netcdf classic (CDF-1) {
dimensions:
	time = 3231 ;
// global attributes:
		:file_creation_time = "2019-11-22 19:07:44" ;
		:definition_name = "def_icg" ;
		:pi_name = "Jens-Uwe Grooss" ;
		:institute = "IEK-7, Forschungszentrum Juelich" ;
		:phone_number = "+49-2461-619184" ;
		:title = "PRELIMINARY results for CLaMS/ECMWF parameters along HALO flight track with diurnal chemistry adaption" ;
		:data_category = "MODEL" ;
		:experiment = "CLaMS simulation ST1_ref2" ;
		:type_of_data = "CALCULATION" ;
		:file_modification_time = "2019-11-27 17:07:04" ;
		:campaign = "SOUTHTRAC_2019" ;
		:platform = "COMPUTER" ;
		:address = "52425 Juelich, Germany" ;
		:email = "j.-u.grooss@fz-juelich.de" ;
		:description = "PRELIMINARY simulation of CLaMS (used for flight planning). !c Additional chmistry simulations along back-trajectories from the flight path to previous day were used to calculate chemical composition at the flight time and location" ;
		:data_source = "CLaMS" ;
variables:
	float LAT(time) ;
		LAT:long_name = "Latitude" ;
		LAT:units = "degree_N" ;
		LAT:missing_value = -1.00000002e+30 ;
		LAT:sample_interval = 0.0 ;
		LAT:flag = "NONE" ;
		LAT:add_offset = 0.0 ;
		LAT:scale_factor = 1.0 ;
		LAT:param_creation_time = "2019-11-27 17:07:04" ;
		LAT:param_modification_time = "2019-11-27 17:07:04" ;
	float LON(time) ;
		LON:long_name = "Longitude" ;
		LON:units = "degree_E" ;
		LON:missing_value = -1.00000002e+30 ;
		LON:sample_interval = 0.0 ;
		LON:flag = "NONE" ;
		LON:add_offset = 0.0 ;
		LON:scale_factor = 1.0 ;
		LON:param_creation_time = "2019-11-27 17:07:04" ;
		LON:param_modification_time = "2019-11-27 17:07:04" ;
	float PRESS(time) ;
		PRESS:long_name = "press" ;
		PRESS:units = "K" ;
		PRESS:missing_value = -1.00000002e+30 ;
		PRESS:sample_interval = 0.0 ;
		PRESS:flag = "NONE" ;
		PRESS:add_offset = 0.0 ;
		PRESS:scale_factor = 1.0 ;
		PRESS:param_creation_time = "2019-11-27 17:07:04" ;
		PRESS:param_modification_time = "2019-11-27 17:07:04" ;
	float BVF(time) ;
		BVF:long_name = "Brunt-Vaisala frequency" ;
		BVF:units = "s**-2" ;
		BVF:missing_value = -1.00000002e+30 ;
		BVF:sample_interval = 0.0 ;
		BVF:flag = "NONE" ;
		BVF:add_offset = 0.0 ;
		BVF:scale_factor = 1.0 ;
		BVF:param_creation_time = "2019-11-27 17:07:04" ;
		BVF:param_modification_time = "2019-11-27 17:07:04" ;
	float GPH(time) ;
		GPH:long_name = "Geopotential Height" ;
		GPH:units = "m**2 s**-2" ;
		GPH:missing_value = -1.00000002e+30 ;
		GPH:sample_interval = 0.0 ;
		GPH:flag = "NONE" ;
		GPH:add_offset = 0.0 ;
		GPH:scale_factor = 1.0 ;
		GPH:param_creation_time = "2019-11-27 17:07:04" ;
		GPH:param_modification_time = "2019-11-27 17:07:04" ;
	float ZETA(time) ;
		ZETA:long_name = "Hybrid Theta" ;
		ZETA:units = "K" ;
		ZETA:missing_value = -1.00000002e+30 ;
		ZETA:sample_interval = 0.0 ;
		ZETA:flag = "NONE" ;
		ZETA:add_offset = 0.0 ;
		ZETA:scale_factor = 1.0 ;
		ZETA:param_creation_time = "2019-11-27 17:07:04" ;
		ZETA:param_modification_time = "2019-11-27 17:07:04" ;
	float THETA(time) ;
		THETA:long_name = "Theta" ;
		THETA:units = "K" ;
		THETA:missing_value = -1.00000002e+30 ;
		THETA:sample_interval = 0.0 ;
		THETA:flag = "NONE" ;
		THETA:add_offset = 0.0 ;
		THETA:scale_factor = 1.0 ;
		THETA:param_creation_time = "2019-11-27 17:07:04" ;
		THETA:param_modification_time = "2019-11-27 17:07:04" ;
	float PV(time) ;
		PV:long_name = "PV" ;
		PV:units = "10^(-6)*K*m^2/(kg*s)" ;
		PV:missing_value = -1.00000002e+30 ;
		PV:sample_interval = 0.0 ;
		PV:flag = "NONE" ;
		PV:add_offset = 0.0 ;
		PV:scale_factor = 1.0 ;
		PV:param_creation_time = "2019-11-27 17:07:04" ;
		PV:param_modification_time = "2019-11-27 17:07:04" ;
	float EQLAT(time) ;
		EQLAT:long_name = "Equivalent Latitudes" ;
		EQLAT:units = "deg N" ;
		EQLAT:missing_value = -1.00000002e+30 ;
		EQLAT:sample_interval = 0.0 ;
		EQLAT:flag = "NONE" ;
		EQLAT:add_offset = 0.0 ;
		EQLAT:scale_factor = 1.0 ;
		EQLAT:param_creation_time = "2019-11-27 17:07:04" ;
		EQLAT:param_modification_time = "2019-11-27 17:07:04" ;
	float NOONLAT(time) ;
		NOONLAT:long_name = "Latitude transformed to 12.11.2019 12:00:00 (ECMWF Analysis)" ;
		NOONLAT:units = "degree_N" ;
		NOONLAT:missing_value = -1.00000002e+30 ;
		NOONLAT:sample_interval = 0.0 ;
		NOONLAT:flag = "NONE" ;
		NOONLAT:add_offset = 0.0 ;
		NOONLAT:scale_factor = 1.0 ;
		NOONLAT:param_creation_time = "2019-11-27 17:07:04" ;
		NOONLAT:param_modification_time = "2019-11-27 17:07:04" ;
	float NOONLON(time) ;
		NOONLON:long_name = "Longitude transformed to 12.11.2019 12:00:00 (ECMWF Analysis)" ;
		NOONLON:units = "degree_E" ;
		NOONLON:missing_value = -1.00000002e+30 ;
		NOONLON:sample_interval = 0.0 ;
		NOONLON:flag = "NONE" ;
		NOONLON:add_offset = 0.0 ;
		NOONLON:scale_factor = 1.0 ;
		NOONLON:param_creation_time = "2019-11-27 17:07:04" ;
		NOONLON:param_modification_time = "2019-11-27 17:07:04" ;
	float NOONTHETA(time) ;
		NOONTHETA:long_name = "Potential temperature transformed to 12.11.2019 12:00:00 (ECMWF Analysis)" ;
		NOONTHETA:units = "K" ;
		NOONTHETA:missing_value = -1.00000002e+30 ;
		NOONTHETA:sample_interval = 0.0 ;
		NOONTHETA:flag = "NONE" ;
		NOONTHETA:add_offset = 0.0 ;
		NOONTHETA:scale_factor = 1.0 ;
		NOONTHETA:param_creation_time = "2019-11-27 17:07:04" ;
		NOONTHETA:param_modification_time = "2019-11-27 17:07:04" ;
	float NOONZETA(time) ;
		NOONZETA:long_name = "Hybrid Potential temperature transformed to 12.11.2019 12:00:00 (ECMWF Analysis)" ;
		NOONZETA:units = "K" ;
		NOONZETA:missing_value = -1.00000002e+30 ;
		NOONZETA:sample_interval = 0.0 ;
		NOONZETA:flag = "NONE" ;
		NOONZETA:add_offset = 0.0 ;
		NOONZETA:scale_factor = 1.0 ;
		NOONZETA:param_creation_time = "2019-11-27 17:07:04" ;
		NOONZETA:param_modification_time = "2019-11-27 17:07:04" ;
	double time(time) ;
		time:long_name = "time" ;
		time:units = "seconds since 2000-01-01 00:00:00 UTC" ;
		time:missing_value = -1.00000002e+30 ;
		time:sample_interval = 0.0 ;
		time:flag = "NONE" ;
		time:add_offset = 0.0 ;
		time:scale_factor = 1.0 ;
		time:param_creation_time = "2019-11-27 17:07:04" ;
		time:param_modification_time = "2019-11-27 17:07:04" ;
	float O(1D)_CLAMS(time) ;
		O(1D)_CLAMS:long_name = "final O(1D)" ;
		O(1D)_CLAMS:units = "m^3/m^3" ;
		O(1D)_CLAMS:missing_value = -1.00000002e+30 ;
		O(1D)_CLAMS:sample_interval = 0.0 ;
		O(1D)_CLAMS:flag = "NONE" ;
		O(1D)_CLAMS:add_offset = 0.0 ;
		O(1D)_CLAMS:scale_factor = 1.0 ;
		O(1D)_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		O(1D)_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float O(3P)_CLAMS(time) ;
		O(3P)_CLAMS:long_name = "final O(3P)" ;
		O(3P)_CLAMS:units = "m^3/m^3" ;
		O(3P)_CLAMS:missing_value = -1.00000002e+30 ;
		O(3P)_CLAMS:sample_interval = 0.0 ;
		O(3P)_CLAMS:flag = "NONE" ;
		O(3P)_CLAMS:add_offset = 0.0 ;
		O(3P)_CLAMS:scale_factor = 1.0 ;
		O(3P)_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		O(3P)_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float O3_CLAMS(time) ;
		O3_CLAMS:long_name = "final O3" ;
		O3_CLAMS:units = "m^3/m^3" ;
		O3_CLAMS:missing_value = -1.00000002e+30 ;
		O3_CLAMS:sample_interval = 0.0 ;
		O3_CLAMS:flag = "NONE" ;
		O3_CLAMS:add_offset = 0.0 ;
		O3_CLAMS:scale_factor = 1.0 ;
		O3_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		O3_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float NO_CLAMS(time) ;
		NO_CLAMS:long_name = "final NO" ;
		NO_CLAMS:units = "m^3/m^3" ;
		NO_CLAMS:missing_value = -1.00000002e+30 ;
		NO_CLAMS:sample_interval = 0.0 ;
		NO_CLAMS:flag = "NONE" ;
		NO_CLAMS:add_offset = 0.0 ;
		NO_CLAMS:scale_factor = 1.0 ;
		NO_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		NO_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float NO3_CLAMS(time) ;
		NO3_CLAMS:long_name = "final NO3" ;
		NO3_CLAMS:units = "m^3/m^3" ;
		NO3_CLAMS:missing_value = -1.00000002e+30 ;
		NO3_CLAMS:sample_interval = 0.0 ;
		NO3_CLAMS:flag = "NONE" ;
		NO3_CLAMS:add_offset = 0.0 ;
		NO3_CLAMS:scale_factor = 1.0 ;
		NO3_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		NO3_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float NO2_CLAMS(time) ;
		NO2_CLAMS:long_name = "final NO2" ;
		NO2_CLAMS:units = "m^3/m^3" ;
		NO2_CLAMS:missing_value = -1.00000002e+30 ;
		NO2_CLAMS:sample_interval = 0.0 ;
		NO2_CLAMS:flag = "NONE" ;
		NO2_CLAMS:add_offset = 0.0 ;
		NO2_CLAMS:scale_factor = 1.0 ;
		NO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		NO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float N2O5_CLAMS(time) ;
		N2O5_CLAMS:long_name = "final N2O5" ;
		N2O5_CLAMS:units = "m^3/m^3" ;
		N2O5_CLAMS:missing_value = -1.00000002e+30 ;
		N2O5_CLAMS:sample_interval = 0.0 ;
		N2O5_CLAMS:flag = "NONE" ;
		N2O5_CLAMS:add_offset = 0.0 ;
		N2O5_CLAMS:scale_factor = 1.0 ;
		N2O5_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		N2O5_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HO2NO2_CLAMS(time) ;
		HO2NO2_CLAMS:long_name = "final HO2NO2" ;
		HO2NO2_CLAMS:units = "m^3/m^3" ;
		HO2NO2_CLAMS:missing_value = -1.00000002e+30 ;
		HO2NO2_CLAMS:sample_interval = 0.0 ;
		HO2NO2_CLAMS:flag = "NONE" ;
		HO2NO2_CLAMS:add_offset = 0.0 ;
		HO2NO2_CLAMS:scale_factor = 1.0 ;
		HO2NO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HO2NO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HONO2_CLAMS(time) ;
		HONO2_CLAMS:long_name = "final HONO2" ;
		HONO2_CLAMS:units = "m^3/m^3" ;
		HONO2_CLAMS:missing_value = -1.00000002e+30 ;
		HONO2_CLAMS:sample_interval = 0.0 ;
		HONO2_CLAMS:flag = "NONE" ;
		HONO2_CLAMS:add_offset = 0.0 ;
		HONO2_CLAMS:scale_factor = 1.0 ;
		HONO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HONO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float OH_CLAMS(time) ;
		OH_CLAMS:long_name = "final OH" ;
		OH_CLAMS:units = "m^3/m^3" ;
		OH_CLAMS:missing_value = -1.00000002e+30 ;
		OH_CLAMS:sample_interval = 0.0 ;
		OH_CLAMS:flag = "NONE" ;
		OH_CLAMS:add_offset = 0.0 ;
		OH_CLAMS:scale_factor = 1.0 ;
		OH_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		OH_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HO2_CLAMS(time) ;
		HO2_CLAMS:long_name = "final HO2" ;
		HO2_CLAMS:units = "m^3/m^3" ;
		HO2_CLAMS:missing_value = -1.00000002e+30 ;
		HO2_CLAMS:sample_interval = 0.0 ;
		HO2_CLAMS:flag = "NONE" ;
		HO2_CLAMS:add_offset = 0.0 ;
		HO2_CLAMS:scale_factor = 1.0 ;
		HO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float H2O2_CLAMS(time) ;
		H2O2_CLAMS:long_name = "final H2O2" ;
		H2O2_CLAMS:units = "m^3/m^3" ;
		H2O2_CLAMS:missing_value = -1.00000002e+30 ;
		H2O2_CLAMS:sample_interval = 0.0 ;
		H2O2_CLAMS:flag = "NONE" ;
		H2O2_CLAMS:add_offset = 0.0 ;
		H2O2_CLAMS:scale_factor = 1.0 ;
		H2O2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		H2O2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float CH4_CLAMS(time) ;
		CH4_CLAMS:long_name = "final CH4" ;
		CH4_CLAMS:units = "m^3/m^3" ;
		CH4_CLAMS:missing_value = -1.00000002e+30 ;
		CH4_CLAMS:sample_interval = 0.0 ;
		CH4_CLAMS:flag = "NONE" ;
		CH4_CLAMS:add_offset = 0.0 ;
		CH4_CLAMS:scale_factor = 1.0 ;
		CH4_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		CH4_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float CO_CLAMS(time) ;
		CO_CLAMS:long_name = "final CO" ;
		CO_CLAMS:units = "m^3/m^3" ;
		CO_CLAMS:missing_value = -1.00000002e+30 ;
		CO_CLAMS:sample_interval = 0.0 ;
		CO_CLAMS:flag = "NONE" ;
		CO_CLAMS:add_offset = 0.0 ;
		CO_CLAMS:scale_factor = 1.0 ;
		CO_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		CO_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HCHO_CLAMS(time) ;
		HCHO_CLAMS:long_name = "final HCHO" ;
		HCHO_CLAMS:units = "m^3/m^3" ;
		HCHO_CLAMS:missing_value = -1.00000002e+30 ;
		HCHO_CLAMS:sample_interval = 0.0 ;
		HCHO_CLAMS:flag = "NONE" ;
		HCHO_CLAMS:add_offset = 0.0 ;
		HCHO_CLAMS:scale_factor = 1.0 ;
		HCHO_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HCHO_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float MeOO_CLAMS(time) ;
		MeOO_CLAMS:long_name = "final MeOO" ;
		MeOO_CLAMS:units = "m^3/m^3" ;
		MeOO_CLAMS:missing_value = -1.00000002e+30 ;
		MeOO_CLAMS:sample_interval = 0.0 ;
		MeOO_CLAMS:flag = "NONE" ;
		MeOO_CLAMS:add_offset = 0.0 ;
		MeOO_CLAMS:scale_factor = 1.0 ;
		MeOO_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		MeOO_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float MeOOH_CLAMS(time) ;
		MeOOH_CLAMS:long_name = "final MeOOH" ;
		MeOOH_CLAMS:units = "m^3/m^3" ;
		MeOOH_CLAMS:missing_value = -1.00000002e+30 ;
		MeOOH_CLAMS:sample_interval = 0.0 ;
		MeOOH_CLAMS:flag = "NONE" ;
		MeOOH_CLAMS:add_offset = 0.0 ;
		MeOOH_CLAMS:scale_factor = 1.0 ;
		MeOOH_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		MeOOH_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float MeOH_CLAMS(time) ;
		MeOH_CLAMS:long_name = "final MeOH" ;
		MeOH_CLAMS:units = "m^3/m^3" ;
		MeOH_CLAMS:missing_value = -1.00000002e+30 ;
		MeOH_CLAMS:sample_interval = 0.0 ;
		MeOH_CLAMS:flag = "NONE" ;
		MeOH_CLAMS:add_offset = 0.0 ;
		MeOH_CLAMS:scale_factor = 1.0 ;
		MeOH_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		MeOH_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float MeO2NO2_CLAMS(time) ;
		MeO2NO2_CLAMS:long_name = "final MeO2NO2" ;
		MeO2NO2_CLAMS:units = "m^3/m^3" ;
		MeO2NO2_CLAMS:missing_value = -1.00000002e+30 ;
		MeO2NO2_CLAMS:sample_interval = 0.0 ;
		MeO2NO2_CLAMS:flag = "NONE" ;
		MeO2NO2_CLAMS:add_offset = 0.0 ;
		MeO2NO2_CLAMS:scale_factor = 1.0 ;
		MeO2NO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		MeO2NO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float H2O_CLAMS(time) ;
		H2O_CLAMS:long_name = "final H2O" ;
		H2O_CLAMS:units = "m^3/m^3" ;
		H2O_CLAMS:missing_value = -1.00000002e+30 ;
		H2O_CLAMS:sample_interval = 0.0 ;
		H2O_CLAMS:flag = "NONE" ;
		H2O_CLAMS:add_offset = 0.0 ;
		H2O_CLAMS:scale_factor = 1.0 ;
		H2O_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		H2O_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float Cl2_CLAMS(time) ;
		Cl2_CLAMS:long_name = "final Cl2" ;
		Cl2_CLAMS:units = "m^3/m^3" ;
		Cl2_CLAMS:missing_value = -1.00000002e+30 ;
		Cl2_CLAMS:sample_interval = 0.0 ;
		Cl2_CLAMS:flag = "NONE" ;
		Cl2_CLAMS:add_offset = 0.0 ;
		Cl2_CLAMS:scale_factor = 1.0 ;
		Cl2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		Cl2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float Cl_CLAMS(time) ;
		Cl_CLAMS:long_name = "final Cl" ;
		Cl_CLAMS:units = "m^3/m^3" ;
		Cl_CLAMS:missing_value = -1.00000002e+30 ;
		Cl_CLAMS:sample_interval = 0.0 ;
		Cl_CLAMS:flag = "NONE" ;
		Cl_CLAMS:add_offset = 0.0 ;
		Cl_CLAMS:scale_factor = 1.0 ;
		Cl_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		Cl_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float Cl2O2_CLAMS(time) ;
		Cl2O2_CLAMS:long_name = "final Cl2O2" ;
		Cl2O2_CLAMS:units = "m^3/m^3" ;
		Cl2O2_CLAMS:missing_value = -1.00000002e+30 ;
		Cl2O2_CLAMS:sample_interval = 0.0 ;
		Cl2O2_CLAMS:flag = "NONE" ;
		Cl2O2_CLAMS:add_offset = 0.0 ;
		Cl2O2_CLAMS:scale_factor = 1.0 ;
		Cl2O2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		Cl2O2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float ClO_CLAMS(time) ;
		ClO_CLAMS:long_name = "final ClO" ;
		ClO_CLAMS:units = "m^3/m^3" ;
		ClO_CLAMS:missing_value = -1.00000002e+30 ;
		ClO_CLAMS:sample_interval = 0.0 ;
		ClO_CLAMS:flag = "NONE" ;
		ClO_CLAMS:add_offset = 0.0 ;
		ClO_CLAMS:scale_factor = 1.0 ;
		ClO_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		ClO_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float OClO_CLAMS(time) ;
		OClO_CLAMS:long_name = "final OClO" ;
		OClO_CLAMS:units = "m^3/m^3" ;
		OClO_CLAMS:missing_value = -1.00000002e+30 ;
		OClO_CLAMS:sample_interval = 0.0 ;
		OClO_CLAMS:flag = "NONE" ;
		OClO_CLAMS:add_offset = 0.0 ;
		OClO_CLAMS:scale_factor = 1.0 ;
		OClO_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		OClO_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HOCl_CLAMS(time) ;
		HOCl_CLAMS:long_name = "final HOCl" ;
		HOCl_CLAMS:units = "m^3/m^3" ;
		HOCl_CLAMS:missing_value = -1.00000002e+30 ;
		HOCl_CLAMS:sample_interval = 0.0 ;
		HOCl_CLAMS:flag = "NONE" ;
		HOCl_CLAMS:add_offset = 0.0 ;
		HOCl_CLAMS:scale_factor = 1.0 ;
		HOCl_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HOCl_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HCl_CLAMS(time) ;
		HCl_CLAMS:long_name = "final HCl" ;
		HCl_CLAMS:units = "m^3/m^3" ;
		HCl_CLAMS:missing_value = -1.00000002e+30 ;
		HCl_CLAMS:sample_interval = 0.0 ;
		HCl_CLAMS:flag = "NONE" ;
		HCl_CLAMS:add_offset = 0.0 ;
		HCl_CLAMS:scale_factor = 1.0 ;
		HCl_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HCl_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float ClONO2_CLAMS(time) ;
		ClONO2_CLAMS:long_name = "final ClONO2" ;
		ClONO2_CLAMS:units = "m^3/m^3" ;
		ClONO2_CLAMS:missing_value = -1.00000002e+30 ;
		ClONO2_CLAMS:sample_interval = 0.0 ;
		ClONO2_CLAMS:flag = "NONE" ;
		ClONO2_CLAMS:add_offset = 0.0 ;
		ClONO2_CLAMS:scale_factor = 1.0 ;
		ClONO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		ClONO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float ClNO2_CLAMS(time) ;
		ClNO2_CLAMS:long_name = "final ClNO2" ;
		ClNO2_CLAMS:units = "m^3/m^3" ;
		ClNO2_CLAMS:missing_value = -1.00000002e+30 ;
		ClNO2_CLAMS:sample_interval = 0.0 ;
		ClNO2_CLAMS:flag = "NONE" ;
		ClNO2_CLAMS:add_offset = 0.0 ;
		ClNO2_CLAMS:scale_factor = 1.0 ;
		ClNO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		ClNO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HBr_CLAMS(time) ;
		HBr_CLAMS:long_name = "final HBr" ;
		HBr_CLAMS:units = "m^3/m^3" ;
		HBr_CLAMS:missing_value = -1.00000002e+30 ;
		HBr_CLAMS:sample_interval = 0.0 ;
		HBr_CLAMS:flag = "NONE" ;
		HBr_CLAMS:add_offset = 0.0 ;
		HBr_CLAMS:scale_factor = 1.0 ;
		HBr_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HBr_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float Br_CLAMS(time) ;
		Br_CLAMS:long_name = "final Br" ;
		Br_CLAMS:units = "m^3/m^3" ;
		Br_CLAMS:missing_value = -1.00000002e+30 ;
		Br_CLAMS:sample_interval = 0.0 ;
		Br_CLAMS:flag = "NONE" ;
		Br_CLAMS:add_offset = 0.0 ;
		Br_CLAMS:scale_factor = 1.0 ;
		Br_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		Br_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float HOBr_CLAMS(time) ;
		HOBr_CLAMS:long_name = "final HOBr" ;
		HOBr_CLAMS:units = "m^3/m^3" ;
		HOBr_CLAMS:missing_value = -1.00000002e+30 ;
		HOBr_CLAMS:sample_interval = 0.0 ;
		HOBr_CLAMS:flag = "NONE" ;
		HOBr_CLAMS:add_offset = 0.0 ;
		HOBr_CLAMS:scale_factor = 1.0 ;
		HOBr_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		HOBr_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float BrO_CLAMS(time) ;
		BrO_CLAMS:long_name = "final BrO" ;
		BrO_CLAMS:units = "m^3/m^3" ;
		BrO_CLAMS:missing_value = -1.00000002e+30 ;
		BrO_CLAMS:sample_interval = 0.0 ;
		BrO_CLAMS:flag = "NONE" ;
		BrO_CLAMS:add_offset = 0.0 ;
		BrO_CLAMS:scale_factor = 1.0 ;
		BrO_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		BrO_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float BrONO2_CLAMS(time) ;
		BrONO2_CLAMS:long_name = "final BrONO2" ;
		BrONO2_CLAMS:units = "m^3/m^3" ;
		BrONO2_CLAMS:missing_value = -1.00000002e+30 ;
		BrONO2_CLAMS:sample_interval = 0.0 ;
		BrONO2_CLAMS:flag = "NONE" ;
		BrONO2_CLAMS:add_offset = 0.0 ;
		BrONO2_CLAMS:scale_factor = 1.0 ;
		BrONO2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		BrONO2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float BrCl_CLAMS(time) ;
		BrCl_CLAMS:long_name = "final BrCl" ;
		BrCl_CLAMS:units = "m^3/m^3" ;
		BrCl_CLAMS:missing_value = -1.00000002e+30 ;
		BrCl_CLAMS:sample_interval = 0.0 ;
		BrCl_CLAMS:flag = "NONE" ;
		BrCl_CLAMS:add_offset = 0.0 ;
		BrCl_CLAMS:scale_factor = 1.0 ;
		BrCl_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		BrCl_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float Br2_CLAMS(time) ;
		Br2_CLAMS:long_name = "final Br2" ;
		Br2_CLAMS:units = "m^3/m^3" ;
		Br2_CLAMS:missing_value = -1.00000002e+30 ;
		Br2_CLAMS:sample_interval = 0.0 ;
		Br2_CLAMS:flag = "NONE" ;
		Br2_CLAMS:add_offset = 0.0 ;
		Br2_CLAMS:scale_factor = 1.0 ;
		Br2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		Br2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float N2O_CLAMS(time) ;
		N2O_CLAMS:long_name = "final N2O" ;
		N2O_CLAMS:units = "m^3/m^3" ;
		N2O_CLAMS:missing_value = -1.00000002e+30 ;
		N2O_CLAMS:sample_interval = 0.0 ;
		N2O_CLAMS:flag = "NONE" ;
		N2O_CLAMS:add_offset = 0.0 ;
		N2O_CLAMS:scale_factor = 1.0 ;
		N2O_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		N2O_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float F11_CLAMS(time) ;
		F11_CLAMS:long_name = "final F11" ;
		F11_CLAMS:units = "m^3/m^3" ;
		F11_CLAMS:missing_value = -1.00000002e+30 ;
		F11_CLAMS:sample_interval = 0.0 ;
		F11_CLAMS:flag = "NONE" ;
		F11_CLAMS:add_offset = 0.0 ;
		F11_CLAMS:scale_factor = 1.0 ;
		F11_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		F11_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float F12_CLAMS(time) ;
		F12_CLAMS:long_name = "final F12" ;
		F12_CLAMS:units = "m^3/m^3" ;
		F12_CLAMS:missing_value = -1.00000002e+30 ;
		F12_CLAMS:sample_interval = 0.0 ;
		F12_CLAMS:flag = "NONE" ;
		F12_CLAMS:add_offset = 0.0 ;
		F12_CLAMS:scale_factor = 1.0 ;
		F12_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		F12_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float CCl4_CLAMS(time) ;
		CCl4_CLAMS:long_name = "final CCl4" ;
		CCl4_CLAMS:units = "m^3/m^3" ;
		CCl4_CLAMS:missing_value = -1.00000002e+30 ;
		CCl4_CLAMS:sample_interval = 0.0 ;
		CCl4_CLAMS:flag = "NONE" ;
		CCl4_CLAMS:add_offset = 0.0 ;
		CCl4_CLAMS:scale_factor = 1.0 ;
		CCl4_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		CCl4_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float F22_CLAMS(time) ;
		F22_CLAMS:long_name = "final F22" ;
		F22_CLAMS:units = "m^3/m^3" ;
		F22_CLAMS:missing_value = -1.00000002e+30 ;
		F22_CLAMS:sample_interval = 0.0 ;
		F22_CLAMS:flag = "NONE" ;
		F22_CLAMS:add_offset = 0.0 ;
		F22_CLAMS:scale_factor = 1.0 ;
		F22_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		F22_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float F113_CLAMS(time) ;
		F113_CLAMS:long_name = "final F113" ;
		F113_CLAMS:units = "m^3/m^3" ;
		F113_CLAMS:missing_value = -1.00000002e+30 ;
		F113_CLAMS:sample_interval = 0.0 ;
		F113_CLAMS:flag = "NONE" ;
		F113_CLAMS:add_offset = 0.0 ;
		F113_CLAMS:scale_factor = 1.0 ;
		F113_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		F113_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float H2_CLAMS(time) ;
		H2_CLAMS:long_name = "final H2" ;
		H2_CLAMS:units = "m^3/m^3" ;
		H2_CLAMS:missing_value = -1.00000002e+30 ;
		H2_CLAMS:sample_interval = 0.0 ;
		H2_CLAMS:flag = "NONE" ;
		H2_CLAMS:add_offset = 0.0 ;
		H2_CLAMS:scale_factor = 1.0 ;
		H2_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		H2_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float MeCl_CLAMS(time) ;
		MeCl_CLAMS:long_name = "final MeCl" ;
		MeCl_CLAMS:units = "m^3/m^3" ;
		MeCl_CLAMS:missing_value = -1.00000002e+30 ;
		MeCl_CLAMS:sample_interval = 0.0 ;
		MeCl_CLAMS:flag = "NONE" ;
		MeCl_CLAMS:add_offset = 0.0 ;
		MeCl_CLAMS:scale_factor = 1.0 ;
		MeCl_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		MeCl_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float CH3Br_CLAMS(time) ;
		CH3Br_CLAMS:long_name = "final CH3Br" ;
		CH3Br_CLAMS:units = "m^3/m^3" ;
		CH3Br_CLAMS:missing_value = -1.00000002e+30 ;
		CH3Br_CLAMS:sample_interval = 0.0 ;
		CH3Br_CLAMS:flag = "NONE" ;
		CH3Br_CLAMS:add_offset = 0.0 ;
		CH3Br_CLAMS:scale_factor = 1.0 ;
		CH3Br_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		CH3Br_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float H1211_CLAMS(time) ;
		H1211_CLAMS:long_name = "final H1211" ;
		H1211_CLAMS:units = "m^3/m^3" ;
		H1211_CLAMS:missing_value = -1.00000002e+30 ;
		H1211_CLAMS:sample_interval = 0.0 ;
		H1211_CLAMS:flag = "NONE" ;
		H1211_CLAMS:add_offset = 0.0 ;
		H1211_CLAMS:scale_factor = 1.0 ;
		H1211_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		H1211_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float H1301_CLAMS(time) ;
		H1301_CLAMS:long_name = "final H1301" ;
		H1301_CLAMS:units = "m^3/m^3" ;
		H1301_CLAMS:missing_value = -1.00000002e+30 ;
		H1301_CLAMS:sample_interval = 0.0 ;
		H1301_CLAMS:flag = "NONE" ;
		H1301_CLAMS:add_offset = 0.0 ;
		H1301_CLAMS:scale_factor = 1.0 ;
		H1301_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		H1301_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float N(aero)_CLAMS(time) ;
		N(aero)_CLAMS:long_name = "final Aerosol Number Density" ;
		N(aero)_CLAMS:units = "cm^-3" ;
		N(aero)_CLAMS:missing_value = -1.00000002e+30 ;
		N(aero)_CLAMS:sample_interval = 0.0 ;
		N(aero)_CLAMS:flag = "NONE" ;
		N(aero)_CLAMS:add_offset = 0.0 ;
		N(aero)_CLAMS:scale_factor = 1.0 ;
		N(aero)_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		N(aero)_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float TRACER_CLAMS(time) ;
		TRACER_CLAMS:long_name = "final O(1D)" ;
		TRACER_CLAMS:units = "m^3/m^3" ;
		TRACER_CLAMS:missing_value = -1.00000002e+30 ;
		TRACER_CLAMS:sample_interval = 0.0 ;
		TRACER_CLAMS:flag = "NONE" ;
		TRACER_CLAMS:add_offset = 0.0 ;
		TRACER_CLAMS:scale_factor = 1.0 ;
		TRACER_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		TRACER_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float NOystar_CLAMS(time) ;
		NOystar_CLAMS:long_name = "final O(3P)" ;
		NOystar_CLAMS:units = "m^3/m^3" ;
		NOystar_CLAMS:missing_value = -1.00000002e+30 ;
		NOystar_CLAMS:sample_interval = 0.0 ;
		NOystar_CLAMS:flag = "NONE" ;
		NOystar_CLAMS:add_offset = 0.0 ;
		NOystar_CLAMS:scale_factor = 1.0 ;
		NOystar_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		NOystar_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float NOy_CLAMS(time) ;
		NOy_CLAMS:long_name = "NOy mixing ratio" ;
		NOy_CLAMS:units = "m^3/m^3" ;
		NOy_CLAMS:missing_value = -1.00000002e+30 ;
		NOy_CLAMS:sample_interval = 0.0 ;
		NOy_CLAMS:flag = "NONE" ;
		NOy_CLAMS:add_offset = 0.0 ;
		NOy_CLAMS:scale_factor = 1.0 ;
		NOy_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		NOy_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float Cly_CLAMS(time) ;
		Cly_CLAMS:long_name = "Cly mixing ratio" ;
		Cly_CLAMS:units = "m^3/m^3" ;
		Cly_CLAMS:missing_value = -1.00000002e+30 ;
		Cly_CLAMS:sample_interval = 0.0 ;
		Cly_CLAMS:flag = "NONE" ;
		Cly_CLAMS:add_offset = 0.0 ;
		Cly_CLAMS:scale_factor = 1.0 ;
		Cly_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		Cly_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
	float Bry_CLAMS(time) ;
		Bry_CLAMS:long_name = "Bry mixing ratio" ;
		Bry_CLAMS:units = "m^3/m^3" ;
		Bry_CLAMS:missing_value = -1.00000002e+30 ;
		Bry_CLAMS:sample_interval = 0.0 ;
		Bry_CLAMS:flag = "NONE" ;
		Bry_CLAMS:add_offset = 0.0 ;
		Bry_CLAMS:scale_factor = 1.0 ;
		Bry_CLAMS:param_creation_time = "2019-11-27 17:07:04" ;
		Bry_CLAMS:param_modification_time = "2019-11-27 17:07:04" ;
// time: first 626872260.0, last 626904560.0, count 3231
}