netcdf pyeaosM1.a1.20050915.000000 {
dimensions:
	time = UNLIMITED ; // (914 currently)
	flag_length = 4 ;
variables:
	int base_time ;
		base_time:string = "14-Sep-2005,23:59:02 GMT" ;
		base_time:long_name = "Base time in Epoch" ;
		base_time:units = "seconds since 1970-1-1 0:00:00 0:00" ;
	double time_offset(time) ;
		time_offset:long_name = "Time offset from base_time" ;
		time_offset:units = "seconds since 2005-09-14 23:59:02 0:00" ;
	double time(time) ;
		time:long_name = "Time offset from midnight" ;
		time:units = "seconds since 2005-09-15 00:00:00 0:00" ;
	char flags_NOAA(time, flag_length) ;
		flags_NOAA:long_name = "AOS system status" ;
		flags_NOAA:units = "unitless" ;
		flags_NOAA:missing_value = "-9999" ;
		flags_NOAA:description = "4 character string of hexadecimal values" ;
		flags_NOAA:bit_meanings = "Each of the conditions below are true when the corresponding bit is 1" ;
		flags_NOAA:bit_0x8000 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x4000 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x2000 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x1000 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x0800 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x0400 = "Nephelometer truncations applied" ;
		flags_NOAA:bit_0x0200 = "PSAP spot size and calibration corrections applied" ;
		flags_NOAA:bit_0x0100 = "STP corrections applied" ;
		flags_NOAA:bit_0x0080 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x0040 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x0020 = "PSAP filter loading transmittance < 0.7 (Bap data less reliable)" ;
		flags_NOAA:bit_0x0010 = "Particle size 0 to 1 um (Bit not set indicates 0-10 um size cut-off)" ;
		flags_NOAA:bit_0x0008 = "Unused (bit always 0)" ;
		flags_NOAA:bit_0x0004 = "Wind speed or direction indicate local pollution is likely" ;
		flags_NOAA:bit_0x0002 = "Manual contamination check indicates local pollution is present" ;
		flags_NOAA:bit_0x0001 = "Automatic contamination controller indicates local pollution is present" ;
	float N_CPC_1(time) ;
		N_CPC_1:long_name = "Condensation Nuclei Concentration Number" ;
		N_CPC_1:units = "1/cm^3" ;
		N_CPC_1:missing_value = -9999.f ;
		N_CPC_1:instrument = "TSI model 3010 Condensation Particle Counter" ;
	float N_CCN_1(time) ;
		N_CCN_1:long_name = "Cloud Droplet Concentration Number from summation of Condensation Nuclei Counter size bins" ;
		N_CCN_1:units = "1/cm^3" ;
		N_CCN_1:missing_value = -9999.f ;
		N_CCN_1:instrument = "DMT CCN: Condensation Nuclei Counter" ;
	float Ba_G_Dry_10um_PSAP1W_1(time) ;
		Ba_G_Dry_10um_PSAP1W_1:long_name = "Aerosol light absorption coefficient, green channel, 10 um particle diameter" ;
		Ba_G_Dry_10um_PSAP1W_1:units = "1/Mm" ;
		Ba_G_Dry_10um_PSAP1W_1:missing_value = -9999.f ;
	float Bs_B_Dry_10um_Neph3W_1(time) ;
		Bs_B_Dry_10um_Neph3W_1:long_name = "Aerosol total light scattering coefficient, reference nephelometer blue channel, 10 um particle diameter" ;
		Bs_B_Dry_10um_Neph3W_1:units = "1/Mm" ;
		Bs_B_Dry_10um_Neph3W_1:missing_value = -9999.f ;
	float Bs_G_Dry_10um_Neph3W_1(time) ;
		Bs_G_Dry_10um_Neph3W_1:long_name = "Aerosol total light scattering coefficient, reference nephelometer green channel, 10 um particle diameter" ;
		Bs_G_Dry_10um_Neph3W_1:units = "1/Mm" ;
		Bs_G_Dry_10um_Neph3W_1:missing_value = -9999.f ;
	float Bs_R_Dry_10um_Neph3W_1(time) ;
		Bs_R_Dry_10um_Neph3W_1:long_name = "Aerosol total light scattering coefficient, reference nephelometer red channel, 10 um particle diameter" ;
		Bs_R_Dry_10um_Neph3W_1:units = "1/Mm" ;
		Bs_R_Dry_10um_Neph3W_1:missing_value = -9999.f ;
	float Bbs_B_Dry_10um_Neph3W_1(time) ;
		Bbs_B_Dry_10um_Neph3W_1:long_name = "Aerosol backwards-hemispheric light scattering coefficient, reference nephelometer blue channel, 10 um particle diameter" ;
		Bbs_B_Dry_10um_Neph3W_1:units = "1/Mm" ;
		Bbs_B_Dry_10um_Neph3W_1:missing_value = -9999.f ;
	float Bbs_G_Dry_10um_Neph3W_1(time) ;
		Bbs_G_Dry_10um_Neph3W_1:long_name = "Aerosol backwards-hemispheric light scattering coefficient, reference nephelometer green channel, 10 um particle diameter" ;
		Bbs_G_Dry_10um_Neph3W_1:units = "1/Mm" ;
		Bbs_G_Dry_10um_Neph3W_1:missing_value = -9999.f ;
	float Bbs_R_Dry_10um_Neph3W_1(time) ;
		Bbs_R_Dry_10um_Neph3W_1:long_name = "Aerosol backwards-hemispheric light scattering coefficient, reference nephelometer red channel, 10 um particle diameter" ;
		Bbs_R_Dry_10um_Neph3W_1:units = "1/Mm" ;
		Bbs_R_Dry_10um_Neph3W_1:missing_value = -9999.f ;
	float Bs_B_Wet_10um_Neph3W_2(time) ;
		Bs_B_Wet_10um_Neph3W_2:long_name = "Aerosol total light scattering coefficient, Humidograph nephelometer blue channel, 10 um particle diameter" ;
		Bs_B_Wet_10um_Neph3W_2:units = "1/Mm" ;
		Bs_B_Wet_10um_Neph3W_2:missing_value = -9999.f ;
	float Bs_G_Wet_10um_Neph3W_2(time) ;
		Bs_G_Wet_10um_Neph3W_2:long_name = "Aerosol total light scattering coefficient, Humidograph nephelometer green channel, 10 um particle diameter" ;
		Bs_G_Wet_10um_Neph3W_2:units = "1/Mm" ;
		Bs_G_Wet_10um_Neph3W_2:missing_value = -9999.f ;
	float Bs_R_Wet_10um_Neph3W_2(time) ;
		Bs_R_Wet_10um_Neph3W_2:long_name = "Aerosol total light scattering coefficient, Humidograph nephelometer red channel, 10 um particle diameter" ;
		Bs_R_Wet_10um_Neph3W_2:units = "1/Mm" ;
		Bs_R_Wet_10um_Neph3W_2:missing_value = -9999.f ;
	float Bbs_B_Wet_10um_Neph3W_2(time) ;
		Bbs_B_Wet_10um_Neph3W_2:long_name = "Aerosol backwards-hemispheric light scattering coefficient, Humidograph nephelometer blue channel, 10 um particle diameter" ;
		Bbs_B_Wet_10um_Neph3W_2:units = "1/Mm" ;
		Bbs_B_Wet_10um_Neph3W_2:missing_value = -9999.f ;
	float Bbs_G_Wet_10um_Neph3W_2(time) ;
		Bbs_G_Wet_10um_Neph3W_2:long_name = "Aerosol backwards-hemispheric light scattering coefficient, Humidograph nephelometer green channel, 10 um particle diameter" ;
		Bbs_G_Wet_10um_Neph3W_2:units = "1/Mm" ;
		Bbs_G_Wet_10um_Neph3W_2:missing_value = -9999.f ;
	float Bbs_R_Wet_10um_Neph3W_2(time) ;
		Bbs_R_Wet_10um_Neph3W_2:long_name = "Aerosol backwards-hemispheric light scattering coefficient, Humidograph nephelometer red channel, 10 um particle diameter" ;
		Bbs_R_Wet_10um_Neph3W_2:units = "1/Mm" ;
		Bbs_R_Wet_10um_Neph3W_2:missing_value = -9999.f ;
	float Ba_G_Dry_1um_PSAP1W_1(time) ;
		Ba_G_Dry_1um_PSAP1W_1:long_name = "Aerosol light absorption coefficient, green channel, 1 um particle diameter" ;
		Ba_G_Dry_1um_PSAP1W_1:units = "1/Mm" ;
		Ba_G_Dry_1um_PSAP1W_1:missing_value = -9999.f ;
	float Bs_B_Dry_1um_Neph3W_1(time) ;
		Bs_B_Dry_1um_Neph3W_1:long_name = "Aerosol total light scattering coefficient, reference nephelometer blue channel, 1 um particle diameter" ;
		Bs_B_Dry_1um_Neph3W_1:units = "1/Mm" ;
		Bs_B_Dry_1um_Neph3W_1:missing_value = -9999.f ;
	float Bs_G_Dry_1um_Neph3W_1(time) ;
		Bs_G_Dry_1um_Neph3W_1:long_name = "Aerosol total light scattering coefficient, reference nephelometer green channel, 1 um particle diameter" ;
		Bs_G_Dry_1um_Neph3W_1:units = "1/Mm" ;
		Bs_G_Dry_1um_Neph3W_1:missing_value = -9999.f ;
	float Bs_R_Dry_1um_Neph3W_1(time) ;
		Bs_R_Dry_1um_Neph3W_1:long_name = "Aerosol total light scattering coefficient, reference nephelometer red channel, 1 um particle diameter" ;
		Bs_R_Dry_1um_Neph3W_1:units = "1/Mm" ;
		Bs_R_Dry_1um_Neph3W_1:missing_value = -9999.f ;
	float Bbs_B_Dry_1um_Neph3W_1(time) ;
		Bbs_B_Dry_1um_Neph3W_1:long_name = "Aerosol backwards-hemispheric light scattering coefficient, reference nephelometer blue channel, 1 um particle diameter" ;
		Bbs_B_Dry_1um_Neph3W_1:units = "1/Mm" ;
		Bbs_B_Dry_1um_Neph3W_1:missing_value = -9999.f ;
	float Bbs_G_Dry_1um_Neph3W_1(time) ;
		Bbs_G_Dry_1um_Neph3W_1:long_name = "Aerosol backwards-hemispheric light scattering coefficient, reference nephelometer green channel, 1 um particle diameter" ;
		Bbs_G_Dry_1um_Neph3W_1:units = "1/Mm" ;
		Bbs_G_Dry_1um_Neph3W_1:missing_value = -9999.f ;
	float Bbs_R_Dry_1um_Neph3W_1(time) ;
		Bbs_R_Dry_1um_Neph3W_1:long_name = "Aerosol backwards-hemispheric light scattering coefficient, reference nephelometer red channel, 1 um particle diameter" ;
		Bbs_R_Dry_1um_Neph3W_1:units = "1/Mm" ;
		Bbs_R_Dry_1um_Neph3W_1:missing_value = -9999.f ;
	float Bs_B_Wet_1um_Neph3W_2(time) ;
		Bs_B_Wet_1um_Neph3W_2:long_name = "Aerosol total light scattering coefficient, Humidograph nephelometer blue channel, 1 um particle diameter" ;
		Bs_B_Wet_1um_Neph3W_2:units = "1/Mm" ;
		Bs_B_Wet_1um_Neph3W_2:missing_value = -9999.f ;
	float Bs_G_Wet_1um_Neph3W_2(time) ;
		Bs_G_Wet_1um_Neph3W_2:long_name = "Aerosol total light scattering coefficient, Humidograph nephelometer green channel, 1 um particle diameter" ;
		Bs_G_Wet_1um_Neph3W_2:units = "1/Mm" ;
		Bs_G_Wet_1um_Neph3W_2:missing_value = -9999.f ;
	float Bs_R_Wet_1um_Neph3W_2(time) ;
		Bs_R_Wet_1um_Neph3W_2:long_name = "Aerosol total light scattering coefficient, Humidograph nephelometer red channel, 1 um particle diameter" ;
		Bs_R_Wet_1um_Neph3W_2:units = "1/Mm" ;
		Bs_R_Wet_1um_Neph3W_2:missing_value = -9999.f ;
	float Bbs_B_Wet_1um_Neph3W_2(time) ;
		Bbs_B_Wet_1um_Neph3W_2:long_name = "Aerosol backwards-hemispheric light scattering coefficient, Humidograph nephelometer blue channel, 1 um particle diameter" ;
		Bbs_B_Wet_1um_Neph3W_2:units = "1/Mm" ;
		Bbs_B_Wet_1um_Neph3W_2:missing_value = -9999.f ;
	float Bbs_G_Wet_1um_Neph3W_2(time) ;
		Bbs_G_Wet_1um_Neph3W_2:long_name = "Aerosol backwards-hemispheric light scattering coefficient, Humidograph nephelometer green channel, 1 um particle diameter" ;
		Bbs_G_Wet_1um_Neph3W_2:units = "1/Mm" ;
		Bbs_G_Wet_1um_Neph3W_2:missing_value = -9999.f ;
	float Bbs_R_Wet_1um_Neph3W_2(time) ;
		Bbs_R_Wet_1um_Neph3W_2:long_name = "Aerosol backwards-hemispheric light scattering coefficient, Humidograph nephelometer red channel, 1 um particle diameter" ;
		Bbs_R_Wet_1um_Neph3W_2:units = "1/Mm" ;
		Bbs_R_Wet_1um_Neph3W_2:missing_value = -9999.f ;
	float RH_MainInlet(time) ;
		RH_MainInlet:long_name = "Relative humidity at inlet" ;
		RH_MainInlet:units = "%" ;
		RH_MainInlet:missing_value = -9999.f ;
	float T_MainInlet(time) ;
		T_MainInlet:long_name = "Temperature at inlet" ;
		T_MainInlet:units = "C" ;
		T_MainInlet:missing_value = -9999.f ;
	float RH_NephInlet_Dry(time) ;
		RH_NephInlet_Dry:long_name = "Relative humidity at reference nephelometer inlet" ;
		RH_NephInlet_Dry:units = "%" ;
		RH_NephInlet_Dry:missing_value = -9999.f ;
	float T_NephInlet_Dry(time) ;
		T_NephInlet_Dry:long_name = "Temperature at reference nephelometer inlet" ;
		T_NephInlet_Dry:units = "C" ;
		T_NephInlet_Dry:missing_value = -9999.f ;
	float RH_NephVol_Dry(time) ;
		RH_NephVol_Dry:long_name = "Relative humidity inside reference nephelometer" ;
		RH_NephVol_Dry:units = "%" ;
		RH_NephVol_Dry:missing_value = -9999.f ;
	float T_NephVol_Dry(time) ;
		T_NephVol_Dry:long_name = "Temperature inside reference nephelometer" ;
		T_NephVol_Dry:units = "C" ;
		T_NephVol_Dry:missing_value = -9999.f ;
	float RH_preHG(time) ;
		RH_preHG:long_name = "Relative humidity of humidograph preheater" ;
		RH_preHG:units = "%" ;
		RH_preHG:missing_value = -9999.f ;
	float T_preHG(time) ;
		T_preHG:long_name = "Temperature inside humidograph preheater" ;
		T_preHG:units = "C" ;
		T_preHG:missing_value = -9999.f ;
	float RH_postHG(time) ;
		RH_postHG:long_name = "Relative humidity of humidograph controller" ;
		RH_postHG:units = "%" ;
		RH_postHG:missing_value = -9999.f ;
	float T_postHG(time) ;
		T_postHG:long_name = "Temperature of humidograph controller" ;
		T_postHG:units = "C" ;
		T_postHG:missing_value = -9999.f ;
	float RH_NephInlet_Wet(time) ;
		RH_NephInlet_Wet:long_name = "Relative humidity inside at wet nephelometer inlet" ;
		RH_NephInlet_Wet:units = "%" ;
		RH_NephInlet_Wet:missing_value = -9999.f ;
	float T_NephInlet_Wet(time) ;
		T_NephInlet_Wet:long_name = "Temperature at wet nephelometer inlet" ;
		T_NephInlet_Wet:units = "C" ;
		T_NephInlet_Wet:missing_value = -9999.f ;
	float RH_NephVol_Wet(time) ;
		RH_NephVol_Wet:long_name = "Relative humidity inside of wet nephelometer" ;
		RH_NephVol_Wet:units = "%" ;
		RH_NephVol_Wet:missing_value = -9999.f ;
	float T_NephVol_Wet(time) ;
		T_NephVol_Wet:long_name = "Temperature inside of wet nephelometer inlet" ;
		T_NephVol_Wet:units = "C" ;
		T_NephVol_Wet:missing_value = -9999.f ;
	float RH_Ambient(time) ;
		RH_Ambient:long_name = "Relative humidity in ambient air" ;
		RH_Ambient:units = "%" ;
		RH_Ambient:missing_value = -9999.f ;
	float T_Ambient(time) ;
		T_Ambient:long_name = "Temperature of ambient air" ;
		T_Ambient:units = "C" ;
		T_Ambient:missing_value = -9999.f ;
	float P_Ambient(time) ;
		P_Ambient:long_name = "Ambient pressure" ;
		P_Ambient:units = "hPa" ;
		P_Ambient:missing_value = -9999.f ;
	float P_Neph_Dry(time) ;
		P_Neph_Dry:long_name = "Pressure inside reference nephelometer" ;
		P_Neph_Dry:units = "hPa" ;
		P_Neph_Dry:missing_value = -9999.f ;
	float P_Neph_Wet(time) ;
		P_Neph_Wet:long_name = "Pressure inside wet nephelometer" ;
		P_Neph_Wet:units = "hPa" ;
		P_Neph_Wet:missing_value = -9999.f ;
	float WindSpeed(time) ;
		WindSpeed:long_name = "Wind speed" ;
		WindSpeed:units = "m/s" ;
		WindSpeed:missing_value = -9999.f ;
	float WindDirection(time) ;
		WindDirection:long_name = "Wind direction, relative to true North" ;
		WindDirection:units = "deg" ;
		WindDirection:missing_value = -9999.f ;
	float Ba_B_Dry_10um_PSAP3W_1(time) ;
		Ba_B_Dry_10um_PSAP3W_1:long_name = "Absorption Coefficient Blue, corrected for flow and sample area, 3 wavelength PSAP, 10 um size cut" ;
		Ba_B_Dry_10um_PSAP3W_1:units = "1/Mm" ;
		Ba_B_Dry_10um_PSAP3W_1:missing_value = -9999.f ;
		Ba_B_Dry_10um_PSAP3W_1:filter_wavelength = "467 nm" ;
		Ba_B_Dry_10um_PSAP3W_1:corr_eqn = "BapBluRaw * (A/17.81)*(Q/Q_true)" ;
		Ba_B_Dry_10um_PSAP3W_1:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ;
		Ba_B_Dry_10um_PSAP3W_1:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ;
		Ba_B_Dry_10um_PSAP3W_1:corr_eqn_comment_3 = "Q is instrument indicated flow" ;
		Ba_B_Dry_10um_PSAP3W_1:corr_eqn_comment_4 = "Q_true is corrected flow" ;
	float Ba_G_Dry_10um_PSAP3W_1(time) ;
		Ba_G_Dry_10um_PSAP3W_1:long_name = "Absorption Coefficient Green, corrected for flow and sample area, 3 wavelength PSAP, 10 um size cut" ;
		Ba_G_Dry_10um_PSAP3W_1:units = "1/Mm" ;
		Ba_G_Dry_10um_PSAP3W_1:missing_value = -9999.f ;
		Ba_G_Dry_10um_PSAP3W_1:filter_wavelength = "530 nm" ;
		Ba_G_Dry_10um_PSAP3W_1:corr_eqn = "BapGrnRaw * (A/17.81)*(Q/Q_true)" ;
		Ba_G_Dry_10um_PSAP3W_1:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ;
		Ba_G_Dry_10um_PSAP3W_1:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ;
		Ba_G_Dry_10um_PSAP3W_1:corr_eqn_comment_3 = "Q is instrument indicated flow" ;
		Ba_G_Dry_10um_PSAP3W_1:corr_eqn_comment_4 = "Q_true is corrected flow" ;
	float Ba_R_Dry_10um_PSAP3W_1(time) ;
		Ba_R_Dry_10um_PSAP3W_1:long_name = "Absorption Coefficient Red, corrected for flow and sample area, 3 wavelength PSAP, 10 um size cut" ;
		Ba_R_Dry_10um_PSAP3W_1:units = "1/Mm" ;
		Ba_R_Dry_10um_PSAP3W_1:missing_value = -9999.f ;
		Ba_R_Dry_10um_PSAP3W_1:filter_wavelength = "660 nm" ;
		Ba_R_Dry_10um_PSAP3W_1:corr_eqn = "BapRedRaw * (A/17.81)*(Q/Q_true)" ;
		Ba_R_Dry_10um_PSAP3W_1:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ;
		Ba_R_Dry_10um_PSAP3W_1:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ;
		Ba_R_Dry_10um_PSAP3W_1:corr_eqn_comment_3 = "Q is instrument indicated flow" ;
		Ba_R_Dry_10um_PSAP3W_1:corr_eqn_comment_4 = "Q_true is corrected flow" ;
	float Ba_B_Dry_1um_PSAP3W_1(time) ;
		Ba_B_Dry_1um_PSAP3W_1:long_name = "Absorption Coefficient Blue, corrected for flow and sample area, 3 wavelength PSAP, 1 um size cut" ;
		Ba_B_Dry_1um_PSAP3W_1:units = "1/Mm" ;
		Ba_B_Dry_1um_PSAP3W_1:missing_value = -9999.f ;
		Ba_B_Dry_1um_PSAP3W_1:filter_wavelength = "467 nm" ;
		Ba_B_Dry_1um_PSAP3W_1:corr_eqn = "BapBluRaw * (A/17.81)*(Q/Q_true)" ;
		Ba_B_Dry_1um_PSAP3W_1:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ;
		Ba_B_Dry_1um_PSAP3W_1:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ;
		Ba_B_Dry_1um_PSAP3W_1:corr_eqn_comment_3 = "Q is instrument indicated flow" ;
		Ba_B_Dry_1um_PSAP3W_1:corr_eqn_comment_4 = "Q_true is corrected flow" ;
	float Ba_G_Dry_1um_PSAP3W_1(time) ;
		Ba_G_Dry_1um_PSAP3W_1:long_name = "Absorption Coefficient Green, corrected for flow and sample area, 3 wavelength PSAP, 1 um size cut" ;
		Ba_G_Dry_1um_PSAP3W_1:units = "1/Mm" ;
		Ba_G_Dry_1um_PSAP3W_1:missing_value = -9999.f ;
		Ba_G_Dry_1um_PSAP3W_1:filter_wavelength = "530 nm" ;
		Ba_G_Dry_1um_PSAP3W_1:corr_eqn = "BapGrnRaw * (A/17.81)*(Q/Q_true)" ;
		Ba_G_Dry_1um_PSAP3W_1:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ;
		Ba_G_Dry_1um_PSAP3W_1:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ;
		Ba_G_Dry_1um_PSAP3W_1:corr_eqn_comment_3 = "Q is instrument indicated flow" ;
		Ba_G_Dry_1um_PSAP3W_1:corr_eqn_comment_4 = "Q_true is corrected flow" ;
	float Ba_R_Dry_1um_PSAP3W_1(time) ;
		Ba_R_Dry_1um_PSAP3W_1:long_name = "Absorption Coefficient Red, corrected for flow and sample area, 3 wavelength PSAP, 1 um size cut" ;
		Ba_R_Dry_1um_PSAP3W_1:units = "1/Mm" ;
		Ba_R_Dry_1um_PSAP3W_1:missing_value = -9999.f ;
		Ba_R_Dry_1um_PSAP3W_1:filter_wavelength = "660 nm" ;
		Ba_R_Dry_1um_PSAP3W_1:corr_eqn = "BapRedRaw * (A/17.81)*(Q/Q_true)" ;
		Ba_R_Dry_1um_PSAP3W_1:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ;
		Ba_R_Dry_1um_PSAP3W_1:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ;
		Ba_R_Dry_1um_PSAP3W_1:corr_eqn_comment_3 = "Q is instrument indicated flow" ;
		Ba_R_Dry_1um_PSAP3W_1:corr_eqn_comment_4 = "Q_true is corrected flow" ;
	float lat ;
		lat:long_name = "north latitude" ;
		lat:units = "degrees" ;
		lat:valid_min = -90.f ;
		lat:valid_max = 90.f ;
	float lon ;
		lon:long_name = "east longitude" ;
		lon:units = "degrees" ;
		lon:valid_min = -180.f ;
		lon:valid_max = 180.f ;
	float alt ;
		alt:long_name = "altitude" ;
		alt:units = "meters above Mean Sea Level" ;

// global attributes:
		:ingest_version = "ingest-aos-9.7-0.sol5_10" ;
		:libingest_version = "ds-dsutil-ingest_lib-1.7-0" ;
		:libdslibc_version = "ds-dslib-c_lib-1.2-0" ;
		:libdsdb_version = "database-dsdb-c_lib-1.2-0" ;
		:ingest_software = " aos_ingest.c,v 1.8 2007/11/02 14:58:48 koontz ingest-aos-9.7-0.sol5_10 $" ;
		:input_source = "/AEROSL_20050915_000000.asc" ;
		:site_id = "pye" ;
		:facility_id = "M1: Pt. Reyes, California" ;
		:sample_int = "1 second" ;
		:averaging_int = "60 seconds" ;
		:serial_number = "N/A" ;
		:comment = "NOAA/ARM PYE Aerosol Observing System" ;
		:resolution_description = "The resolution field attributes refer to the number of significant\n",
			"digits relative to the decimal point that should be used in\n",
			"calculations.  Using fewer digits might result in greater uncertainty;\n",
			"using a larger number of digits should have no effect and thus is\n",
			"unnecessary.  However, analyses based on differences in values with\n",
			"a larger number of significant digits than indicated could lead to\n",
			"erroneous results or misleading scientific conclusions.\n",
			"\n",
			"resolution for lat= 0.001\n",
			"resolution for lon = 0.001\n",
			"resolution for alt = 1" ;
		:proc_level = "a1" ;
		:zeb_platform = "pyeaosM1.a1" ;
		:history = "created by user dsmgr on machine reproc1 at 5-Jun-2009,15:27:49, using $State: ds-zebra-zeblib-4.16-0 $" ;
}