
		NO_ver_top:long_name = "NO VER" ;
		NO_ver_top:missing_value = -999.0 ;
	float NO_ver_error(event, altitude) ;
		NO_ver_error:units = "ergs/cm3/sec" ;
		NO_ver_error:long_name = "NO VER Error" ;
		NO_ver_error:missing_value = -999.0 ;
	float NO_ver_top_error(event, altitude) ;
		NO_ver_top_error:units = "ergs/cm3/sec" ;
		NO_ver_top_error:long_name = "NO VER Error" ;
		NO_ver_top_error:missing_value = -999.0 ;
	float O2_1delta_ver_unfilt(event, altitude) ;
		O2_1delta_ver_unfilt:units = "ergs/cm3/sec" ;
		O2_1delta_ver_unfilt:long_name = "O2(1delta)VER" ;
		O2_1delta_ver_unfilt:missing_value = -999.0 ;
	float O2_1delta_ver_unfilt_error(event, altitude) ;
		O2_1delta_ver_unfilt_error:units = "ergs/cm3/sec" ;
		O2_1delta_ver_unfilt_error:long_name = "O2(1delta)VER Error" ;
		O2_1delta_ver_unfilt_error:missing_value = -999.0 ;
	float OH_16_ver_unfilt(event, altitude) ;
		OH_16_ver_unfilt:units = "ergs/cm3/sec" ;
		OH_16_ver_unfilt:long_name = "OH VER for 1.6 um Channel" ;
		OH_16_ver_unfilt:missing_value = -999.0 ;
	float OH_16_ver_unfilt_error(event, altitude) ;
		OH_16_ver_unfilt_error:units = "ergs/cm3/sec" ;
		OH_16_ver_unfilt_error:long_name = "OH VER Error" ;
		OH_16_ver_unfilt_error:missing_value = -999.0 ;
	float OH_20_ver_unfilt(event, altitude) ;
		OH_20_ver_unfilt:units = "ergs/cm3/sec" ;
		OH_20_ver_unfilt:long_name = "OH VER for 2.0 um Channel" ;
		OH_20_ver_unfilt:missing_value = -999.0 ;
	float OH_20_ver_unfilt_error(event, altitude) ;
		OH_20_ver_unfilt_error:units = "ergs/cm3/sec" ;
		OH_20_ver_unfilt_error:long_name = "OH VER Error" ;
		OH_20_ver_unfilt_error:missing_value = -999.0 ;
	float NO_ver_unfilt(event, altitude) ;
		NO_ver_unfilt:units = "ergs/cm3/sec" ;
		NO_ver_unfilt:long_name = "NO VER" ;
		NO_ver_unfilt:missing_value = -999.0 ;
	float NO_ver_top_unfilt(event, altitude) ;
		NO_ver_top_unfilt:units = "ergs/cm3/sec" ;
		NO_ver_top_unfilt:long_name = "NO VER" ;
		NO_ver_top_unfilt:missing_value = -999.0 ;
	float NO_ver_unfilt_error(event, altitude) ;
		NO_ver_unfilt_error:units = "ergs/cm3/sec" ;
		NO_ver_unfilt_error:long_name = "NO VER Error" ;
		NO_ver_unfilt_error:missing_value = -999.0 ;
	float NO_ver_top_unfilt_error(event, altitude) ;
		NO_ver_top_unfilt_error:units = "ergs/cm3/sec" ;
		NO_ver_top_unfilt_error:long_name = "NO VER Error" ;
		NO_ver_top_unfilt_error:missing_value = -999.0 ;
	float Rad_chan1(event, altitude) ;
		Rad_chan1:units = "w/m2/st" ;
		Rad_chan1:long_name = "Channel 1 radiances" ;
		Rad_chan1:missing_value = -999.0 ;
	float Rad_chan2(event, altitude) ;
		Rad_chan2:units = "w/m2/st" ;
		Rad_chan2:long_name = "Channel 2 radiances" ;
		Rad_chan2:missing_value = -999.0 ;
	float Rad_chan3(event, altitude) ;
		Rad_chan3:units = "w/m2/st" ;
		Rad_chan3:long_name = "Channel 3 radiances" ;
		Rad_chan3:missing_value = -999.0 ;
	float Rad_chan4(event, altitude) ;
		Rad_chan4:units = "w/m2/st" ;
		Rad_chan4:long_name = "Channel 4 radiances" ;
		Rad_chan4:missing_value = -999.0 ;
	float Rad_chan5(event, altitude) ;
		Rad_chan5:units = "w/m2/st" ;
		Rad_chan5:long_name = "Channel 5 radiances" ;
		Rad_chan5:missing_value = -999.0 ;
	float Rad_chan6(event, altitude) ;
		Rad_chan6:units = "w/m2/st" ;
		Rad_chan6:long_name = "Channel 6 radiances" ;
		Rad_chan6:missing_value = -999.0 ;
	float Rad_chan6_top(event, altitude) ;
		Rad_chan6_top:units = "w/m2/st" ;
		Rad_chan6_top:long_name = "Channel 7 radiances (high altitude)" ;
		Rad_chan6_top:missing_value = -999.0 ;
	float Rad_chan7(event, altitude) ;
		Rad_chan7:units = "w/m2/st" ;
		Rad_chan7:long_name = "Channel 7 radiances" ;
		Rad_chan7:missing_value = -999.0 ;
	float Rad_chan8(event, altitude) ;
		Rad_chan8:units = "w/m2/st" ;
		Rad_chan8:long_name = "Channel 8 radiances" ;
		Rad_chan8:missing_value = -999.0 ;
	float Rad_chan9(event, altitude) ;
		Rad_chan9:units = "w/m2/st" ;
		Rad_chan9:long_name = "Channel 9 radiances" ;
		Rad_chan9:missing_value = -999.0 ;
	float Rad_chan10(event, altitude) ;
		Rad_chan10:units = "w/m2/st" ;
		Rad_chan10:long_name = "Channel 10 radiances" ;
		Rad_chan10:missing_value = -999.0 ;
	float TvO2_1(event, altitude) ;
		TvO2_1:units = "K" ;
		TvO2_1:long_name = "vibT for O2(1)" ;
		TvO2_1:missing_value = -999.0 ;
	float TvN2_1(event, altitude) ;
		TvN2_1:units = "K" ;
		TvN2_1:long_name = "vibT for N2(1)" ;
		TvN2_1:missing_value = -999.0 ;
	float TeO2_1delta(event, altitude) ;
		TeO2_1delta:units = "K" ;
		TeO2_1delta:long_name = "Temps for O2(1delta) Electronic States" ;
		TeO2_1delta:missing_value = -999.0 ;
	float TvCO2_626_01101(event, altitude) ;
		TvCO2_626_01101:units = "K" ;
		TvCO2_626_01101:long_name = "vibT for CO2 626_01101" ;
		TvCO2_626_01101:missing_value = -999.0 ;
	float TvCO2_626_02201(event, altitude) ;
		TvCO2_626_02201:units = "K" ;
		TvCO2_626_02201:long_name = "vibT for CO2 626_02201" ;
		TvCO2_626_02201:missing_value = -999.0 ;
	float TvCO2_626_03301(event, altitude) ;
		TvCO2_626_03301:units = "K" ;
		TvCO2_626_03301:long_name = "vibT for CO2 626_03301" ;
		TvCO2_626_03301:missing_value = -999.0 ;
	float TvCO2_626_00011(event, altitude) ;
		TvCO2_626_00011:units = "K" ;
		TvCO2_626_00011:long_name = "vibT for CO2 626_00011" ;
		TvCO2_626_00011:missing_value = -999.0 ;
	float TvCO2_626_01111(event, altitude) ;
		TvCO2_626_01111:units = "K" ;
		TvCO2_626_01111:long_name = "vibT for CO2 626_01111" ;
		TvCO2_626_01111:missing_value = -999.0 ;
	float TvCO2_626_10012(event, altitude) ;
		TvCO2_626_10012:units = "K" ;
		TvCO2_626_10012:long_name = "vibT for CO2 626_10012" ;
		TvCO2_626_10012:missing_value = -999.0 ;
	float TvCO2_626_02211(event, altitude) ;
		TvCO2_626_02211:units = "K" ;
		TvCO2_626_02211:long_name = "vibT for CO2 626_02211" ;
		TvCO2_626_02211:missing_value = -999.0 ;
	float TvCO2_626_10011(event, altitude) ;
		TvCO2_626_10011:units = "K" ;
		TvCO2_626_10011:long_name = "vibT for CO2 626_10011" ;
		TvCO2_626_10011:missing_value = -999.0 ;
	float TvCO2_626_11112(event, altitude) ;
		TvCO2_626_11112:units = "K" ;
		TvCO2_626_11112:long_name = "vibT for CO2 626_11112" ;
		TvCO2_626_11112:missing_value = -999.0 ;
	float TvCO2_626_03311(event, altitude) ;
		TvCO2_626_03311:units = "K" ;
		TvCO2_626_03311:long_name = "vibT for CO2 626_03311" ;
		TvCO2_626_03311:missing_value = -999.0 ;
	float TvCO2_626_11111(event, altitude) ;
		TvCO2_626_11111:units = "K" ;
		TvCO2_626_11111:long_name = "vibT for CO2 626_11111" ;
		TvCO2_626_11111:missing_value = -999.0 ;
	float TvCO2_626_20013(event, altitude) ;
		TvCO2_626_20013:units = "K" ;
		TvCO2_626_20013:long_name = "vibT for CO2 626_20013" ;
		TvCO2_626_20013:missing_value = -999.0 ;
	float TvCO2_626_12212(event, altitude) ;
		TvCO2_626_12212:units = "K" ;
		TvCO2_626_12212:long_name = "vibT for CO2 626_12212" ;
		TvCO2_626_12212:missing_value = -999.0 ;
	float TvCO2_626_04411(event, altitude) ;
		TvCO2_626_04411:units = "K" ;
		TvCO2_626_04411:long_name = "vibT for CO2 626_04411" ;
		TvCO2_626_04411:missing_value = -999.0 ;
	float TvCO2_626_20012(event, altitude) ;
		TvCO2_626_20012:units = "K" ;
		TvCO2_626_20012:long_name = "vibT for CO2 626_20012" ;
		TvCO2_626_20012:missing_value = -999.0 ;
	float TvCO2_626_12211(event, altitude) ;
		TvCO2_626_12211:units = "K" ;
		TvCO2_626_12211:long_name = "vibT for CO2 626_12211" ;
		TvCO2_626_12211:missing_value = -999.0 ;
	float TvCO2_626_20011(event, altitude) ;
		TvCO2_626_20011:units = "K" ;
		TvCO2_626_20011:long_name = "vibT for CO2 626_20011" ;
		TvCO2_626_20011:missing_value = -999.0 ;
	float TvCO2_636_01101(event, altitude) ;
		TvCO2_636_01101:units = "K" ;
		TvCO2_636_01101:long_name = "vibT for CO2 636_01101" ;
		TvCO2_636_01101:missing_value = -999.0 ;
	float TvCO2_636_02201(event, altitude) ;
		TvCO2_636_02201:units = "K" ;
		TvCO2_636_02201:long_name = "vibT for CO2 636_02201" ;
		TvCO2_636_02201:missing_value = -999.0 ;
	float TvCO2_636_00011(event, altitude) ;
		TvCO2_636_00011:units = "K" ;
		TvCO2_636_00011:long_name = "vibT for CO2 636_00011" ;
		TvCO2_636_00011:missing_value = -999.0 ;
	float TvCO2_628_01101(event, altitude) ;
		TvCO2_628_01101:units = "K" ;
		TvCO2_628_01101:long_name = "vibT for CO2 628_01101" ;
		TvCO2_628_01101:missing_value = -999.0 ;
	float TvCO2_628_02201(event, altitude) ;
		TvCO2_628_02201:units = "K" ;
		TvCO2_628_02201:long_name = "vibT for CO2 628_02201" ;
		TvCO2_628_02201:missing_value = -999.0 ;
	float TvCO2_628_00011(event, altitude) ;
		TvCO2_628_00011:units = "K" ;
		TvCO2_628_00011:long_name = "vibT for CO2 628_00011" ;
		TvCO2_628_00011:missing_value = -999.0 ;
	float TvCO2_627_01101(event, altitude) ;
		TvCO2_627_01101:units = "K" ;
		TvCO2_627_01101:long_name = "vibT for CO2 627_01101" ;
		TvCO2_627_01101:missing_value = -999.0 ;
	float TvCO2_627_02201(event, altitude) ;
		TvCO2_627_02201:units = "K" ;
		TvCO2_627_02201:long_name = "vibT for CO2 627_02201" ;
		TvCO2_627_02201:missing_value = -999.0 ;
	float TvCO2_627_00011(event, altitude) ;
		TvCO2_627_00011:units = "K" ;
		TvCO2_627_00011:long_name = "vibT for CO2 627_00011" ;
		TvCO2_627_00011:missing_value = -999.0 ;
	float TvH2O_161_010(event, altitude) ;
		TvH2O_161_010:units = "K" ;
		TvH2O_161_010:long_name = "vibT for H2O 161_010" ;
		TvH2O_161_010:missing_value = -999.0 ;
	float TvH2O_161_020(event, altitude) ;
		TvH2O_161_020:units = "K" ;
		TvH2O_161_020:long_name = "vibT for H2O 161_020" ;
		TvH2O_161_020:missing_value = -999.0 ;
	float TvO3_666_001(event, altitude) ;
		TvO3_666_001:units = "K" ;
		TvO3_666_001:long_name = "vibT for O3 666_001" ;
		TvO3_666_001:missing_value = -999.0 ;
	float TvO3_666_002(event, altitude) ;
		TvO3_666_002:units = "K" ;
		TvO3_666_002:long_name = "vibT for O3 666_002" ;
		TvO3_666_002:missing_value = -999.0 ;
	float TvO3_666_010(event, altitude) ;
		TvO3_666_010:units = "K" ;
		TvO3_666_010:long_name = "vibT for O3 666_010" ;
		TvO3_666_010:missing_value = -999.0 ;
	float TvO3_666_011(event, altitude) ;
		TvO3_666_011:units = "K" ;
		TvO3_666_011:long_name = "vibT for O3 666_011" ;
		TvO3_666_011:missing_value = -999.0 ;
	float TvO3_666_020(event, altitude) ;
		TvO3_666_020:units = "K" ;
		TvO3_666_020:long_name = "vibT for O3 666_020" ;
		TvO3_666_020:missing_value = -999.0 ;
	float TvO3_666_021(event, altitude) ;
		TvO3_666_021:units = "K" ;
		TvO3_666_021:long_name = "vibT for O3 666_021" ;
		TvO3_666_021:missing_value = -999.0 ;
	float TvO3_666_100(event, altitude) ;
		TvO3_666_100:units = "K" ;
		TvO3_666_100:long_name = "vibT for O3 666_100" ;
		TvO3_666_100:missing_value = -999.0 ;
	float TvO3_666_101(event, altitude) ;
		TvO3_666_101:units = "K" ;
		TvO3_666_101:long_name = "vibT for O3 666_101" ;
		TvO3_666_101:missing_value = -999.0 ;
	float TvO3_666_110(event, altitude) ;
		TvO3_666_110:units = "K" ;
		TvO3_666_110:long_name = "vibT for O3 666_110" ;
		TvO3_666_110:missing_value = -999.0 ;
	float OH_pop_0(event, altitude) ;
		OH_pop_0:units = "/cm3" ;
		OH_pop_0:long_name = "Population for OH 0" ;
		OH_pop_0:missing_value = -999.0 ;
	float OH_pop_1(event, altitude) ;
		OH_pop_1:units = "/cm3" ;
		OH_pop_1:long_name = "Population for OH 1" ;
		OH_pop_1:missing_value = -999.0 ;
	float OH_pop_2(event, altitude) ;
		OH_pop_2:units = "/cm3" ;
		OH_pop_2:long_name = "Population for OH 2" ;
		OH_pop_2:missing_value = -999.0 ;
	float OH_pop_3(event, altitude) ;
		OH_pop_3:units = "/cm3" ;
		OH_pop_3:long_name = "Population for OH 3" ;
		OH_pop_3:missing_value = -999.0 ;
	float OH_pop_4(event, altitude) ;
		OH_pop_4:units = "/cm3" ;
		OH_pop_4:long_name = "Population for OH 4" ;
		OH_pop_4:missing_value = -999.0 ;
	float OH_pop_5(event, altitude) ;
		OH_pop_5:units = "/cm3" ;
		OH_pop_5:long_name = "Population for OH 5" ;
		OH_pop_5:missing_value = -999.0 ;
	float OH_pop_6(event, altitude) ;
		OH_pop_6:units = "/cm3" ;
		OH_pop_6:long_name = "Population for OH 6" ;
		OH_pop_6:missing_value = -999.0 ;
	float OH_pop_7(event, altitude) ;
		OH_pop_7:units = "/cm3" ;
		OH_pop_7:long_name = "Population for OH 7" ;
		OH_pop_7:missing_value = -999.0 ;
	float OH_pop_8(event, altitude) ;
		OH_pop_8:units = "/cm3" ;
		OH_pop_8:long_name = "Population for OH 8" ;
		OH_pop_8:missing_value = -999.0 ;
	float OH_pop_9(event, altitude) ;
		OH_pop_9:units = "/cm3" ;
		OH_pop_9:long_name = "Population for OH 9" ;
		OH_pop_9:missing_value = -999.0 ;
	float NO_cool(event, altitude) ;
		NO_cool:units = "K/day" ;
		NO_cool:long_name = "cooling rate for NO" ;
		NO_cool:missing_value = -999.0 ;
	float CO2_cool_626_01101_00001(event, altitude) ;
		CO2_cool_626_01101_00001:units = "K/day" ;
		CO2_cool_626_01101_00001:long_name = "cooling rate for CO2_626_01101_00001" ;
		CO2_cool_626_01101_00001:missing_value = -999.0 ;
	float CO2_cool_626_02201_01101(event, altitude) ;
		CO2_cool_626_02201_01101:units = "K/day" ;
		CO2_cool_626_02201_01101:long_name = "cooling rate for CO2_626_02201_01101" ;
		CO2_cool_626_02201_01101:missing_value = -999.0 ;
	float CO2_cool_626_03301_02201(event, altitude) ;
		CO2_cool_626_03301_02201:units = "K/day" ;
		CO2_cool_626_03301_02201:long_name = "cooling rate for CO2_626_03301_02201" ;
		CO2_cool_626_03301_02201:missing_value = -999.0 ;
	float CO2_cool_626_00011_00001(event, altitude) ;
		CO2_cool_626_00011_00001:units = "K/day" ;
		CO2_cool_626_00011_00001:long_name = "cooling rate for CO2_626_00011_00001" ;
		CO2_cool_626_00011_00001:missing_value = -999.0 ;
	float CO2_cool_626_01111_01101(event, altitude) ;
		CO2_cool_626_01111_01101:units = "K/day" ;
		CO2_cool_626_01111_01101:long_name = "cooling rate for CO2_626_01111_01101" ;
		CO2_cool_626_01111_01101:missing_value = -999.0 ;
	float CO2_cool_626_10012_00001(event, altitude) ;
		CO2_cool_626_10012_00001:units = "K/day" ;
		CO2_cool_626_10012_00001:long_name = "cooling rate for CO2_626_10012_00001" ;
		CO2_cool_626_10012_00001:missing_value = -999.0 ;
	float CO2_cool_626_10011_00001(event, altitude) ;
		CO2_cool_626_10011_00001:units = "K/day" ;
		CO2_cool_626_10011_00001:long_name = "cooling rate for CO2_626_10011_00001" ;
		CO2_cool_626_10011_00001:missing_value = -999.0 ;
	float CO2_cool_626_10012_10002(event, altitude) ;
		CO2_cool_626_10012_10002:units = "K/day" ;
		CO2_cool_626_10012_10002:long_name = "cooling rate for CO2_626_10012_10002" ;
		CO2_cool_626_10012_10002:missing_value = -999.0 ;
	float CO2_cool_626_02211_02201(event, altitude) ;
		CO2_cool_626_02211_02201:units = "K/day" ;
		CO2_cool_626_02211_02201:long_name = "cooling rate for CO2_626_02211_02201" ;
		CO2_cool_626_02211_02201:missing_value = -999.0 ;
	float CO2_cool_626_10011_10001(event, altitude) ;
		CO2_cool_626_10011_10001:units = "K/day" ;
		CO2_cool_626_10011_10001:long_name = "cooling rate for CO2_626_10011_10001" ;
		CO2_cool_626_10011_10001:missing_value = -999.0 ;
	float CO2_cool_626_11112_01101(event, altitude) ;
		CO2_cool_626_11112_01101:units = "K/day" ;
		CO2_cool_626_11112_01101:long_name = "cooling rate for CO2_626_11112_01101" ;
		CO2_cool_626_11112_01101:missing_value = -999.0 ;
	float CO2_cool_626_11111_01101(event, altitude) ;
		CO2_cool_626_11111_01101:units = "K/day" ;
		CO2_cool_626_11111_01101:long_name = "cooling rate for CO2_626_11111_01101" ;
		CO2_cool_626_11111_01101:missing_value = -999.0 ;
	float CO2_cool_626_11112_11102(event, altitude) ;
		CO2_cool_626_11112_11102:units = "K/day" ;
		CO2_cool_626_11112_11102:long_name = "cooling rate for CO2_626_11112_11102" ;
		CO2_cool_626_11112_11102:missing_value = -999.0 ;
	float CO2_cool_626_03311_03301(event, altitude) ;
		CO2_cool_626_03311_03301:units = "K/day" ;
		CO2_cool_626_03311_03301:long_name = "cooling rate for CO2_626_03311_03301" ;
		CO2_cool_626_03311_03301:missing_value = -999.0 ;
	float CO2_cool_626_11111_11101(event, altitude) ;
		CO2_cool_626_11111_11101:units = "K/day" ;
		CO2_cool_626_11111_11101:long_name = "cooling rate for CO2_626_11111_11101" ;
		CO2_cool_626_11111_11101:missing_value = -999.0 ;
	float CO2_cool_626_20013_00001(event, altitude) ;
		CO2_cool_626_20013_00001:units = "K/day" ;
		CO2_cool_626_20013_00001:long_name = "cooling rate for CO2_626_20013_00001" ;
		CO2_cool_626_20013_00001:missing_value = -999.0 ;
	float CO2_cool_626_20012_00001(event, altitude) ;
		CO2_cool_626_20012_00001:units = "K/day" ;
		CO2_cool_626_20012_00001:long_name = "cooling rate for CO2_626_20012_00001" ;
		CO2_cool_626_20012_00001:missing_value = -999.0 ;
	float CO2_cool_626_20011_00001(event, altitude) ;
		CO2_cool_626_20011_00001:units = "K/day" ;
		CO2_cool_626_20011_00001:long_name = "cooling rate for CO2_626_20011_00001" ;
		CO2_cool_626_20011_00001:missing_value = -999.0 ;
	float CO2_cool_636_01101_00001(event, altitude) ;
		CO2_cool_636_01101_00001:units = "K/day" ;
		CO2_cool_636_01101_00001:long_name = "cooling rate for CO2_636_01101_00001" ;
		CO2_cool_636_01101_00001:missing_value = -999.0 ;
	float CO2_cool_636_02201_01101(event, altitude) ;
		CO2_cool_636_02201_01101:units = "K/day" ;
		CO2_cool_636_02201_01101:long_name = "cooling rate for CO2_636_02201_01101" ;
		CO2_cool_636_02201_01101:missing_value = -999.0 ;
	float CO2_cool_636_00011_00001(event, altitude) ;
		CO2_cool_636_00011_00001:units = "K/day" ;
		CO2_cool_636_00011_00001:long_name = "cooling rate for CO2_636_00011_00001" ;
		CO2_cool_636_00011_00001:missing_value = -999.0 ;
	float CO2_cool_628_01101_00001(event, altitude) ;
		CO2_cool_628_01101_00001:units = "K/day" ;
		CO2_cool_628_01101_00001:long_name = "cooling rate for CO2_628_01101_00001" ;
		CO2_cool_628_01101_00001:missing_value = -999.0 ;
	float CO2_cool_628_02201_01101(event, altitude) ;
		CO2_cool_628_02201_01101:units = "K/day" ;
		CO2_cool_628_02201_01101:long_name = "cooling rate for CO2_628_02201_01101" ;
		CO2_cool_628_02201_01101:missing_value = -999.0 ;
	float CO2_cool_628_00011_00001(event, altitude) ;
		CO2_cool_628_00011_00001:units = "K/day" ;
		CO2_cool_628_00011_00001:long_name = "cooling rate for CO2_628_00011_00001" ;
		CO2_cool_628_00011_00001:missing_value = -999.0 ;
	float CO2_cool_627_01101_00001(event, altitude) ;
		CO2_cool_627_01101_00001:units = "K/day" ;
		CO2_cool_627_01101_00001:long_name = "cooling rate for CO2_627_01101_00001" ;
		CO2_cool_627_01101_00001:missing_value = -999.0 ;
	float CO2_cool_627_02201_01101(event, altitude) ;
		CO2_cool_627_02201_01101:units = "K/day" ;
		CO2_cool_627_02201_01101:long_name = "cooling rate for CO2_627_02201_01101" ;
		CO2_cool_627_02201_01101:missing_value = -999.0 ;
	float CO2_cool_627_00011_00001(event, altitude) ;
		CO2_cool_627_00011_00001:units = "K/day" ;
		CO2_cool_627_00011_00001:long_name = "cooling rate for CO2_627_00011_00001" ;
		CO2_cool_627_00011_00001:missing_value = -999.0 ;
	float H2O_cool_161_010_000(event, altitude) ;
		H2O_cool_161_010_000:units = "K/day" ;
		H2O_cool_161_010_000:long_name = "cooling rate for H2O_161_010_000" ;
		H2O_cool_161_010_000:missing_value = -999.0 ;
	float H2O_cool_161_020_000(event, altitude) ;
		H2O_cool_161_020_000:units = "K/day" ;
		H2O_cool_161_020_000:long_name = "cooling rate for H2O_161_020_000" ;
		H2O_cool_161_020_000:missing_value = -999.0 ;
	float H2O_cool_161_020_010(event, altitude) ;
		H2O_cool_161_020_010:units = "K/day" ;
		H2O_cool_161_020_010:long_name = "cooling rate for H2O_161_020_010" ;
		H2O_cool_161_020_010:missing_value = -999.0 ;
	float H2O_cool_161_100_000(event, altitude) ;
		H2O_cool_161_100_000:units = "K/day" ;
		H2O_cool_161_100_000:long_name = "cooling rate for H2O_161_100_000" ;
		H2O_cool_161_100_000:missing_value = -999.0 ;
	float H2O_cool_161_100_010(event, altitude) ;
		H2O_cool_161_100_010:units = "K/day" ;
		H2O_cool_161_100_010:long_name = "cooling rate for H2O_161_100_010" ;
		H2O_cool_161_100_010:missing_value = -999.0 ;
	float H2O_cool_161_001_000(event, altitude) ;
		H2O_cool_161_001_000:units = "K/day" ;
		H2O_cool_161_001_000:long_name = "cooling rate for H2O_161_001_000" ;
		H2O_cool_161_001_000:missing_value = -999.0 ;
	float H2O_cool_161_001_010(event, altitude) ;
		H2O_cool_161_001_010:units = "K/day" ;
		H2O_cool_161_001_010:long_name = "cooling rate for H2O_161_001_010" ;
		H2O_cool_161_001_010:missing_value = -999.0 ;
	float H2O_cool_161_011_000(event, altitude) ;
		H2O_cool_161_011_000:units = "K/day" ;
		H2O_cool_161_011_000:long_name = "cooling rate for H2O_161_011_000" ;
		H2O_cool_161_011_000:missing_value = -999.0 ;
	float H2O_cool_farir(event, altitude) ;
		H2O_cool_farir:units = "K/day" ;
		H2O_cool_farir:long_name = "cooling rate for H2O: far ir" ;
		H2O_cool_farir:missing_value = -999.0 ;
	float O3_cool_666_001_000(event, altitude) ;
		O3_cool_666_001_000:units = "K/day" ;
		O3_cool_666_001_000:long_name = "cooling rate for O3_666_001_000" ;
		O3_cool_666_001_000:missing_value = -999.0 ;
	float O3_cool_666_010_000(event, altitude) ;
		O3_cool_666_010_000:units = "K/day" ;
		O3_cool_666_010_000:long_name = "cooling rate for O3_666_010_000" ;
		O3_cool_666_010_000:missing_value = -999.0 ;
	float O3_cool_666_100_000(event, altitude) ;
		O3_cool_666_100_000:units = "K/day" ;
		O3_cool_666_100_000:long_name = "cooling rate for O3_666_100_000" ;
		O3_cool_666_100_000:missing_value = -999.0 ;
	float O3_cool_666_011_001(event, altitude) ;
		O3_cool_666_011_001:units = "K/day" ;
		O3_cool_666_011_001:long_name = "cooling rate for O3_666_011_001" ;
		O3_cool_666_011_001:missing_value = -999.0 ;
	float CO2_solar_heat_626_00011_00001(event, altitude) ;
		CO2_solar_heat_626_00011_00001:units = "K/day" ;
		CO2_solar_heat_626_00011_00001:long_name = "energy deposition rate for CO2_626_00011_00001" ;
		CO2_solar_heat_626_00011_00001:missing_value = -999.0 ;
	float CO2_solar_heat_626_01111_01101(event, altitude) ;
		CO2_solar_heat_626_01111_01101:units = "K/day" ;
		CO2_solar_heat_626_01111_01101:long_name = "energy deposition rate for CO2_626_01111_01101" ;
		CO2_solar_heat_626_01111_01101:missing_value = -999.0 ;
	float CO2_solar_heat_626_10012_00001(event, altitude) ;
		CO2_solar_heat_626_10012_00001:units = "K/day" ;
		CO2_solar_heat_626_10012_00001:long_name = "energy deposition rate for CO2_626_10012_00001" ;
		CO2_solar_heat_626_10012_00001:missing_value = -999.0 ;
	float CO2_solar_heat_626_10011_00001(event, altitude) ;
		CO2_solar_heat_626_10011_00001:units = "K/day" ;
		CO2_solar_heat_626_10011_00001:long_name = "energy deposition rate for CO2_626_10011_00001" ;
		CO2_solar_heat_626_10011_00001:missing_value = -999.0 ;
	float CO2_solar_heat_626_10012_10002(event, altitude) ;
		CO2_solar_heat_626_10012_10002:units = "K/day" ;
		CO2_solar_heat_626_10012_10002:long_name = "energy deposition rate for CO2_626_10012_10002" ;
		CO2_solar_heat_626_10012_10002:missing_value = -999.0 ;
	float CO2_solar_heat_626_02211_02201(event, altitude) ;
		CO2_solar_heat_626_02211_02201:units = "K/day" ;
		CO2_solar_heat_626_02211_02201:long_name = "energy deposition rate for CO2_626_02211_02201" ;
		CO2_solar_heat_626_02211_02201:missing_value = -999.0 ;
	float CO2_solar_heat_626_10011_10001(event, altitude) ;
		CO2_solar_heat_626_10011_10001:units = "K/day" ;
		CO2_solar_heat_626_10011_10001:long_name = "energy deposition rate for CO2_626_10011_10001" ;
		CO2_solar_heat_626_10011_10001:missing_value = -999.0 ;
	float CO2_solar_heat_626_11112_01101(event, altitude) ;
		CO2_solar_heat_626_11112_01101:units = "K/day" ;
		CO2_solar_heat_626_11112_01101:long_name = "energy deposition rate for CO2_626_11112_01101" ;
		CO2_solar_heat_626_11112_01101:missing_value = -999.0 ;
	float CO2_solar_heat_626_11111_01101(event, altitude) ;
		CO2_solar_heat_626_11111_01101:units = "K/day" ;
		CO2_solar_heat_626_11111_01101:long_name = "energy deposition rate for CO2_626_11111_01101" ;
		CO2_solar_heat_626_11111_01101:missing_value = -999.0 ;
	float CO2_solar_heat_626_11112_11102(event, altitude) ;
		CO2_solar_heat_626_11112_11102:units = "K/day" ;
		CO2_solar_heat_626_11112_11102:long_name = "energy deposition rate for CO2_626_11112_11102" ;
		CO2_solar_heat_626_11112_11102:missing_value = -999.0 ;
	float CO2_solar_heat_626_03311_03301(event, altitude) ;
		CO2_solar_heat_626_03311_03301:units = "K/day" ;
		CO2_solar_heat_626_03311_03301:long_name = "energy deposition rate for CO2_626_03311_03301" ;
		CO2_solar_heat_626_03311_03301:missing_value = -999.0 ;
	float CO2_solar_heat_626_11111_11101(event, altitude) ;
		CO2_solar_heat_626_11111_11101:units = "K/day" ;
		CO2_solar_heat_626_11111_11101:long_name = "energy deposition rate for CO2_626_11111_11101" ;
		CO2_solar_heat_626_11111_11101:missing_value = -999.0 ;
	float CO2_solar_heat_626_20013_00001(event, altitude) ;
		CO2_solar_heat_626_20013_00001:units = "K/day" ;
		CO2_solar_heat_626_20013_00001:long_name = "energy deposition rate for CO2_626_20013_00001" ;
		CO2_solar_heat_626_20013_00001:missing_value = -999.0 ;
	float CO2_solar_heat_626_20012_00001(event, altitude) ;
		CO2_solar_heat_626_20012_00001:units = "K/day" ;
		CO2_solar_heat_626_20012_00001:long_name = "energy deposition rate for CO2_626_20012_00001" ;
		CO2_solar_heat_626_20012_00001:missing_value = -999.0 ;
	float CO2_solar_heat_626_20011_00001(event, altitude) ;
		CO2_solar_heat_626_20011_00001:units = "K/day" ;
		CO2_solar_heat_626_20011_00001:long_name = "energy deposition rate for CO2_626_20011_00001" ;
		CO2_solar_heat_626_20011_00001:missing_value = -999.0 ;
	float CO2_solar_heat_636_00011_00001(event, altitude) ;
		CO2_solar_heat_636_00011_00001:units = "K/day" ;
		CO2_solar_heat_636_00011_00001:long_name = "energy deposition rate for CO2_636_00011_00001" ;
		CO2_solar_heat_636_00011_00001:missing_value = -999.0 ;
	float CO2_solar_heat_628_00011_00001(event, altitude) ;
		CO2_solar_heat_628_00011_00001:units = "K/day" ;
		CO2_solar_heat_628_00011_00001:long_name = "energy deposition rate for CO2_628_00011_00001" ;
		CO2_solar_heat_628_00011_00001:missing_value = -999.0 ;
	float CO2_solar_heat_627_00011_00001(event, altitude) ;
		CO2_solar_heat_627_00011_00001:units = "K/day" ;
		CO2_solar_heat_627_00011_00001:long_name = "energy deposition rate for CO2_627_00011_00001" ;
		CO2_solar_heat_627_00011_00001:missing_value = -999.0 ;
	float H2O_solar_heat_161_010_000(event, altitude) ;
		H2O_solar_heat_161_010_000:units = "K/day" ;
		H2O_solar_heat_161_010_000:long_name = "energy deposition rate for H2O_161_010_000" ;
		H2O_solar_heat_161_010_000:missing_value = -999.0 ;
	float H2O_solar_heat_161_020_000(event, altitude) ;
		H2O_solar_heat_161_020_000:units = "K/day" ;
		H2O_solar_heat_161_020_000:long_name = "energy deposition rate for H2O_161_020_000" ;
		H2O_solar_heat_161_020_000:missing_value = -999.0 ;
	float H2O_solar_heat_161_020_010(event, altitude) ;
		H2O_solar_heat_161_020_010:units = "K/day" ;
		H2O_solar_heat_161_020_010:long_name = "energy deposition rate for H2O_161_020_010" ;
		H2O_solar_heat_161_020_010:missing_value = -999.0 ;
	float H2O_solar_heat_161_100_000(event, altitude) ;
		H2O_solar_heat_161_100_000:units = "K/day" ;
		H2O_solar_heat_161_100_000:long_name = "energy deposition rate for H2O_161_100_000" ;
		H2O_solar_heat_161_100_000:missing_value = -999.0 ;
	float H2O_solar_heat_161_100_010(event, altitude) ;
		H2O_solar_heat_161_100_010:units = "K/day" ;
		H2O_solar_heat_161_100_010:long_name = "energy deposition rate for H2O_161_100_010" ;
		H2O_solar_heat_161_100_010:missing_value = -999.0 ;
	float H2O_solar_heat_161_001_000(event, altitude) ;
		H2O_solar_heat_161_001_000:units = "K/day" ;
		H2O_solar_heat_161_001_000:long_name = "energy deposition rate for H2O_161_001_000" ;
		H2O_solar_heat_161_001_000:missing_value = -999.0 ;
	float H2O_solar_heat_161_001_010(event, altitude) ;
		H2O_solar_heat_161_001_010:units = "K/day" ;
		H2O_solar_heat_161_001_010:long_name = "energy deposition rate for H2O_161_001_010" ;
		H2O_solar_heat_161_001_010:missing_value = -999.0 ;
	float H2O_solar_heat_161_011_000(event, altitude) ;
		H2O_solar_heat_161_011_000:units = "K/day" ;
		H2O_solar_heat_161_011_000:long_name = "energy deposition rate for H2O_161_011_000" ;
		H2O_solar_heat_161_011_000:missing_value = -999.0 ;
	float O3_solar_heat_hartley(event, altitude) ;
		O3_solar_heat_hartley:units = "K/day" ;
		O3_solar_heat_hartley:long_name = "energy deposition rate for O3_hartley" ;
		O3_solar_heat_hartley:missing_value = -999.0 ;
	float O3_solar_heat_huggins(event, altitude) ;
		O3_solar_heat_huggins:units = "K/day" ;
		O3_solar_heat_huggins:long_name = "energy deposition rate for O3_huggins" ;
		O3_solar_heat_huggins:missing_value = -999.0 ;
	float O3_solar_heat_chappuis(event, altitude) ;
		O3_solar_heat_chappuis:units = "K/day" ;
		O3_solar_heat_chappuis:long_name = "energy deposition rate for O3_chappuis" ;
		O3_solar_heat_chappuis:missing_value = -999.0 ;
	float O2_solar_heat_ly_alpha(event, altitude) ;
		O2_solar_heat_ly_alpha:units = "K/day" ;
		O2_solar_heat_ly_alpha:long_name = "energy deposition rate for O2_ly_alpha" ;
		O2_solar_heat_ly_alpha:missing_value = -999.0 ;
	float O2_solar_heat_herzberg(event, altitude) ;
		O2_solar_heat_herzberg:units = "K/day" ;
		O2_solar_heat_herzberg:long_name = "energy deposition rate for O2_herzberg" ;
		O2_solar_heat_herzberg:missing_value = -999.0 ;
	float O2_solar_heat_schumann_runge_cont(event, altitude) ;
		O2_solar_heat_schumann_runge_cont:units = "K/day" ;
		O2_solar_heat_schumann_runge_cont:long_name = "energy deposition rate for O2_schumann_runge_cont" ;
		O2_solar_heat_schumann_runge_cont:missing_value = -999.0 ;
	float O2_solar_heat_schumann_runge_band(event, altitude) ;
		O2_solar_heat_schumann_runge_band:units = "K/day" ;
		O2_solar_heat_schumann_runge_band:long_name = "energy deposition rate for O2_schumann_runge_band" ;
		O2_solar_heat_schumann_runge_band:missing_value = -999.0 ;
	float O2_solar_heat_atmospheric_bands(event, altitude) ;
		O2_solar_heat_atmospheric_bands:units = "K/day" ;
		O2_solar_heat_atmospheric_bands:long_name = "energy deposition rate for O2_atmospheric_bands" ;
		O2_solar_heat_atmospheric_bands:missing_value = -999.0 ;
	float chem_heat_H_O2_M(event, altitude) ;
		chem_heat_H_O2_M:units = "K/day" ;
		chem_heat_H_O2_M:long_name = "energy deposition rate for H+O2+M" ;
		chem_heat_H_O2_M:missing_value = -999.0 ;
	float chem_heat_H_O3(event, altitude) ;
		chem_heat_H_O3:units = "K/day" ;
		chem_heat_H_O3:long_name = "energy deposition rate for H+O3" ;
		chem_heat_H_O3:missing_value = -999.0 ;
	float chem_heat_O_O3(event, altitude) ;
		chem_heat_O_O3:units = "K/day" ;
		chem_heat_O_O3:long_name = "energy deposition rate for O+O3" ;
		chem_heat_O_O3:missing_value = -999.0 ;
	float chem_heat_O_OH(event, altitude) ;
		chem_heat_O_OH:units = "K/day" ;
		chem_heat_O_OH:long_name = "energy deposition rate for O+OH" ;
		chem_heat_O_OH:missing_value = -999.0 ;
	float chem_heat_O_HO2(event, altitude) ;
		chem_heat_O_HO2:units = "K/day" ;
		chem_heat_O_HO2:long_name = "energy deposition rate for O+HO2" ;
		chem_heat_O_HO2:missing_value = -999.0 ;
	float chem_heat_O_O_M(event, altitude) ;
		chem_heat_O_O_M:units = "K/day" ;
		chem_heat_O_O_M:long_name = "energy deposition rate for O+O+M" ;
		chem_heat_O_O_M:missing_value = -999.0 ;
	float chem_heat_O_O2_M(event, altitude) ;
		chem_heat_O_O2_M:units = "K/day" ;
		chem_heat_O_O2_M:long_name = "energy deposition rate for O+O2+M" ;
		chem_heat_O_O2_M:missing_value = -999.0 ;
// event: first 1, last 98, count 96
}