netcdf files/d606001/1993-817rf03h.nc {
  dimensions:
    Time = UNLIMITED;   // (22433 currently)
    sps20 = 20;
    sps62 = 62;
    sps150 = 150;
  variables:
    float Time(Time=22433);
      :long_name = "time of measurement";
      :standard_name = "time";
      :units = "seconds since 1992-11-27 23:41:52 +0000";

    float ALAT(Time=22433);
      :long_name = "IRS Latitude";
      :units = "degree_north";

    float ALON(Time=22433);
      :long_name = "IRS Longitude";
      :units = "degree_east";

    float GLAT(Time=22433);
      :long_name = "GPS Latitude";
      :standard_name = "latitude";
      :units = "degree_north";

    float GLON(Time=22433);
      :long_name = "GPS Longitude";
      :standard_name = "longitude";
      :units = "degree_east";

    float DEI(Time=22433);
      :long_name = "Distance east of start";
      :units = "km";

    float DNI(Time=22433);
      :long_name = "Distance north of start";
      :units = "km";

    float PSWC(Time=22433);
      :long_name = "Corrected static pressure (wing)";
      :units = "mbar";

    float DPTC(Time=22433);
      :long_name = "Dew point temperature (thermoelec, top)";
      :units = "deg_C";

    float DPBC(Time=22433);
      :long_name = "Dew point temperature (thermoelec, bottom)";
      :units = "deg_C";

    float PALT(Time=22433);
      :long_name = "NACA pressure altitude";
      :units = "m";

    float GALT(Time=22433);
      :long_name = "GPS altitude";
      :standard_name = "altitude";
      :units = "m";

    float HGM(Time=22433);
      :long_name = "Geometric (radio) altitude";
      :units = "m";

    float HGME(Time=22433);
      :long_name = "Geometric (radar) altitude (APN-159)";
      :units = "m";

    float RHODT(Time=22433);
      :long_name = "Absolute humidity (thermoelec, top)";
      :units = "g m-3";

    float RHODB(Time=22433);
      :long_name = "Absolute humidity (thermoelec, bottom)";
      :units = "g m-3";

    float RHUM(Time=22433);
      :long_name = "Relative humidity";
      :standard_name = "relative_humidity";
      :units = "%";

    float MR(Time=22433);
      :long_name = "Mixing ratio";
      :standard_name = "humidity_mixing_ratio";
      :units = "g kg-1";

    float SPHUM(Time=22433);
      :long_name = "Mixing ratio";
      :standard_name = "specific_humidity";
      :units = "g kg-1";

    float PLWCC(Time=22433);
      :long_name = "Corrected CSIRO liquid water content";
      :units = "g m-3";

    float XRLWCC(Time=22433);
      :long_name = "Exp. NCAR/King probe corrected L. W. C.";
      :units = "g m-3";

    float LWCCZ(Time=22433);
      :long_name = "Corrected C-T liquid water content";
      :units = "g m-3";

    float PLWCF(Time=22433);
      :long_name = "FSSP liquid water content";
      :units = "g m-3";

    float SUM15F(Time=22433);
      :long_name = "PMS FSSP probe total counts (all cells)";

    float CONCF(Time=22433);
      :long_name = "FSSP probe concentration";
      :units = "count cm-3";

    float DBARF(Time=22433);
      :long_name = "FSSP mean diameter";
      :units = "micron";

    float DISPF(Time=22433);
      :long_name = "FSSP dispersion (sigma/DBARF)";

    float FACT(Time=22433);
      :long_name = "FSSP calculated activity fraction";

    float FBMFR(Time=22433);
      :long_name = "FSSP beam fraction (FSSP/FSTROB)";

    float FRANGE(Time=22433);
      :long_name = "FSSP range";

    float FRESET(Time=22433);
      :long_name = "FSSP fast resets";
      :units = "count";

    float FSTROB(Time=22433);
      :long_name = "FSSP total strobes";
      :units = "count";

    float AFSP01(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 01";
      :units = "count";

    float AFSP02(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 02";
      :units = "count";

    float AFSP03(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 03";
      :units = "count";

    float AFSP04(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 04";
      :units = "count";

    float AFSP05(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 05";
      :units = "count";

    float AFSP06(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 06";
      :units = "count";

    float AFSP07(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 07";
      :units = "count";

    float AFSP08(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 08";
      :units = "count";

    float AFSP09(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 09";
      :units = "count";

    float AFSP10(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 10";
      :units = "count";

    float AFSP11(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 11";
      :units = "count";

    float AFSP12(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 12";
      :units = "count";

    float AFSP13(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 13";
      :units = "count";

    float AFSP14(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 14";
      :units = "count";

    float AFSP15(Time=22433);
      :long_name = "PMS probe FSSP raw count cell 15";
      :units = "count";

    float CFSP01(Time=22433);
      :long_name = "FSSP corrected concentration cell 01";
      :units = "count cm-3";

    float CFSP02(Time=22433);
      :long_name = "FSSP corrected concentration cell 02";
      :units = "count cm-3";

    float CFSP03(Time=22433);
      :long_name = "FSSP corrected concentration cell 03";
      :units = "count cm-3";

    float CFSP04(Time=22433);
      :long_name = "FSSP corrected concentration cell 04";
      :units = "count cm-3";

    float CFSP05(Time=22433);
      :long_name = "FSSP corrected concentration cell 05";
      :units = "count cm-3";

    float CFSP06(Time=22433);
      :long_name = "FSSP corrected concentration cell 06";
      :units = "count cm-3";

    float CFSP07(Time=22433);
      :long_name = "FSSP corrected concentration cell 07";
      :units = "count cm-3";

    float CFSP08(Time=22433);
      :long_name = "FSSP corrected concentration cell 08";
      :units = "count cm-3";

    float CFSP09(Time=22433);
      :long_name = "FSSP corrected concentration cell 09";
      :units = "count cm-3";

    float CFSP10(Time=22433);
      :long_name = "FSSP corrected concentration cell 10";
      :units = "count cm-3";

    float CFSP11(Time=22433);
      :long_name = "FSSP corrected concentration cell 11";
      :units = "count cm-3";

    float CFSP12(Time=22433);
      :long_name = "FSSP corrected concentration cell 12";
      :units = "count cm-3";

    float CFSP13(Time=22433);
      :long_name = "FSSP corrected concentration cell 13";
      :units = "count cm-3";

    float CFSP14(Time=22433);
      :long_name = "FSSP corrected concentration cell 14";
      :units = "count cm-3";

    float CFSP15(Time=22433);
      :long_name = "FSSP corrected concentration cell 15";
      :units = "count cm-3";

    float PLWC6(Time=22433);
      :long_name = "260X water/ice content";
      :units = "g m-3";

    float CONC6(Time=22433);
      :long_name = "260X probe concentration";
      :units = "count liter-1";

    float DBAR6(Time=22433);
      :long_name = "260X mean diameter";
      :units = "micron";

    float SUM626(Time=22433);
      :long_name = "PMS 260X probe (total counts)";
      :units = "count";

    float DISP6(Time=22433);
      :long_name = "260X dispersion (sigma/DBARX)";

    float CONCA(Time=22433);
      :long_name = "PCAS probe concentration";
      :units = "count cm-3";

    float DBARA(Time=22433);
      :long_name = "PCAS mean diameter";
      :units = "micron";

    float DISPA(Time=22433);
      :long_name = "PCAS dispersion (sigma/DBARA)";

    float PACT(Time=22433);
      :long_name = "PCAS calculated activity fraction";

    float AASS01(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 01";
      :units = "count";

    float AASS02(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 02";
      :units = "count";

    float AASS03(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 03";
      :units = "count";

    float AASS04(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 04";
      :units = "count";

    float AASS05(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 05";
      :units = "count";

    float AASS06(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 06";
      :units = "count";

    float AASS07(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 07";
      :units = "count";

    float AASS08(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 08";
      :units = "count";

    float AASS09(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 09";
      :units = "count";

    float AASS10(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 10";
      :units = "count";

    float AASS11(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 11";
      :units = "count";

    float AASS12(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 12";
      :units = "count";

    float AASS13(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 13";
      :units = "count";

    float AASS14(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 14";
      :units = "count";

    float AASS15(Time=22433);
      :long_name = "PMS PCAS probe raw count cell 15";
      :units = "count";

    float CASS01(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 01";
      :units = "count";

    float CASS02(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 02";
      :units = "count";

    float CASS03(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 03";
      :units = "count";

    float CASS04(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 04";
      :units = "count";

    float CASS05(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 05";
      :units = "count";

    float CASS06(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 06";
      :units = "count";

    float CASS07(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 07";
      :units = "count";

    float CASS08(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 08";
      :units = "count";

    float CASS09(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 09";
      :units = "count";

    float CASS10(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 10";
      :units = "count";

    float CASS11(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 11";
      :units = "count";

    float CASS12(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 12";
      :units = "count";

    float CASS13(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 13";
      :units = "count";

    float CASS14(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 14";
      :units = "count";

    float CASS15(Time=22433);
      :long_name = "PMS PCAS corrected concentration cell 15";
      :units = "count";

    float CON2C1(Time=22433);
      :long_name = "PMS 2D-C particle concentration";
      :units = "count liter-1";

    float CON2P1(Time=22433);
      :long_name = "PMS 2D-P particle concentration";
      :units = "count liter-1";

    float PSW(Time=22433);
      :long_name = "Raw static pressure (wing)";
      :units = "mbar";

    float DPT(Time=22433);
      :long_name = "Dew/frost point temperature (thermoelec, top)";
      :units = "deg_C";

    float DPB(Time=22433);
      :long_name = "Dew/frost point temperature (thermoelec, bottom)";
      :units = "deg_C";

    float LWC(Time=22433);
      :long_name = "Raw C-T liquid water content";
      :units = "g m-3";

    float PLWC(Time=22433);
      :long_name = "Raw CSIRO liquid water content";
      :units = "g m-3";

    float RICE(Time=22433);
      :long_name = "Raw icing rate indicator";
      :units = "volt";

    float RSTT(Time=22433);
      :long_name = "Radiometric cloud base temperature";
      :units = "deg_C";

    float RSTB(Time=22433);
      :long_name = "Radiometric surface temperature";
      :units = "deg_C";

    float TCAVT(Time=22433);
      :long_name = "Cavity temperature: top PRT5";
      :units = "deg_C";

    float TCAVB(Time=22433);
      :long_name = "Cavity temperature: bottom PRT5";
      :units = "deg_C";

    float SWT(Time=22433);
      :long_name = "Top shortwave irradiance";
      :units = "W m-2";

    float SWB(Time=22433);
      :long_name = "Bottom shortwave irradiance";
      :units = "W m-2";

    float IRTC(Time=22433);
      :long_name = "Top infrared corrected radiance";
      :units = "W m-2";

    float IRBC(Time=22433);
      :long_name = "Bottom infrared corrected radiance";
      :units = "W m-2";

    float UVT(Time=22433);
      :long_name = "Top ultraviolet irradiance";
      :units = "W m-2";

    float UVB(Time=22433);
      :long_name = "Bottom ultraviolet irradiance";
      :units = "W m-2";

    float IRT(Time=22433);
      :long_name = "Raw top infrared radiance";
      :units = "W m-2";

    float IRB(Time=22433);
      :long_name = "Raw bottom infrared radiance";
      :units = "W m-2";

    float DTT(Time=22433);
      :long_name = "Top pyrgeometer dome temperature";
      :units = "deg_C";

    float STT(Time=22433);
      :long_name = "Top pyrgeometer sink temperature";
      :units = "deg_C";

    float DTB(Time=22433);
      :long_name = "Bottom pyrgeometer dome temperature";
      :units = "deg_C";

    float STB(Time=22433);
      :long_name = "Bottom pyrgeometer sink temperature";
      :units = "deg_C";

    float SDWC1(Time=22433);
      :long_name = "SHADOW-OR, 2D-C, probe 1";
      :units = "count";

    float SDWP1(Time=22433);
      :long_name = "SHADOW-OR, 2D-P, probe 1";
      :units = "count";

    float GSI(Time=22433);
      :long_name = "IRS ground speed";
      :units = "m s-1";

    float GSI2(Time=22433);
      :long_name = "Backup IRS ground speed";
      :units = "m s-1";

    float GVNS(Time=22433);
      :long_name = "GPS ground speed north component";
      :units = "m s-1";

    float GVEW(Time=22433);
      :long_name = "GPS ground speed east component";
      :units = "m s-1";

    float GSTAT(Time=22433);
      :long_name = "GPS status of operation";

    float GMODE(Time=22433);
      :long_name = "GPS mode of operation";

    float TEO3C(Time=22433);
      :long_name = "Corrected TECO ozone concentration";
      :units = "ppb";

    float TEO3(Time=22433);
      :long_name = "Raw TECO ozone signal";
      :units = "ppb";

    float TET(Time=22433);
      :long_name = "TECO ozone internal sampling temperature";
      :units = "deg_C";

    float TEP(Time=22433);
      :long_name = "TECO ozone internal sampling pressure";
      :units = "mbar";

    float XRLWC(Time=22433);
      :long_name = "Exp. NCAR/King probe liq. water content";
      :units = "g m-3";

    float XTWRJT(Time=22433);
      :long_name = "Exp. total water reference junction temperature";
      :units = "volt";

    float XTWP(Time=22433);
      :long_name = "Exp. total water inlet pressure";
      :units = "mbar";

    float XTWDMW(Time=22433);
      :long_name = "Exp. total water (dry - wet) temp";
      :units = "volt";

    float XTWAMR(Time=22433);
      :long_name = "Exp. total water (ambient - ref) temp";
      :units = "volt";

    float OPHIR3(Time=22433);
      :long_name = "OPHIR-III detector signal";

    float OPHBBC(Time=22433);
      :long_name = "OPHIR-III cooled blackbody temperature";
      :units = "deg_K";

    float XATO(Time=22433);
      :long_name = "OPHIR-III ambient temperature (exp.)";
      :units = "deg_C";

    float CONCN(Time=22433);
      :long_name = "Corrected CN particle concentration";
      :units = "count cm-3";

    float CNTS(Time=22433);
      :long_name = "CN counter output";
      :units = "count";

    float XICN(Time=22433);
      :long_name = "CN isokinetic side flow rate";
      :units = "standard liter min-1";

    float XICNC(Time=22433);
      :long_name = "Corrected CN side flow rate";
      :units = "volumetric liter min-1";

    float FCN(Time=22433);
      :long_name = "CN sample flow rate";
      :units = "standard liter min-1";

    float FCNC(Time=22433);
      :long_name = "Corrected CN sample flow rate";
      :units = "volumetric liter min-1";

    float PCN(Time=22433);
      :long_name = "CN inlet pressure";
      :units = "mbar";

    float CVTEMP(Time=22433);
      :long_name = "CN counter inlet temperature";
      :units = "deg_C";

    float V10(Time=22433);
      :long_name = "10-V reference";
      :units = "volt";

    float V10R(Time=22433);
      :long_name = "10-V reference through resistor";
      :units = "volt";

    float TADS(Time=22433);
      :long_name = "Air temp ADS interface";
      :units = "deg_C";

    float TV10(Time=22433);
      :long_name = "Temp of voltage reference";
      :units = "deg_C";

    float FLOADS(Time=22433);
      :long_name = "Air temp flow monitor - ADS";
      :units = "deg_C";

    float FZV(Time=22433);
      :long_name = "Fixed zero voltage";
      :units = "volt";

    float FZVR(Time=22433);
      :long_name = "Fixed zero voltage through resistor";
      :units = "volt";

    float VDREF(Time=22433);
      :long_name = "Difference of 10-V references";
      :units = "volt";

    float PSFDC(Time=22433, sps20=20);
      :long_name = "Corrected static pressure (fuselage DI)";
      :units = "mbar";

    float ATB(Time=22433, sps20=20);
      :long_name = "Ambient temperature (boom)";
      :units = "deg_C";

    float ATW(Time=22433, sps20=20);
      :long_name = "Ambient temperature (wing)";
      :units = "deg_C";

    float ATRF(Time=22433, sps20=20);
      :long_name = "Ambient temperature (reverse flow)";
      :units = "deg_C";

    float XATCF1(Time=22433, sps20=20);
      :long_name = "Ambient temp (experimental FRIEHE #1)";
      :units = "deg_C";

    float XATCF2(Time=22433, sps20=20);
      :long_name = "Ambient temp (experimental FRIEHE #2)";
      :units = "deg_C";

    float WD(Time=22433, sps20=20);
      :long_name = "Horizontal wind direction";
      :standard_name = "wind_from_direction";
      :units = "degree";

    float WS(Time=22433, sps20=20);
      :long_name = "Horizontal wind speed";
      :standard_name = "wind_speed";
      :units = "m s-1";

    float UI(Time=22433, sps20=20);
      :long_name = "Wind east component";
      :units = "m s-1";

    float VI(Time=22433, sps20=20);
      :long_name = "Wind north component";
      :units = "m s-1";

    float WI(Time=22433, sps20=20);
      :long_name = "Wind vertical component";
      :units = "m s-1";

    float UX(Time=22433, sps20=20);
      :long_name = "Wind longitudinal component";
      :units = "m s-1";

    float VY(Time=22433, sps20=20);
      :long_name = "Wind lateral component";
      :units = "m s-1";

    float THETA(Time=22433, sps20=20);
      :long_name = "Potential temperature";
      :standard_name = "air_potential_temperature";
      :units = "deg_K";

    float THETAE(Time=22433, sps20=20);
      :long_name = "Equivalent potential temperature";
      :standard_name = "equivalent_potential_temperature";
      :units = "deg_K";

    float RHOLA(Time=22433, sps20=20);
      :long_name = "Corrected L-A absolute humidity";
      :units = "g m-3";

    float RFLAG(Time=22433, sps20=20);
      :long_name = "Flag=-1.0,((RHOLA-RHODT)/RHODT) > .90";

    float RHOLA1(Time=22433, sps20=20);
      :long_name = "Corrected L-A absolute humidity (backup)";
      :units = "g m-3";

    float RFLAG1(Time=22433, sps20=20);
      :long_name = "Flag=-1.0,((RHOLA1-RHODT)/RHODT) > .90";

    float THI(Time=22433, sps20=20);
      :long_name = "IRS aircraft true heading";
      :units = "degree";

    float THI2(Time=22433, sps20=20);
      :long_name = "Backup IRS aircraft true heading";
      :units = "degree";

    float ROLL(Time=22433, sps20=20);
      :long_name = "IRS aircraft roll atitude angle";
      :standard_name = "platform_roll_angle";
      :units = "degree";

    float ROLL2(Time=22433, sps20=20);
      :long_name = "Backup IRS aircraft roll atitude angle";
      :units = "degree";

    float PITCH(Time=22433, sps20=20);
      :long_name = "IRS aircraft pitch atitude angle";
      :standard_name = "platform_pitch_angle";
      :units = "degree";

    float PITCH2(Time=22433, sps20=20);
      :long_name = "Backup IRS aircraft pitch atitude angle";
      :units = "degree";

    float IVSPD(Time=22433, sps20=20);
      :long_name = "IRS aircraft vertical velocity";
      :units = "m s-1";

    float IVSPD2(Time=22433, sps20=20);
      :long_name = "Backup IRS aircraft vertical velocity";
      :units = "m s-1";

    float ACINS(Time=22433, sps20=20);
      :long_name = "IRS aircraft vertical acceleration";
      :units = "m s-1";

    float ACINS2(Time=22433, sps20=20);
      :long_name = "Backup IRS aircraft vertical acceleration";
      :units = "m s-1";

    float VNS(Time=22433, sps20=20);
      :long_name = "IRS ground speed north component";
      :units = "m s-1";

    float VNS2(Time=22433, sps20=20);
      :long_name = "Backup IRS ground speed north component";
      :units = "m s-1";

    float VEW(Time=22433, sps20=20);
      :long_name = "IRS ground speed east component";
      :units = "m s-1";

    float VEW2(Time=22433, sps20=20);
      :long_name = "Backup IRS ground speed east component";
      :units = "m s-1";

    float TASF(Time=22433, sps20=20);
      :long_name = "Aircraft true air speed (fuselage)";
      :units = "m s-1";

    float TASW(Time=22433, sps20=20);
      :long_name = "Aircraft true air speed (wing)";
      :units = "m s-1";

    float TASR(Time=22433, sps20=20);
      :long_name = "Aircraft true air speed (radome)";
      :units = "m s-1";

    float QCFC(Time=22433, sps20=20);
      :long_name = "Corrected dynamic pressure (fuselage)";
      :units = "mbar";

    float QCWC(Time=22433, sps20=20);
      :long_name = "Corrected dynamic pressure (wing)";
      :units = "mbar";

    float QCRC(Time=22433, sps20=20);
      :long_name = "Corrected dynamic pressure (radome)";
      :units = "mbar";

    float QCF(Time=22433, sps20=20);
      :long_name = "Raw dynamic pressure (fuselage)";
      :units = "mbar";

    float QCW(Time=22433, sps20=20);
      :long_name = "Raw dynamic pressure (wing)";
      :units = "mbar";

    float QCR(Time=22433, sps20=20);
      :long_name = "Raw dynamic pressure (radome)";
      :units = "mbar";

    float AKRD(Time=22433, sps20=20);
      :long_name = "Attack angle (radome)";
      :units = "degree";

    float SSRD(Time=22433, sps20=20);
      :long_name = "Sideslip angle (radome)";
      :units = "degree";

    float ADIFR(Time=22433, sps20=20);
      :long_name = "Attack differential pressure (radome)";
      :units = "mbar";

    float BDIFR(Time=22433, sps20=20);
      :long_name = "Sideslip differential pressure (radome)";
      :units = "mbar";

    float PSFD(Time=22433, sps20=20);
      :long_name = "Raw static pressure (fuselage DI)";
      :units = "mbar";

    float TTB(Time=22433, sps20=20);
      :long_name = "Total temperature (boom)";
      :units = "deg_C";

    float TTW(Time=22433, sps20=20);
      :long_name = "Total temperature (wing)";
      :units = "deg_C";

    float TTRF(Time=22433, sps20=20);
      :long_name = "Total temperature (reverse flow)";
      :units = "deg_C";

    float VLA(Time=22433, sps20=20);
      :long_name = "Raw Lyman-Alpha voltage";
      :units = "volt";

    float VLA1(Time=22433, sps20=20);
      :long_name = "Raw Lyman-Alpha voltage (redundant)";
      :units = "volt";

    float PSURF(Time=22433);
      :long_name = "Surface pressure";
      :standard_name = "surface_air_pressure";
      :units = "mbar";

    float MRLA(Time=22433, sps20=20);
      :long_name = "Lyman-Alpha derived mixing ratio";
      :units = "g kg-1";

    float XODS(Time=22433, sps20=20);
      :long_name = "Exp. OPHIR-III analog detector signal";
      :units = "volt";

    float XTTCF1(Time=22433, sps20=20);
      :long_name = "U-C-I experimental total temperature #1";
      :units = "deg_C";

    float XTTCF2(Time=22433, sps20=20);
      :long_name = "U-C-I experimental total temperature #2";
      :units = "deg_C";

    float XUVHSMP(Time=22433, sps20=20);
      :long_name = "U V hygrometer HLAMP signal detector";
      :units = "count";

    float XUVHREF(Time=22433, sps20=20);
      :long_name = "U V hygrometer HLAMP reference detector";
      :units = "count";

    float XUVKRSP(Time=22433, sps20=20);
      :long_name = "U V hygrometer KLAMP signal detector";
      :units = "count";

    float XUVKRRF(Time=22433, sps20=20);
      :long_name = "U V hygrometer KLAMP reference detector";
      :units = "count";

    float XUVCHSP(Time=22433, sps20=20);
      :long_name = "U V hygrometer lamp-off signal detector";
      :units = "count";

    float XUVCHRF(Time=22433, sps20=20);
      :long_name = "U V hygrometer lamp-off reference detector";
      :units = "count";

    float XUVTVOL(Time=22433, sps20=20);
      :long_name = "U V hygrometer sample volume temperature";
      :units = "deg_C";

    float XUVPVOL(Time=22433, sps20=20);
      :long_name = "U V hygrometer sample volume pressure";
      :units = "mbar";

    float XMRUV(Time=22433, sps20=20);
      :long_name = "U V hygrometer mixing ratio (calculated)";
      :units = "g kg-1";

    float XTS(Time=22433, sps20=20);
      :long_name = "U V hygrometer corrected sample temperature";
      :units = "deg_K";

    float XALATC(Time=22433);
      :long_name = "Corrected IRS latitude  (using GPS)";
      :units = "degree";

    float XALONC(Time=22433);
      :long_name = "Corrected IRS longitude  (using GPS)";
      :units = "degree";

    float XWDC(Time=22433, sps20=20);
      :long_name = "Corrected horizontal wind direction";
      :units = "degree";

    float XWSC(Time=22433, sps20=20);
      :long_name = "Corrected horizontal wind speed";
      :units = "m s-1";

    float XUC(Time=22433, sps20=20);
      :long_name = "Corrected wind east component";
      :units = "m s-1";

    float XVC(Time=22433, sps20=20);
      :long_name = "Corrected wind north component";
      :units = "m s-1";

    float XWC(Time=22433, sps20=20);
      :long_name = "Corrected wind vertical component";
      :units = "m s-1";

    float XUXC(Time=22433, sps20=20);
      :long_name = "Corrected wind longitudinal component";
      :units = "m s-1";

    float XVYC(Time=22433, sps20=20);
      :long_name = "Corrected wind longitudinal component";
      :units = "m s-1";

    float XVNSC(Time=22433, sps20=20);
      :long_name = "Corrected IRS ground speed north comp.";
      :units = "m s-1";

    float XVEWC(Time=22433, sps20=20);
      :long_name = "Corrected IRS ground speed east comp.";
      :units = "m s-1";

    float ACC260L(Time=22433, sps62=62);
      :long_name = "260X accumulated raw count (1-62)";
      :units = "count";

    float XACC260L(Time=22433, sps62=62);
      :long_name = "260X accumulated fixed count (1-62)";
      :units = "count";

    float XCON260L(Time=22433, sps62=62);
      :long_name = "260X probe concentration (1-62)";
      :units = "count liter-1";

    float ACCFSPH(Time=22433, sps150=150);
      :long_name = "FSSP raw accumulation (sample rate)";
      :units = "count";

    float ACCUMAS(Time=22433, sps150=150);
      :long_name = "PCAS raw accumulation (sample rate)";
      :units = "count";

  // global attributes:
  :Source = "UCAR/CISL/SCD/DSS";
  :Address = "P.O. Box 3000, Boulder, CO 80307-3000";
  :Contact = "Bob Dattore, dattore@ucar.edu, (303) 497-1825";
  :SourceDataset = "ds606.1";
  :SourceFile = "/DSS/Y37444";
  :Conventions = "NCAR-RAF/nimbus";
  :Version = "1.3";
  :DateProcessed = "2009-02-18 20:45:44 -0700";
  :ProjectName = "TOGA COARE";
  :ProjectNumber = "1993-817";
  :Aircraft = "N595KR (NCAR Electra)";
  :FlightNumber = "RF03";
  :FlightDate = "11/27/1992";
  :coordinates = "GLON GLAT GALT Time";
  :TimeInterval = "23:41:52-05:55:44";
}