netcdf RF01A { dimensions: Time = 3036 ; sps1 = 1 ; Vector16 = 16 ; Vector32 = 32 ; Vector64 = 64 ; variables: int base_time ; base_time:long_name = "Seconds since Jan 1, 1970." ; float time_offset(Time) ; time_offset:long_name = "Seconds since base_time." ; float HOUR(Time) ; HOUR:units = " HR" ; HOUR:long_name = "UNALTERED TAPE TIME" ; HOUR:OutputRate = 1 ; HOUR:missing_value = -32767.f ; float MINUTE(Time) ; MINUTE:units = " MIN" ; MINUTE:long_name = "UNALTERED TAPE TIME" ; MINUTE:OutputRate = 1 ; MINUTE:missing_value = -32767.f ; float SECOND(Time) ; SECOND:units = " S" ; SECOND:long_name = "UNALTERED TAPE TIME" ; SECOND:OutputRate = 1 ; SECOND:missing_value = -32767.f ; float TPTIME(Time) ; TPTIME:units = " S" ; TPTIME:long_name = "RAW TAPE TIME" ; TPTIME:OutputRate = 1 ; TPTIME:missing_value = -32767.f ; float PTIME(Time) ; PTIME:units = " S" ; PTIME:long_name = "PROCESSOR TIME" ; PTIME:OutputRate = 1 ; PTIME:missing_value = -32767.f ; float ALAT(Time) ; ALAT:units = " DEG" ; ALAT:long_name = "IRS LATITUDE" ; ALAT:OutputRate = 1 ; ALAT:missing_value = -32767.f ; float ALON(Time) ; ALON:units = " DEG" ; ALON:long_name = "IRS LONGITUDE" ; ALON:OutputRate = 1 ; ALON:missing_value = -32767.f ; float ALAT2(Time) ; ALAT2:units = " DEG" ; ALAT2:long_name = "BACKUP IRS LATITUDE" ; ALAT2:OutputRate = 1 ; ALAT2:missing_value = -32767.f ; float ALON2(Time) ; ALON2:units = " DEG" ; ALON2:long_name = "BACKUP IRS LONGITUDE" ; ALON2:OutputRate = 1 ; ALON2:missing_value = -32767.f ; float GLAT(Time) ; GLAT:units = " DEG" ; GLAT:long_name = "GPS LATITUDE" ; GLAT:OutputRate = 1 ; GLAT:missing_value = -32767.f ; float GLON(Time) ; GLON:units = " DEG" ; GLON:long_name = "GPS LONGITUDE" ; GLON:OutputRate = 1 ; GLON:missing_value = -32767.f ; float DEI(Time) ; DEI:units = " KM" ; DEI:long_name = "DISTANCE EAST OF START" ; DEI:OutputRate = 1 ; DEI:missing_value = -32767.f ; float DNI(Time) ; DNI:units = " KM" ; DNI:long_name = "DISTANCE NORTH OF START" ; DNI:OutputRate = 1 ; DNI:missing_value = -32767.f ; float PSFDC(Time) ; PSFDC:units = " MB" ; PSFDC:long_name = "CORRECTED STATIC PRESSURE (FUSELAGE DI)" ; PSFDC:OutputRate = 1 ; PSFDC:missing_value = -32767.f ; float PSWC(Time) ; PSWC:units = " MB" ; PSWC:long_name = "CORRECTED STATIC PRESSURE (WING)" ; PSWC:OutputRate = 1 ; PSWC:missing_value = -32767.f ; float ATB(Time) ; ATB:units = " C" ; ATB:long_name = "AMBIENT TEMPERATURE (BOOM)" ; ATB:OutputRate = 1 ; ATB:missing_value = -32767.f ; float ATRF(Time) ; ATRF:units = " C" ; ATRF:long_name = "AMBIENT TEMPERATURE (REVERSE FLOW)" ; ATRF:OutputRate = 1 ; ATRF:missing_value = -32767.f ; float DPTC(Time) ; DPTC:units = " C" ; DPTC:long_name = "DEW POINT TEMPERATURE (THERMOELEC) (TOP)" ; DPTC:OutputRate = 1 ; DPTC:missing_value = -32767.f ; float DPBC(Time) ; DPBC:units = " C" ; DPBC:long_name = "DEW POINT TEMPERATURE (THERMOELEC) (BOT)" ; DPBC:OutputRate = 1 ; DPBC:missing_value = -32767.f ; float WD(Time) ; WD:units = " DEG" ; WD:long_name = "HORIZONTAL WIND DIRECTION" ; WD:OutputRate = 1 ; WD:missing_value = -32767.f ; float WS(Time) ; WS:units = " M/S" ; WS:long_name = "HORIZONTAL WIND SPEED" ; WS:OutputRate = 1 ; WS:missing_value = -32767.f ; float UI(Time) ; UI:units = " M/S" ; UI:long_name = "WIND EAST COMPONENT" ; UI:OutputRate = 1 ; UI:missing_value = -32767.f ; float VI(Time) ; VI:units = " M/S" ; VI:long_name = "WIND NORTH COMPONENT" ; VI:OutputRate = 1 ; VI:missing_value = -32767.f ; float WI(Time) ; WI:units = " M/S" ; WI:long_name = "WIND VERTICAL COMPONENT" ; WI:OutputRate = 1 ; WI:missing_value = -32767.f ; float UX(Time) ; UX:units = " M/S" ; UX:long_name = "WIND LONGITUDINAL COMPONENT" ; UX:OutputRate = 1 ; UX:missing_value = -32767.f ; float VY(Time) ; VY:units = " M/S" ; VY:long_name = "WIND LATERAL COMPONENT" ; VY:OutputRate = 1 ; VY:missing_value = -32767.f ; float HGM(Time) ; HGM:units = " M" ; HGM:long_name = "GEOMETRIC (RADIO) ALTITUDE" ; HGM:OutputRate = 1 ; HGM:missing_value = -32767.f ; float HGME(Time) ; HGME:units = " M" ; HGME:long_name = "GEOMETRIC (RADAR) ALTITUDE (APN-159)" ; HGME:OutputRate = 1 ; HGME:missing_value = -32767.f ; float PALT(Time) ; PALT:units = " M" ; PALT:long_name = "NACA PRESSURE ALTITUDE" ; PALT:OutputRate = 1 ; PALT:missing_value = -32767.f ; float WP3(Time) ; WP3:units = " M/S" ; WP3:long_name = "DAMPED AIRCRAFT VERTICAL VELOCITY (GUST)" ; WP3:OutputRate = 1 ; WP3:missing_value = -32767.f ; float GALT(Time) ; GALT:units = " M" ; GALT:long_name = "GPS ALTITUDE" ; GALT:OutputRate = 1 ; GALT:missing_value = -32767.f ; float DVALU(Time) ; DVALU:units = " M" ; DVALU:long_name = "D-VALUE (HGME - PALT)" ; DVALU:OutputRate = 1 ; DVALU:missing_value = -32767.f ; float THETA(Time) ; THETA:units = " K" ; THETA:long_name = "POTENTIAL TEMPERATURE" ; THETA:OutputRate = 1 ; THETA:missing_value = -32767.f ; float THETAE(Time) ; THETAE:units = " K" ; THETAE:long_name = "EQUIVALENT POTENTIAL TEMPERATURE" ; THETAE:OutputRate = 1 ; THETAE:missing_value = -32767.f ; float RHODT(Time) ; RHODT:units = " G/M3" ; RHODT:long_name = "ABSOLUTE HUMIDITY (THERMOELEC) (TOP)" ; RHODT:OutputRate = 1 ; RHODT:missing_value = -32767.f ; float RHODB(Time) ; RHODB:units = " G/M3" ; RHODB:long_name = "ABSOLUTE HUMIDITY (THERMOELEC) (BOT)" ; RHODB:OutputRate = 1 ; RHODB:missing_value = -32767.f ; float RHOLA(Time) ; RHOLA:units = " G/M3" ; RHOLA:long_name = "CORRECTED L-A ABSOLUTE HUMIDITY" ; RHOLA:OutputRate = 1 ; RHOLA:missing_value = -32767.f ; float RFLAG(Time) ; RFLAG:units = "none" ; RFLAG:long_name = "FLAG=-1.0,((RHOLA-RHOTD)/RHOTD) > .20" ; RFLAG:OutputRate = 1 ; RFLAG:missing_value = -32767.f ; float RHUM(Time) ; RHUM:units = " PCT" ; RHUM:long_name = "RELATIVE HUMIDITY" ; RHUM:OutputRate = 1 ; RHUM:missing_value = -32767.f ; float MR(Time) ; MR:units = " G/KG" ; MR:long_name = "MIXING RATIO" ; MR:OutputRate = 1 ; MR:missing_value = -32767.f ; float SPHUM(Time) ; SPHUM:units = " G/KG" ; SPHUM:long_name = "SPECIFIC HUMIDITY" ; SPHUM:OutputRate = 1 ; SPHUM:missing_value = -32767.f ; float LWCCZ(Time) ; LWCCZ:units = " G/M3" ; LWCCZ:long_name = "CORRECTED C-T LIQUID WATER CONTENT" ; LWCCZ:OutputRate = 1 ; LWCCZ:missing_value = -32767.f ; float PLWCF_01(Time) ; PLWCF_01:units = " G/M3" ; PLWCF_01:long_name = "FSSP LIQUID WATER CONTENT" ; PLWCF_01:OutputRate = 1 ; PLWCF_01:missing_value = -32767.f ; float PLWCX_06(Time) ; PLWCX_06:units = " G/M3" ; PLWCX_06:long_name = "200X WATER/ICE CONTENT" ; PLWCX_06:OutputRate = 1 ; PLWCX_06:missing_value = -32767.f ; float PLWCY_08(Time) ; PLWCY_08:units = " G/M3" ; PLWCY_08:long_name = "200Y WATER/ICE CONTENT" ; PLWCY_08:OutputRate = 1 ; PLWCY_08:missing_value = -32767.f ; float SUM15F_01(Time) ; SUM15F_01:units = " CNTS" ; SUM15F_01:long_name = "PMS FSSP PROBE (TOTAL COUNTS)" ; SUM15F_01:OutputRate = 1 ; SUM15F_01:missing_value = -32767.f ; float CONCF_01(Time) ; CONCF_01:units = " N/CM3" ; CONCF_01:long_name = "FSSP PROBE CONCENTRATION" ; CONCF_01:OutputRate = 1 ; CONCF_01:missing_value = -32767.f ; float DBARF_01(Time) ; DBARF_01:units = " uM" ; DBARF_01:long_name = "FSSP MEAN DIAMETER" ; DBARF_01:OutputRate = 1 ; DBARF_01:missing_value = -32767.f ; float DISPF_01(Time) ; DISPF_01:units = "none" ; DISPF_01:long_name = "FSSP DISPERSION (SIGMA/DBARF)" ; DISPF_01:OutputRate = 1 ; DISPF_01:missing_value = -32767.f ; float FACT_01(Time) ; FACT_01:units = "none" ; FACT_01:long_name = "FSSP CALCULATED ACTIVITY FRACTION" ; FACT_01:OutputRate = 1 ; FACT_01:missing_value = -32767.f ; float FBMFR_01(Time) ; FBMFR_01:units = "none" ; FBMFR_01:long_name = "FSSP BEAM FRACTION (FSSP/FSTROB)" ; FBMFR_01:OutputRate = 1 ; FBMFR_01:missing_value = -32767.f ; float FRNG_01(Time) ; FRNG_01:units = "none" ; FRNG_01:long_name = "FSSP RANGE" ; FRNG_01:OutputRate = 1 ; FRNG_01:missing_value = -32767.f ; float FRESET_01(Time) ; FRESET_01:units = " CNTS" ; FRESET_01:long_name = "FSSP FAST RESETS" ; FRESET_01:OutputRate = 1 ; FRESET_01:missing_value = -32767.f ; float FSTROB_01(Time) ; FSTROB_01:units = " CNTS" ; FSTROB_01:long_name = "FSSP TOTAL STROBES" ; FSTROB_01:OutputRate = 1 ; FSTROB_01:missing_value = -32767.f ; float SUM15X_06(Time) ; SUM15X_06:units = " CNTS" ; SUM15X_06:long_name = "PMS 200X PROBE (TOTAL COUNTS)" ; SUM15X_06:OutputRate = 1 ; SUM15X_06:missing_value = -32767.f ; float CONCX_06(Time) ; CONCX_06:units = " N/L" ; CONCX_06:long_name = "200X PROBE CONCENTRATION" ; CONCX_06:OutputRate = 1 ; CONCX_06:missing_value = -32767.f ; float DBARX_06(Time) ; DBARX_06:units = " uM" ; DBARX_06:long_name = "200X MEAN DIAMETER" ; DBARX_06:OutputRate = 1 ; DBARX_06:missing_value = -32767.f ; float DISPX_06(Time) ; DISPX_06:units = "none" ; DISPX_06:long_name = "200X DISPERSION (SIGMA/DBARX)" ; DISPX_06:OutputRate = 1 ; DISPX_06:missing_value = -32767.f ; float SUM15Y_08(Time) ; SUM15Y_08:units = " CNTS" ; SUM15Y_08:long_name = "PMS 200Y PROBE (TOTAL COUNTS)" ; SUM15Y_08:OutputRate = 1 ; SUM15Y_08:missing_value = -32767.f ; float CONCY_08(Time) ; CONCY_08:units = " N/L" ; CONCY_08:long_name = "200Y PROBE CONCENTRATION" ; CONCY_08:OutputRate = 1 ; CONCY_08:missing_value = -32767.f ; float DBARY_08(Time) ; DBARY_08:units = " uM" ; DBARY_08:long_name = "200Y MEAN DIAMETER" ; DBARY_08:OutputRate = 1 ; DBARY_08:missing_value = -32767.f ; float DISPY_08(Time) ; DISPY_08:units = "none" ; DISPY_08:long_name = "200Y DISPERSION (SIGMA/DBARY)" ; DISPY_08:OutputRate = 1 ; DISPY_08:missing_value = -32767.f ; float RSTB(Time) ; RSTB:units = " C" ; RSTB:long_name = "RADIOMETRIC SURFACE TEMPERATURE" ; RSTB:OutputRate = 1 ; RSTB:missing_value = -32767.f ; float SWT(Time) ; SWT:units = " W/M2" ; SWT:long_name = "TOP SHORTWAVE IRRADIANCE" ; SWT:OutputRate = 1 ; SWT:missing_value = -32767.f ; float SWB(Time) ; SWB:units = " W/M2" ; SWB:long_name = "BOTTOM SHORTWAVE IRRADIANCE" ; SWB:OutputRate = 1 ; SWB:missing_value = -32767.f ; float IRTC(Time) ; IRTC:units = " W/M2" ; IRTC:long_name = "TOP INFRARED CORRECTED IRRADIANCE" ; IRTC:OutputRate = 1 ; IRTC:missing_value = -32767.f ; float IRBC(Time) ; IRBC:units = " W/M2" ; IRBC:long_name = "BOTTOM INFRARED CORRECTED IRRADIANCE" ; IRBC:OutputRate = 1 ; IRBC:missing_value = -32767.f ; float UVT(Time) ; UVT:units = " W/M2" ; UVT:long_name = "TOP ULTRAVIOLET IRRADIANCE" ; UVT:OutputRate = 1 ; UVT:missing_value = -32767.f ; float UVB(Time) ; UVB:units = " W/M2" ; UVB:long_name = "BOTTOM ULTRAVIOLET IRRADIANCE" ; UVB:OutputRate = 1 ; UVB:missing_value = -32767.f ; float THI(Time) ; THI:units = " DEG" ; THI:long_name = "AIRCRAFT TRUE HEADING (ARINC)" ; THI:OutputRate = 1 ; THI:missing_value = -32767.f ; float THI2(Time) ; THI2:units = " DEG" ; THI2:long_name = "BACKUP IRS TRUE HEADING" ; THI2:OutputRate = 1 ; THI2:missing_value = -32767.f ; float ROLL(Time) ; ROLL:units = " DEG" ; ROLL:long_name = "AIRCRAFT ROLL ATTITUDE ANGLE" ; ROLL:OutputRate = 1 ; ROLL:missing_value = -32767.f ; float ROLL2(Time) ; ROLL2:units = " DEG" ; ROLL2:long_name = "BACKUP IRS ROLL ANGLE" ; ROLL2:OutputRate = 1 ; ROLL2:missing_value = -32767.f ; float PITCH(Time) ; PITCH:units = " DEG" ; PITCH:long_name = "AIRCRAFT PITCH ATTITUDE ANGLE" ; PITCH:OutputRate = 1 ; PITCH:missing_value = -32767.f ; float PITCH2(Time) ; PITCH2:units = " DEG" ; PITCH2:long_name = "BACKUP IRS PITCH ANGLE" ; PITCH2:OutputRate = 1 ; PITCH2:missing_value = -32767.f ; float VZI(Time) ; VZI:units = " M/S" ; VZI:long_name = "RAW IRS VERTICAL VELOCITY" ; VZI:OutputRate = 1 ; VZI:missing_value = -32767.f ; float IVSPD(Time) ; IVSPD:units = " M/S" ; IVSPD:long_name = "IRS AIRCRAFT VERTICAL VELOCITY" ; IVSPD:OutputRate = 1 ; IVSPD:missing_value = -32767.f ; float IVSPD2(Time) ; IVSPD2:units = " M/S" ; IVSPD2:long_name = "BACKUP IRS AIRCRAFT VERTICAL VELOCITY" ; IVSPD2:OutputRate = 1 ; IVSPD2:missing_value = -32767.f ; float ACINS(Time) ; ACINS:units = " M/S2" ; ACINS:long_name = "IRS AIRCRAFT VERTICAL ACCELERATION" ; ACINS:OutputRate = 1 ; ACINS:missing_value = -32767.f ; float ACINS2(Time) ; ACINS2:units = " M/S2" ; ACINS2:long_name = "BACKUP IRS AIRCRAFT VERT. ACCELERATION" ; ACINS2:OutputRate = 1 ; ACINS2:missing_value = -32767.f ; float GSI(Time) ; GSI:units = " M/S" ; GSI:long_name = "IRS GROUND SPEED" ; GSI:OutputRate = 1 ; GSI:missing_value = -32767.f ; float GSI2(Time) ; GSI2:units = " M/S" ; GSI2:long_name = "BACKUP IRS GROUND SPEED" ; GSI2:OutputRate = 1 ; GSI2:missing_value = -32767.f ; float VNS(Time) ; VNS:units = " M/S" ; VNS:long_name = "IRS GROUND SPEED NORTH COMPONENT" ; VNS:OutputRate = 1 ; VNS:missing_value = -32767.f ; float VNS2(Time) ; VNS2:units = " M/S" ; VNS2:long_name = "BACKUP IRS GND SPD NORTHERN COMPONENT" ; VNS2:OutputRate = 1 ; VNS2:missing_value = -32767.f ; float VEW(Time) ; VEW:units = " M/S" ; VEW:long_name = "IRS GROUND SPEED EAST COMPONENT" ; VEW:OutputRate = 1 ; VEW:missing_value = -32767.f ; float VEW2(Time) ; VEW2:units = " M/S" ; VEW2:long_name = "BACKUP IRS GROUND SPEED EAST COMPONENT" ; VEW2:OutputRate = 1 ; VEW2:missing_value = -32767.f ; float GVEW(Time) ; GVEW:units = " M/S" ; GVEW:long_name = "GPS GROUND SPEED EAST COMPONENT" ; GVEW:OutputRate = 1 ; GVEW:missing_value = -32767.f ; float GVNS(Time) ; GVNS:units = " M/S" ; GVNS:long_name = "GPS GROUND SPEED NORTH COMPONENT" ; GVNS:OutputRate = 1 ; GVNS:missing_value = -32767.f ; float TASF(Time) ; TASF:units = " M/S" ; TASF:long_name = "AIRCRAFT TRUE AIRSPEED (FUSELAGE)" ; TASF:OutputRate = 1 ; TASF:missing_value = -32767.f ; float TASW(Time) ; TASW:units = " M/S" ; TASW:long_name = "AIRCRAFT TRUE AIRSPEED (WING)" ; TASW:OutputRate = 1 ; TASW:missing_value = -32767.f ; float TASR(Time) ; TASR:units = " M/S" ; TASR:long_name = "AIRCRAFT TRUE AIRSPEED (RADOME)" ; TASR:OutputRate = 1 ; TASR:missing_value = -32767.f ; float QCFC(Time) ; QCFC:units = " MB" ; QCFC:long_name = "CORRECTED DYNAMIC PRESSURE (FUSELAGE)" ; QCFC:OutputRate = 1 ; QCFC:missing_value = -32767.f ; float QCWC(Time) ; QCWC:units = " MB" ; QCWC:long_name = "CORRECTED DYNAMIC PRESSURE (WING)" ; QCWC:OutputRate = 1 ; QCWC:missing_value = -32767.f ; float QCRC(Time) ; QCRC:units = " MB" ; QCRC:long_name = "CORRECTED DYNAMIC PRESSURE (RADOME)" ; QCRC:OutputRate = 1 ; QCRC:missing_value = -32767.f ; float QCF(Time) ; QCF:units = " MB" ; QCF:long_name = "RAW DYNAMIC PRESSURE (FUSELAGE)" ; QCF:OutputRate = 1 ; QCF:missing_value = -32767.f ; float QCW(Time) ; QCW:units = " MB" ; QCW:long_name = "RAW DYNAMIC PRESSURE (WING)" ; QCW:OutputRate = 1 ; QCW:missing_value = -32767.f ; float QCR(Time) ; QCR:units = " MB" ; QCR:long_name = "RAW DYNAMIC PRESSURE (RADOME)" ; QCR:OutputRate = 1 ; QCR:missing_value = -32767.f ; float AKRD(Time) ; AKRD:units = " DEG" ; AKRD:long_name = "ATTACK ANGLE (RADOME)" ; AKRD:OutputRate = 1 ; AKRD:missing_value = -32767.f ; float SSRD(Time) ; SSRD:units = " DEG" ; SSRD:long_name = "SIDESLIP ANGLE (RADOME)" ; SSRD:OutputRate = 1 ; SSRD:missing_value = -32767.f ; float ADIFR(Time) ; ADIFR:units = " MB" ; ADIFR:long_name = "ATTACK DIFFERENTIAL PRESSURE (RADOME)" ; ADIFR:OutputRate = 1 ; ADIFR:missing_value = -32767.f ; float BDIFR(Time) ; BDIFR:units = " MB" ; BDIFR:long_name = "SIDESLIP DIFFERENTIAL PRESSURE (RADOME)" ; BDIFR:OutputRate = 1 ; BDIFR:missing_value = -32767.f ; float PSFD(Time) ; PSFD:units = " MB" ; PSFD:long_name = "RAW STATIC PRESSURE (FUSELAGE DI)" ; PSFD:OutputRate = 1 ; PSFD:missing_value = -32767.f ; float PSW(Time) ; PSW:units = " MB" ; PSW:long_name = "RAW STATIC PRESSURE (WING)" ; PSW:OutputRate = 1 ; PSW:missing_value = -32767.f ; float TTB(Time) ; TTB:units = " C" ; TTB:long_name = "TOTAL TEMPERATURE (BOOM)" ; TTB:OutputRate = 1 ; TTB:missing_value = -32767.f ; float TTRF(Time) ; TTRF:units = " C" ; TTRF:long_name = "TOTAL TEMPERATURE (REVERSE FLOW)" ; TTRF:OutputRate = 1 ; TTRF:missing_value = -32767.f ; float DPT(Time) ; DPT:units = " C" ; DPT:long_name = "DEW/FROST POINT TEMP (THERMOELEC) (TOP)" ; DPT:OutputRate = 1 ; DPT:missing_value = -32767.f ; float DPB(Time) ; DPB:units = " C" ; DPB:long_name = "DEW/FROST POINT TEMP (THERMOELEC) (BOT)" ; DPB:OutputRate = 1 ; DPB:missing_value = -32767.f ; float VLA(Time) ; VLA:units = " VDC" ; VLA:long_name = "RAW LYMAN-ALPHA VOLTAGE" ; VLA:OutputRate = 1 ; VLA:missing_value = -32767.f ; float IRT(Time) ; IRT:units = " W/M2" ; IRT:long_name = "RAW TOP INFRARED IRRADIANCE" ; IRT:OutputRate = 1 ; IRT:missing_value = -32767.f ; float IRB(Time) ; IRB:units = " W/M2" ; IRB:long_name = "RAW BOTTOM INFRARED IRRADIANCE" ; IRB:OutputRate = 1 ; IRB:missing_value = -32767.f ; float DTT(Time) ; DTT:units = " C" ; DTT:long_name = "TOP PYRGEOMETER DOME TEMPERATURE" ; DTT:OutputRate = 1 ; DTT:missing_value = -32767.f ; float STT(Time) ; STT:units = " C" ; STT:long_name = "TOP PYRGEOMETER SINK TEMPERATURE" ; STT:OutputRate = 1 ; STT:missing_value = -32767.f ; float DTB(Time) ; DTB:units = " C" ; DTB:long_name = "BOTTOM PYRGEOMETER DOME TEMPERATURE" ; DTB:OutputRate = 1 ; DTB:missing_value = -32767.f ; float STB(Time) ; STB:units = " C" ; STB:long_name = "BOTTOM PYRGEOMETER SINK TEMPERATURE" ; STB:OutputRate = 1 ; STB:missing_value = -32767.f ; float LWC(Time) ; LWC:units = " G/M3" ; LWC:long_name = "RAW C-T LIQUID WATER CONTENT" ; LWC:OutputRate = 1 ; LWC:missing_value = -32767.f ; float TCAVB(Time) ; TCAVB:units = " C" ; TCAVB:long_name = "CAVITY TEMPERATURE: BOTTOM PRT5" ; TCAVB:OutputRate = 1 ; TCAVB:missing_value = -32767.f ; float XTTWB(Time) ; XTTWB:units = " VDC" ; XTTWB:long_name = "RAW WETBULB TEMPERATURE OUTPUT" ; XTTWB:OutputRate = 1 ; XTTWB:missing_value = -32767.f ; float XWBT1(Time) ; XWBT1:units = " VDC" ; XWBT1:long_name = "WETBULB SOURCE PARAMETER 1" ; XWBT1:OutputRate = 1 ; XWBT1:missing_value = -32767.f ; float XWBT2(Time) ; XWBT2:units = " VDC" ; XWBT2:long_name = "WETBULB SOURCE PARAMETER 2" ; XWBT2:OutputRate = 1 ; XWBT2:missing_value = -32767.f ; float XWBTP(Time) ; XWBTP:units = " VDC" ; XWBTP:long_name = "EXPERIMENTAL HUMICAP OUTPUT" ; XWBTP:OutputRate = 1 ; XWBTP:missing_value = -32767.f ; float XWBT3(Time) ; XWBT3:units = " VDC" ; XWBT3:long_name = "WETBULB SOURCE PARAMETER 3" ; XWBT3:OutputRate = 1 ; XWBT3:missing_value = -32767.f ; float XWBT4(Time) ; XWBT4:units = " VDC" ; XWBT4:long_name = "EXPERIMENTAL TEMPERATURE OUTPUT" ; XWBT4:OutputRate = 1 ; XWBT4:missing_value = -32767.f ; float PCAB(Time) ; PCAB:units = " MB" ; PCAB:long_name = "CABIN PRESSURE" ; PCAB:OutputRate = 1 ; PCAB:missing_value = -32767.f ; float CHGME(Time) ; CHGME:units = " M" ; CHGME:long_name = "COARSE GEOMETRIC ALTITUDE (APN-159)" ; CHGME:OutputRate = 1 ; CHGME:missing_value = -32767.f ; float GSTAT(Time) ; GSTAT:units = "Unk" ; GSTAT:long_name = "No title" ; GSTAT:OutputRate = 1 ; GSTAT:missing_value = -32767.f ; float GMODE(Time) ; GMODE:units = "Unk" ; GMODE:long_name = "No title" ; GMODE:OutputRate = 1 ; GMODE:missing_value = -32767.f ; float V10(Time) ; V10:units = " VDC" ; V10:long_name = "10-V REFERENCE" ; V10:OutputRate = 1 ; V10:missing_value = -32767.f ; float V10R(Time) ; V10R:units = " VDC" ; V10R:long_name = "10-V REFERENCE THROUGH RESISTOR" ; V10R:OutputRate = 1 ; V10R:missing_value = -32767.f ; float TADS(Time) ; TADS:units = " C" ; TADS:long_name = "AIR TEMP ADS INTERFACE" ; TADS:OutputRate = 1 ; TADS:missing_value = -32767.f ; float TV10(Time) ; TV10:units = " C" ; TV10:long_name = "TEMP OF VOLTAGE REFERENCE" ; TV10:OutputRate = 1 ; TV10:missing_value = -32767.f ; float FLOADS(Time) ; FLOADS:units = " C" ; FLOADS:long_name = "AIR TEMP FLOW MONITOR - ADS" ; FLOADS:OutputRate = 1 ; FLOADS:missing_value = -32767.f ; float FZV(Time) ; FZV:units = " VDC" ; FZV:long_name = "FIXED ZERO VOLTAGE" ; FZV:OutputRate = 1 ; FZV:missing_value = -32767.f ; float FZVR(Time) ; FZVR:units = " VDC" ; FZVR:long_name = "FIXED ZERO VOLTAGE THRU RESISTOR" ; FZVR:OutputRate = 1 ; FZVR:missing_value = -32767.f ; float VDREF(Time) ; VDREF:units = " VDC" ; VDREF:long_name = "DIFFERENCE OF 10-V REFERENCES" ; VDREF:OutputRate = 1 ; VDREF:missing_value = -32767.f ; float XALATC(Time) ; XALATC:units = " DEG" ; XALATC:long_name = "CORRECTED IRS LATITUDE(USING GPS)" ; XALATC:OutputRate = 1 ; XALATC:missing_value = -32767.f ; float XALONC(Time) ; XALONC:units = " DEG" ; XALONC:long_name = "CORRECTED IRS LONGITUDE(USING GPS)" ; XALONC:OutputRate = 1 ; XALONC:missing_value = -32767.f ; float XUXC(Time) ; XUXC:units = " M/S" ; XUXC:long_name = "CORRECTED WIND LONGITUDINAL COMPONENT" ; XUXC:OutputRate = 1 ; XUXC:missing_value = -32767.f ; float XVYC(Time) ; XVYC:units = " M/S" ; XVYC:long_name = "CORRECTED WIND LATERAL COMPONENT" ; XVYC:OutputRate = 1 ; XVYC:missing_value = -32767.f ; float XUC(Time) ; XUC:units = " M/S" ; XUC:long_name = "CORRECTED WIND EAST COMPONENT" ; XUC:OutputRate = 1 ; XUC:missing_value = -32767.f ; float XVC(Time) ; XVC:units = " M/S" ; XVC:long_name = "CORRECTED WIND NORTH COMPONENT" ; XVC:OutputRate = 1 ; XVC:missing_value = -32767.f ; float XWC(Time) ; XWC:units = " M/S" ; XWC:long_name = "CORRECTED WIND VERTICAL COMPONENT" ; XWC:OutputRate = 1 ; XWC:missing_value = -32767.f ; float XVNSC(Time) ; XVNSC:units = " M/S" ; XVNSC:long_name = "CORRECTED IRS GROUND SPEED NORTH COMP." ; XVNSC:OutputRate = 1 ; XVNSC:missing_value = -32767.f ; float XVEWC(Time) ; XVEWC:units = " M/S" ; XVEWC:long_name = "CORRECTED IRS GROUND SPEED EAST COMP." ; XVEWC:OutputRate = 1 ; XVEWC:missing_value = -32767.f ; float XWSC(Time) ; XWSC:units = " M/S" ; XWSC:long_name = "CORRECTED HORIZONTAL WIND SPEED" ; XWSC:OutputRate = 1 ; XWSC:missing_value = -32767.f ; float XWDC(Time) ; XWDC:units = " DEG" ; XWDC:long_name = "CORRECTED HORIZONTAL WIND DIRECTION" ; XWDC:OutputRate = 1 ; XWDC:missing_value = -32767.f ; float XDEIC(Time) ; XDEIC:units = " KM" ; XDEIC:long_name = "CORRECTED DISTANCE EAST OF START" ; XDEIC:OutputRate = 1 ; XDEIC:missing_value = -32767.f ; float XDNIC(Time) ; XDNIC:units = " KM" ; XDNIC:long_name = "CORRECTED DISTANCE NORTH OF START" ; XDNIC:OutputRate = 1 ; XDNIC:missing_value = -32767.f ; float AFSSP_01(Time, sps1, Vector16) ; AFSSP_01:units = " CNTS" ; AFSSP_01:long_name = "PMS PROBE FSSP RAW COUNT (per cell)" ; AFSSP_01:missing_value = -32767.f ; AFSSP_01:OutputRate = 1 ; AFSSP_01:VectorLength = 16 ; AFSSP_01:FirstBin = 1 ; AFSSP_01:LastBin = 15 ; float A200X_06(Time, sps1, Vector16) ; A200X_06:units = " CNTS" ; A200X_06:long_name = "PMS PROBE 200X RAW COUNT (per cell)" ; A200X_06:missing_value = -32767.f ; A200X_06:OutputRate = 1 ; A200X_06:VectorLength = 16 ; A200X_06:FirstBin = 1 ; A200X_06:LastBin = 15 ; float A200Y_08(Time, sps1, Vector16) ; A200Y_08:units = " CNTS" ; A200Y_08:long_name = "PMS PROBE 200Y RAW COUNT (per cell)" ; A200Y_08:missing_value = -32767.f ; A200Y_08:OutputRate = 1 ; A200Y_08:VectorLength = 16 ; A200Y_08:FirstBin = 1 ; A200Y_08:LastBin = 15 ; float CFSSP_01(Time, sps1, Vector16) ; CFSSP_01:units = " N/CM3" ; CFSSP_01:long_name = "FSSP CORRECTED CONCENTRATION (per cell)" ; CFSSP_01:missing_value = -32767.f ; CFSSP_01:OutputRate = 1 ; CFSSP_01:VectorLength = 16 ; CFSSP_01:FirstBin = 1 ; CFSSP_01:LastBin = 15 ; float C200X_06(Time, sps1, Vector16) ; C200X_06:units = " N/L" ; C200X_06:long_name = "200X CORRECTED CONCENTRATION (per cell)" ; C200X_06:missing_value = -32767.f ; C200X_06:OutputRate = 1 ; C200X_06:VectorLength = 16 ; C200X_06:FirstBin = 1 ; C200X_06:LastBin = 15 ; float C200Y_08(Time, sps1, Vector16) ; C200Y_08:units = " N/L" ; C200Y_08:long_name = "200Y CORRECTED CONCENTRATION (per cell)" ; C200Y_08:missing_value = -32767.f ; C200Y_08:OutputRate = 1 ; C200Y_08:VectorLength = 16 ; C200Y_08:FirstBin = 1 ; C200Y_08:LastBin = 15 ; // global attributes: :Source = "NCAR Research Aviation Facility" ; :Address = "P.O. Box 3000, Boulder, CO 80307-3000" ; :Phone = "(303) 497-1030" ; :Conventions = "NCAR-RAF/nimbus" ; :DateProcessed = "Mar 10 18:23:19 UTC 1992" ; :JOBID = "CK9005" ; :DateConvertedFromGENPRO = "Jul 22 19:54 UTC 2010" ; :ProjectName = "TROP. CYCLONE INIT. 04JUL91" ; :Aircraft = "N308D" ; :ProjectNumber = "815" ; :FlightNumber = "RF01A" ; :FlightDate = "07/04/1991" ; :TimeInterval = "20:16:54-21:07:29" ; }