netcdf twp60rlproftemp1newsC3.c0.20150101.000000 { dimensions: time = UNLIMITED ; // (24 currently) height = 50 ; variables: int base_time ; base_time:string = "1-Jan-2015,00:00:00 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 2015-1-1 00:00:00 0:00" ; double time(time) ; time:long_name = "Time offset from midnight" ; time:units = "seconds since 2015-1-1 00:00:00 0:00" ; float height(height) ; height:long_name = "Altitude above ground level" ; height:units = "km" ; float tp1(time, height) ; tp1:long_name = "Background subtracted rotational Raman signal at 353nm" ; tp1:units = "MHz" ; float tp1_error(time, height) ; tp1_error:long_name = "Error in the background subtracted rotational Raman signal at 353nm" ; tp1_error:units = "MHz" ; float tp1_bkg(time) ; tp1_bkg:long_name = "Background of the rotational Raman signal at 353nm" ; tp1_bkg:units = "MHz" ; float tp1_bkg_error(time) ; tp1_bkg_error:long_name = "Error in the background of the rotational Raman signal at 353nm" ; tp1_bkg_error:units = "MHz" ; float tp2(time, height) ; tp2:long_name = "Background subtracted rotational Raman signal at 354nm" ; tp2:units = "MHz" ; float tp2_error(time, height) ; tp2_error:long_name = "Error in the background subtracted rotational Raman signal at 354nm" ; tp2_error:units = "MHz" ; float tp2_bkg(time) ; tp2_bkg:long_name = "Background of the rotational Raman signal at 354nm" ; tp2_bkg:units = "MHz" ; float tp2_bkg_error(time) ; tp2_bkg_error:long_name = "Error in the background of the rotational Raman signal at 354nm" ; tp2_bkg_error:units = "MHz" ; float rot_raman_ratio(time, height) ; rot_raman_ratio:long_name = "Raw rotational Raman ratio" ; rot_raman_ratio:units = "unitless" ; rot_raman_ratio:comment = "Uncorrected and uncalibrated T1/T2 ratio" ; float rot_raman_ratio_error(time, height) ; rot_raman_ratio_error:long_name = "Raw rotational ratio error" ; rot_raman_ratio_error:units = "unitless" ; rot_raman_ratio_error:comment = "Estimated error (from shot noise only) in the uncorrected and uncalibrated T1/T2 ratio" ; float rot_raman_temperature(time, height) ; rot_raman_temperature:long_name = "Calibrated rotational Raman temperature" ; rot_raman_temperature:units = "K" ; rot_raman_temperature:comment = "Overlap corrected and calibrated temperature from the rotational Raman channels" ; float rot_raman_temperature_error(time, height) ; rot_raman_temperature_error:long_name = "Error in calibrated rotational Raman temperature" ; rot_raman_temperature_error:units = "K" ; rot_raman_temperature_error:comment = "Estimated error (from shot noise only) in the overlap corrected and calibrated temperature from the rotational Raman channels" ; float a_coef(time) ; a_coef:long_name = "Calibration coefficient a" ; a_coef:units = "unitless" ; a_coef:comment = "Calibration equation is: ln(rot_raman_ratio) = a + b*(300/T), T in K" ; float a_coef_error(time) ; a_coef_error:long_name = "Error in calibration coefficient a" ; a_coef_error:units = "unitless" ; a_coef_error:comment = "Calibration equation is: ln(rot_raman_ratio) = a + b*(300/T), T in K" ; float b_coef(time) ; b_coef:long_name = "Calibration coefficient b" ; b_coef:units = "unitless" ; b_coef:comment = "Calibration equation is: ln(rot_raman_ratio) = a + b*(300/T), T in K" ; float b_coef_error(time) ; b_coef_error:long_name = "Error in calibration coefficient b" ; b_coef_error:units = "unitless" ; b_coef_error:comment = "Calibration equation is: ln(rot_raman_ratio) = a + b*(300/T), T in K" ; float a_coef_scale(time) ; a_coef_scale:long_name = "Solar background correction factor applied to the calibration coefficient a" ; a_coef_scale:units = "unitless" ; a_coef_scale:comment = "Solar background correction: a_coef = a_coef_uncorrected*a_coef_scale" ; float b_coef_scale(time) ; b_coef_scale:long_name = "Solar background correction factor applied to the calibration coefficient b" ; b_coef_scale:units = "unitless" ; b_coef_scale:comment = "Solar background correction: b_coef = b_coef_uncorrected*b_coef_scale" ; float sonde_temperature(time, height) ; sonde_temperature:long_name = "Temperature from radiosondes, interpolated to this temporal and spatial grid" ; sonde_temperature:units = "K" ; float sonde_pressure(time, height) ; sonde_pressure:long_name = "Pressure from radiosondes, interpolated to this temporal and spatial grid" ; sonde_pressure:units = "mb" ; float overlap_function(time, height) ; overlap_function:long_name = "Overlap function" ; overlap_function:units = "unitless" ; float overlap_chisq ; overlap_chisq:long_name = "Chi-square associated with the mean overlap correction" ; overlap_chisq:units = "unitless" ; float overlap_corr ; overlap_corr:long_name = "Correlation coefficient associated with the mean overlap correction" ; overlap_corr:units = "unitless" ; short sonde_times(time) ; sonde_times:long_name = "Flag indicating which samples correspond to radiosonde launch times (1)" ; sonde_times:units = "unitless" ; int shots_summed(time) ; shots_summed:long_name = "Number of laser shots recorded" ; shots_summed:units = "unitless" ; float cbh(time) ; cbh:long_name = "Median cloud base height above ground level" ; cbh:units = "km" ; cbh:comment = "Clear sky denoted by -1" ; float lat ; lat:long_name = "North latitude" ; lat:units = "degree_N" ; lat:valid_min = -90.f ; lat:valid_max = 90.f ; float lon ; lon:long_name = "East longitude" ; lon:units = "degree_E" ; lon:valid_min = -180.f ; lon:valid_max = 180.f ; float alt ; alt:long_name = "Altitude above mean sea level" ; alt:units = "m" ; // global attributes: :process_version = "$State: vap-rlprof_temp-0.7-0.el6$" ; :command_line = "/apps/process/bin/rlprof_temp -a 60 -s twp -f C3 -d 20150101" ; :dod_version = "v1.0" ; :site_id = "twp" ; :facility_id = "C3" ; :software_level = "c0" ; :qc_standards_version = "0.1" ; :solar_background_correction = "0" ; :rlprof_lib_version = "$State: Exp $" ; :idl_tools_lib_version = "$State: idltools-idltools-1.32-1 $" ; :idl_version = "VAP coded in IDL (x86_64 / linux / unix / 8.2)" ; :missing_data = "-9999.0" ; :comment_calibration = "AutoCal failed. Using static calibration from 20141229" ; :comment_overlap = "Autoolap error. Using overlap from 20141227" ; :input_datastreams_description = "A string consisting of the datastream(s), datastream version(s), and datastream date (range)." ; :input_datastreams_num = 12 ; :input_datastreams = "twprlprofmerge1turnC3.c0.20141231.005721.cdf : $State: vap-rlprof_merge-3.8-0.el6$, twprlprofmerge1turnC3.c0.20150101.000001.cdf : $State: vap-rlprof_merge-3.8-0.el6$, twpsondewnpnC3.b1.20141231.235700.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150101.004700.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150101.050300.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150101.111500.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150101.171500.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150101.231500.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150102.051500.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150102.111800.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150102.171600.cdf : ingest-sonde-10.11-0.el5, twpsondewnpnC3.b1.20150102.231500.cdf : ingest-sonde-10.11-0.el5" ; :history = "created by dsmgr on machine ruby on Thu Jan 22 21:38:42 2015" ; }