netcdf Dsgpciret1_refl_rad.970926 { dimensions: time = UNLIMITED ; // (8640 currently) variables: int base_time ; base_time:long_name = "Base time in Epoch " ; base_time:units = "seconds since 1970-01-01 00:00:00 00:00 " ; double time_offset(time) ; time_offset:long_name = "Date: 26se97 " ; time_offset:units = "Time (UTC) " ; float ciret1_re(time) ; ciret1_re:long_name = "thin cirrus effective radius - refl-radiance alg." ; ciret1_re:units = "microns " ; ciret1_re:range = "greater than 0. " ; float ciret1_de(time) ; ciret1_de:long_name = "thin cirrus fu&liou size - refl-radiance alg. " ; ciret1_de:units = "microns " ; ciret1_de:range = "> 0. " ; float ciret1_nt(time) ; ciret1_nt:long_name = "thin cirrus particle concentration - refl-radiance" ; ciret1_nt:units = "#/liter " ; ciret1_nt:range = ">0. " ; float ciret1_iwc_mean(time) ; ciret1_iwc_mean:long_name = "thin cirrus layer mean ice water - from refl-radia" ; ciret1_iwc_mean:units = "mg/m^3 " ; ciret1_iwc_mean:range = "> 0. " ; float ciret1_tau(time) ; ciret1_tau:long_name = "thin cirrus vis optical depth - refl-radiance alg." ; ciret1_tau:units = "unitless " ; ciret1_tau:range = "> 0. " ; float ciret1_emissivity(time) ; ciret1_emissivity:long_name = "thin cirrus ir emissivity - refl-radiance alg. " ; ciret1_emissivity:units = "unitless " ; ciret1_emissivity:range = "<= 1 " ; float csfd_frac(time) ; csfd_frac:long_name = "calculated solar flux fraction " ; csfd_frac:units = "unitless - fraction of clear sky flux " ; csfd_frac:range = "0 - 1. " ; float osdf_frac(time) ; osdf_frac:long_name = "observed solar flux fraction " ; osdf_frac:units = "unitless - fraction of clear sky flux " ; osdf_frac:range = "0. - 1. " ; float ciret1_iwp_mean(time) ; ciret1_iwp_mean:long_name = "thin cirrus layer mean ice water path - from refl-" ; ciret1_iwp_mean:units = "mg/m^2 " ; ciret1_iwp_mean:range = "> 0. " ; float layer_base(time) ; layer_base:long_name = "cloud layer base averaged over the AERI dwell time" ; layer_base:units = "meters " ; layer_base:range = "> 0. " ; float layer_top(time) ; layer_top:long_name = "cloud layer top averaged over the AERI dwell time" ; layer_top:units = "meters " ; layer_top:range = "> 0. " ; float Sassen_Liao-IWC(time) ; Sassen_Liao-IWC:long_name = "Sassen Liao 1994 Regression Layer-Mean IWC " ; Sassen_Liao-IWC:units = "mg/m^3 " ; Sassen_Liao-IWC:valid_range = "greater than 0 " ; float Atlas-IWC(time) ; Atlas-IWC:long_name = "Atlas et al. 1995 Regression Layer-Mean IWC " ; Atlas-IWC:units = "mg/m^3 " ; Atlas-IWC:valid_range = "greater than 0 " ; float Atlas-IWC_error(time) ; Atlas-IWC_error:long_name = "Atlas et al. 1995 Regression Layer-Mean IWC Error" ; Atlas-IWC_error:units = "mg/m^3 (absolute value) " ; Atlas-IWC_error:valid_range = "greater than 0 " ; float Std_Err_diff(time) ; Std_Err_diff:long_name = "Num of Standard Errors - Atlas IWC - Refl-Rad IWC" ; Std_Err_diff:units = "unitless " ; Std_Err_diff:valid_range = "greater than or equal to 0 " ; }