netcdf RF01A {
dimensions:
	Time = 6519 ;
	sps1 = 1 ;
	sps10 = 10 ;
	sps20 = 20 ;
	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 PTIME(Time) ;
		PTIME:units = " S" ;
		PTIME:long_name = "PROCESSOR TIME" ;
		PTIME:OutputRate = 1 ;
		PTIME: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 TMLAG(Time) ;
		TMLAG:units = " S" ;
		TMLAG:long_name = "ARINC TIME LAG" ;
		TMLAG:OutputRate = 1 ;
		TMLAG:missing_value = -32767.f ;
	float ALAT(Time) ;
		ALAT:units = " DEG" ;
		ALAT:long_name = "INS LATITUDE" ;
		ALAT:OutputRate = 1 ;
		ALAT:missing_value = -32767.f ;
	float ALON(Time) ;
		ALON:units = " DEG" ;
		ALON:long_name = "INS LONGITUDE" ;
		ALON:OutputRate = 1 ;
		ALON:missing_value = -32767.f ;
	float CLAT(Time) ;
		CLAT:units = " DEG" ;
		CLAT:long_name = "LORAN C LATITUDE" ;
		CLAT:OutputRate = 1 ;
		CLAT:missing_value = -32767.f ;
	float CLON(Time) ;
		CLON:units = " DEG" ;
		CLON:long_name = "LORAN C LONGITUDE" ;
		CLON:OutputRate = 1 ;
		CLON:missing_value = -32767.f ;
	float DEI(Time) ;
		DEI:units = " KM" ;
		DEI:long_name = "DISTANCE EAST OF CP3 RADAR" ;
		DEI:OutputRate = 1 ;
		DEI:missing_value = -32767.f ;
	float DNI(Time) ;
		DNI:units = " KM" ;
		DNI:long_name = "DISTANCE NORTH OF CP3 RADAR" ;
		DNI:OutputRate = 1 ;
		DNI:missing_value = -32767.f ;
	float RANG(Time) ;
		RANG:units = "none" ;
		RANG:long_name = "DME DISTANCE" ;
		RANG:OutputRate = 1 ;
		RANG:missing_value = -32767.f ;
	float FLAG(Time) ;
		FLAG:units = "none" ;
		FLAG:long_name = "DME FLAG" ;
		FLAG:OutputRate = 1 ;
		FLAG:missing_value = -32767.f ;
	float FREQ(Time) ;
		FREQ:units = "none" ;
		FREQ:long_name = "DME FREQUENCY" ;
		FREQ:OutputRate = 1 ;
		FREQ: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 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 HGM(Time) ;
		HGM:units = " M" ;
		HGM:long_name = "GEOMETRIC (RADIO) ALTITUDE" ;
		HGM:OutputRate = 1 ;
		HGM: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 TVIR(Time) ;
		TVIR:units = " C" ;
		TVIR:long_name = "VIRTUAL TEMPERATURE" ;
		TVIR:OutputRate = 1 ;
		TVIR: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 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 PLWCC(Time) ;
		PLWCC:units = " G/M3" ;
		PLWCC:long_name = "CORRECTED PMS-KING LIQUID WATER CONTENT" ;
		PLWCC:OutputRate = 1 ;
		PLWCC:missing_value = -32767.f ;
	float LWCC(Time) ;
		LWCC:units = " G/M3" ;
		LWCC:long_name = "CORRECTED C-T LIQUID WATER CONTENT" ;
		LWCC:OutputRate = 1 ;
		LWCC: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 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 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 PLWC(Time) ;
		PLWC:units = " W" ;
		PLWC:long_name = "RAW PMS-KING LIQUID WATER CONTENT" ;
		PLWC:OutputRate = 1 ;
		PLWC: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 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 CKEVP(Time) ;
		CKEVP:units = "none" ;
		CKEVP:long_name = "COCKPIT EVENT (BITS 0-5)" ;
		CKEVP:OutputRate = 1 ;
		CKEVP:missing_value = -32767.f ;
	float EV1(Time) ;
		EV1:units = "none" ;
		EV1:long_name = "EVENT PAD (1)" ;
		EV1:OutputRate = 1 ;
		EV1:missing_value = -32767.f ;
	float EV2(Time) ;
		EV2:units = "none" ;
		EV2:long_name = "EVENT PAD (2)" ;
		EV2:OutputRate = 1 ;
		EV2:missing_value = -32767.f ;
	float EV3(Time) ;
		EV3:units = "none" ;
		EV3:long_name = "EVENT PAD (3)" ;
		EV3:OutputRate = 1 ;
		EV3:missing_value = -32767.f ;
	float EV4(Time) ;
		EV4:units = "none" ;
		EV4:long_name = "EVENT PAD (4)" ;
		EV4:OutputRate = 1 ;
		EV4:missing_value = -32767.f ;
	float CONC2C(Time) ;
		CONC2C:units = " N/L" ;
		CONC2C:long_name = "PMS 2DC PROBE CONCENTRATION" ;
		CONC2C:OutputRate = 1 ;
		CONC2C:missing_value = -32767.f ;
	float CONC2P(Time) ;
		CONC2P:units = " N/L" ;
		CONC2P:long_name = "PMS 2DP PROBE CONCENTRATION" ;
		CONC2P:OutputRate = 1 ;
		CONC2P:missing_value = -32767.f ;
	float DTECB(Time) ;
		DTECB:units = " VDC" ;
		DTECB:long_name = "RADIOMETER DECTECTOR BIAS SIGNAL" ;
		DTECB:OutputRate = 1 ;
		DTECB:missing_value = -32767.f ;
	float DTECT(Time) ;
		DTECT:units = " C" ;
		DTECT:long_name = "DETECTOR TEMPERATURE (OPHIR)" ;
		DTECT:OutputRate = 1 ;
		DTECT:missing_value = -32767.f ;
	float BBWDT(Time) ;
		BBWDT:units = " C" ;
		BBWDT:long_name = "BLACK BODY TEMP-CONE OPENING(DOWN)" ;
		BBWDT:OutputRate = 1 ;
		BBWDT:missing_value = -32767.f ;
	float BBWUT(Time) ;
		BBWUT:units = " C" ;
		BBWUT:long_name = "BLACK BODY TEMP-CONE OPENING(UP)" ;
		BBWUT:OutputRate = 1 ;
		BBWUT:missing_value = -32767.f ;
	float BBTDT(Time) ;
		BBTDT:units = " C" ;
		BBTDT:long_name = "BLACK BODY TEMP-CONE TIP(DOWN)" ;
		BBTDT:OutputRate = 1 ;
		BBTDT:missing_value = -32767.f ;
	float BBTUT(Time) ;
		BBTUT:units = " C" ;
		BBTUT:long_name = "BLACK BODY TEMP-CONE TIP(UP)" ;
		BBTUT:OutputRate = 1 ;
		BBTUT:missing_value = -32767.f ;
	float SWINT(Time) ;
		SWINT:units = " C" ;
		SWINT:long_name = "SAPPHIRE WINDOW TEMP(OPHIR)" ;
		SWINT:OutputRate = 1 ;
		SWINT:missing_value = -32767.f ;
	float NAIRT(Time) ;
		NAIRT:units = " C" ;
		NAIRT:long_name = "INLET AIR TEMPERATURE(OPHIR)" ;
		NAIRT:OutputRate = 1 ;
		NAIRT:missing_value = -32767.f ;
	float CHOPT(Time) ;
		CHOPT:units = " C" ;
		CHOPT:long_name = "CHOPPER TEMP (OPHIR)" ;
		CHOPT:OutputRate = 1 ;
		CHOPT:missing_value = -32767.f ;
	float CHOPSP(Time) ;
		CHOPSP:units = " HZ" ;
		CHOPSP:long_name = "CHOPPER SPEED (OPHIR)" ;
		CHOPSP:OutputRate = 1 ;
		CHOPSP:missing_value = -32767.f ;
	float STATUS(Time) ;
		STATUS:units = "none" ;
		STATUS:long_name = "OPHIR INSTRUMENT  STATUS" ;
		STATUS:OutputRate = 1 ;
		STATUS:missing_value = -32767.f ;
	float SDWRC(Time) ;
		SDWRC:units = " CNTS" ;
		SDWRC:long_name = "2D-C SHADOW-OR SIGNAL" ;
		SDWRC:OutputRate = 1 ;
		SDWRC:missing_value = -32767.f ;
	float SDWRP(Time) ;
		SDWRP:units = " CNTS" ;
		SDWRP:long_name = "2D-P SHADOW-OR SIGNAL" ;
		SDWRP:OutputRate = 1 ;
		SDWRP:missing_value = -32767.f ;
	float CGS(Time) ;
		CGS:units = " M/S" ;
		CGS:long_name = "LORAN C GROUND SPEED" ;
		CGS:OutputRate = 1 ;
		CGS:missing_value = -32767.f ;
	float CCEP(Time) ;
		CCEP:units = " NMI" ;
		CCEP:long_name = "LORAN C CIRC ERROR OF PROBABILITY" ;
		CCEP:OutputRate = 1 ;
		CCEP:missing_value = -32767.f ;
	float POSDF(Time) ;
		POSDF:units = " NMI" ;
		POSDF:long_name = "POS DIF INS - LORAN C" ;
		POSDF:OutputRate = 1 ;
		POSDF:missing_value = -32767.f ;
	float SUM15F_01(Time, sps10) ;
		SUM15F_01:units = " CNTS" ;
		SUM15F_01:long_name = "PMS FSSP PROBE (TOTAL COUNTS)" ;
		SUM15F_01:OutputRate = 10 ;
		SUM15F_01:missing_value = -32767.f ;
	float CONCF_01(Time, sps10) ;
		CONCF_01:units = " N/CM3" ;
		CONCF_01:long_name = "FSSP PROBE CONCENTRATION" ;
		CONCF_01:OutputRate = 10 ;
		CONCF_01:missing_value = -32767.f ;
	float DBARF_01(Time, sps10) ;
		DBARF_01:units = "MICRON" ;
		DBARF_01:long_name = "FSSP MEAN DIAMETER" ;
		DBARF_01:OutputRate = 10 ;
		DBARF_01:missing_value = -32767.f ;
	float DISPF_01(Time, sps10) ;
		DISPF_01:units = "none" ;
		DISPF_01:long_name = "FSSP DISPERSION (SIGMA/DBARF)" ;
		DISPF_01:OutputRate = 10 ;
		DISPF_01:missing_value = -32767.f ;
	float PLWCF_01(Time, sps10) ;
		PLWCF_01:units = " G/M3" ;
		PLWCF_01:long_name = "FSSP WATER/ICE CONTENT" ;
		PLWCF_01:OutputRate = 10 ;
		PLWCF_01:missing_value = -32767.f ;
	float FACT_01(Time, sps10) ;
		FACT_01:units = "none" ;
		FACT_01:long_name = "FSSP CALCULATED ACTIVITY FRACTION" ;
		FACT_01:OutputRate = 10 ;
		FACT_01:missing_value = -32767.f ;
	float FBMFR_01(Time, sps10) ;
		FBMFR_01:units = "none" ;
		FBMFR_01:long_name = "FSSP BEAM FRACTION (FSSP/FSTROB)" ;
		FBMFR_01:OutputRate = 10 ;
		FBMFR_01:missing_value = -32767.f ;
	float FRNG_01(Time, sps10) ;
		FRNG_01:units = "none" ;
		FRNG_01:long_name = "FSSP RANGE" ;
		FRNG_01:OutputRate = 10 ;
		FRNG_01:missing_value = -32767.f ;
	float FRESET_01(Time, sps10) ;
		FRESET_01:units = " CNTS" ;
		FRESET_01:long_name = "FSSP FAST RESETS" ;
		FRESET_01:OutputRate = 10 ;
		FRESET_01:missing_value = -32767.f ;
	float FSTROB_01(Time, sps10) ;
		FSTROB_01:units = " CNTS" ;
		FSTROB_01:long_name = "FSSP TOTAL STROBES" ;
		FSTROB_01:OutputRate = 10 ;
		FSTROB_01:missing_value = -32767.f ;
	float SUM15X_06(Time, sps10) ;
		SUM15X_06:units = " CNTS" ;
		SUM15X_06:long_name = "PMS 200X PROBE (TOTAL COUNTS)" ;
		SUM15X_06:OutputRate = 10 ;
		SUM15X_06:missing_value = -32767.f ;
	float CONCX_06(Time, sps10) ;
		CONCX_06:units = " N/L" ;
		CONCX_06:long_name = "200X PROBE CONCENTRATION" ;
		CONCX_06:OutputRate = 10 ;
		CONCX_06:missing_value = -32767.f ;
	float DBARX_06(Time, sps10) ;
		DBARX_06:units = "MICRON" ;
		DBARX_06:long_name = "200X MEAN DIAMETER" ;
		DBARX_06:OutputRate = 10 ;
		DBARX_06:missing_value = -32767.f ;
	float DISPX_06(Time, sps10) ;
		DISPX_06:units = "none" ;
		DISPX_06:long_name = "200X DISPERSION (SIGMA/DBARX)" ;
		DISPX_06:OutputRate = 10 ;
		DISPX_06:missing_value = -32767.f ;
	float PLWCX_06(Time, sps10) ;
		PLWCX_06:units = " G/M3" ;
		PLWCX_06:long_name = "200X WATER/ICE CONTENT" ;
		PLWCX_06:OutputRate = 10 ;
		PLWCX_06:missing_value = -32767.f ;
	float DBZX_06(Time, sps10) ;
		DBZX_06:units = " DB(Z)" ;
		DBZX_06:long_name = "200X REFLECTIVITY FACTOR" ;
		DBZX_06:OutputRate = 10 ;
		DBZX_06:missing_value = -32767.f ;
	float ATB(Time, sps20) ;
		ATB:units = " C" ;
		ATB:long_name = "AMBIENT TEMPERATURE (BOOM)" ;
		ATB:OutputRate = 20 ;
		ATB:missing_value = -32767.f ;
	float ATRF(Time, sps20) ;
		ATRF:units = " C" ;
		ATRF:long_name = "AMBIENT TEMPERATURE (REVERSE FLOW)" ;
		ATRF:OutputRate = 20 ;
		ATRF:missing_value = -32767.f ;
	float ATKP(Time, sps20) ;
		ATKP:units = " C" ;
		ATKP:long_name = "AMBIENT TEMPERATURE (FAST RESPONSE)" ;
		ATKP:OutputRate = 20 ;
		ATKP:missing_value = -32767.f ;
	float WDR(Time, sps20) ;
		WDR:units = " DEG" ;
		WDR:long_name = "HORIZONTAL WIND DIRECTION (RADOME)" ;
		WDR:OutputRate = 20 ;
		WDR:missing_value = -32767.f ;
	float WSR(Time, sps20) ;
		WSR:units = " M/S" ;
		WSR:long_name = "HORIZONTAL WIND SPEED (RADOME)" ;
		WSR:OutputRate = 20 ;
		WSR:missing_value = -32767.f ;
	float UIR(Time, sps20) ;
		UIR:units = " M/S" ;
		UIR:long_name = "WIND EAST COMPONENT (RADOME)" ;
		UIR:OutputRate = 20 ;
		UIR:missing_value = -32767.f ;
	float VIR(Time, sps20) ;
		VIR:units = " M/S" ;
		VIR:long_name = "WIND NORTH COMPONENT (RADOME)" ;
		VIR:OutputRate = 20 ;
		VIR:missing_value = -32767.f ;
	float WIR(Time, sps20) ;
		WIR:units = " M/S" ;
		WIR:long_name = "WIND VERTICAL COMPONENT (RADOME)" ;
		WIR:OutputRate = 20 ;
		WIR:missing_value = -32767.f ;
	float UXR(Time, sps20) ;
		UXR:units = " M/S" ;
		UXR:long_name = "WIND LONGITUDINAL COMPONENT (RADOME)" ;
		UXR:OutputRate = 20 ;
		UXR:missing_value = -32767.f ;
	float VYR(Time, sps20) ;
		VYR:units = " M/S" ;
		VYR:long_name = "WIND LATERAL COMPONENT (RADOME)" ;
		VYR:OutputRate = 20 ;
		VYR:missing_value = -32767.f ;
	float HI3R(Time, sps20) ;
		HI3R:units = " M" ;
		HI3R:long_name = "PRESSURE-DAMPED INERTIAL ALTITUDE (R)" ;
		HI3R:OutputRate = 20 ;
		HI3R:missing_value = -32767.f ;
	float THETA(Time, sps20) ;
		THETA:units = " K" ;
		THETA:long_name = "POTENTIAL TEMPERATURE" ;
		THETA:OutputRate = 20 ;
		THETA:missing_value = -32767.f ;
	float THETAE(Time, sps20) ;
		THETAE:units = " K" ;
		THETAE:long_name = "EQUIVALENT POTENTIAL TEMPERATURE" ;
		THETAE:OutputRate = 20 ;
		THETAE:missing_value = -32767.f ;
	float THETAV(Time, sps20) ;
		THETAV:units = " K" ;
		THETAV:long_name = "VIRTUAL POTENTIAL TEMPERATURE" ;
		THETAV:OutputRate = 20 ;
		THETAV:missing_value = -32767.f ;
	float THF(Time, sps20) ;
		THF:units = " DEG" ;
		THF:long_name = "AIRCRAFT TRUE HEADING" ;
		THF:OutputRate = 20 ;
		THF:missing_value = -32767.f ;
	float ROLL(Time, sps20) ;
		ROLL:units = " DEG" ;
		ROLL:long_name = "AIRCRAFT ROLL ATTITUDE ANGLE" ;
		ROLL:OutputRate = 20 ;
		ROLL:missing_value = -32767.f ;
	float PITCH(Time, sps20) ;
		PITCH:units = " DEG" ;
		PITCH:long_name = "AIRCRAFT PITCH ATTITUDE ANGLE" ;
		PITCH:OutputRate = 20 ;
		PITCH:missing_value = -32767.f ;
	float ACINSR(Time, sps20) ;
		ACINSR:units = " M/S2" ;
		ACINSR:long_name = "AIRCRAFT INS ACCELERATION (RADOME)" ;
		ACINSR:OutputRate = 20 ;
		ACINSR:missing_value = -32767.f ;
	float VZI(Time, sps20) ;
		VZI:units = " M/S" ;
		VZI:long_name = "RAW INS VERTICAL VELOCITY" ;
		VZI:OutputRate = 20 ;
		VZI:missing_value = -32767.f ;
	float WP3R(Time, sps20) ;
		WP3R:units = " M/S" ;
		WP3R:long_name = "DAMPED AIRCRAFT VERTICAL VELOCITY (R)" ;
		WP3R:OutputRate = 20 ;
		WP3R:missing_value = -32767.f ;
	float GSF(Time, sps20) ;
		GSF:units = " M/S" ;
		GSF:long_name = "INS GROUND SPEED" ;
		GSF:OutputRate = 20 ;
		GSF:missing_value = -32767.f ;
	float VEWR(Time, sps20) ;
		VEWR:units = " M/S" ;
		VEWR:long_name = "INS GROUND SPEED EAST COMPONENT (RADOME)" ;
		VEWR:OutputRate = 20 ;
		VEWR:missing_value = -32767.f ;
	float VNSR(Time, sps20) ;
		VNSR:units = " M/S" ;
		VNSR:long_name = "INS GROUND SPEED NORTH COMPONENT (R)" ;
		VNSR:OutputRate = 20 ;
		VNSR:missing_value = -32767.f ;
	float XVI(Time, sps20) ;
		XVI:units = " M/S" ;
		XVI:long_name = "INS GROUND SPEED X COMPONENT" ;
		XVI:OutputRate = 20 ;
		XVI:missing_value = -32767.f ;
	float YVI(Time, sps20) ;
		YVI:units = " M/S" ;
		YVI:long_name = "INS GROUND SPEED Y COMPONENT" ;
		YVI:OutputRate = 20 ;
		YVI:missing_value = -32767.f ;
	float TASW(Time, sps20) ;
		TASW:units = " M/S" ;
		TASW:long_name = "AIRCRAFT TRUE AIRSPEED (WING)" ;
		TASW:OutputRate = 20 ;
		TASW:missing_value = -32767.f ;
	float TASR(Time, sps20) ;
		TASR:units = " M/S" ;
		TASR:long_name = "AIRCRAFT TRUE AIRSPEED (RADOME)" ;
		TASR:OutputRate = 20 ;
		TASR:missing_value = -32767.f ;
	float QCWC(Time, sps20) ;
		QCWC:units = " MB" ;
		QCWC:long_name = "CORRECTED DYNAMIC PRESSURE (WING)" ;
		QCWC:OutputRate = 20 ;
		QCWC:missing_value = -32767.f ;
	float QCRC(Time, sps20) ;
		QCRC:units = " MB" ;
		QCRC:long_name = "CORRECTED DYNAMIC PRESSURE (RADOME)" ;
		QCRC:OutputRate = 20 ;
		QCRC:missing_value = -32767.f ;
	float QCW(Time, sps20) ;
		QCW:units = " MB" ;
		QCW:long_name = "RAW DYNAMIC PRESSURE (WING)" ;
		QCW:OutputRate = 20 ;
		QCW:missing_value = -32767.f ;
	float QCR(Time, sps20) ;
		QCR:units = " MB" ;
		QCR:long_name = "RAW DYNAMIC PRESSURE (RADOME)" ;
		QCR:OutputRate = 20 ;
		QCR:missing_value = -32767.f ;
	float AKRD(Time, sps20) ;
		AKRD:units = " DEG" ;
		AKRD:long_name = "ATTACK ANGLE (RADOME)" ;
		AKRD:OutputRate = 20 ;
		AKRD:missing_value = -32767.f ;
	float SSRD(Time, sps20) ;
		SSRD:units = " DEG" ;
		SSRD:long_name = "SIDESLIP ANGLE (RADOME)" ;
		SSRD:OutputRate = 20 ;
		SSRD:missing_value = -32767.f ;
	float ADIFR(Time, sps20) ;
		ADIFR:units = " MB" ;
		ADIFR:long_name = "ATTACK DIFFERENTIAL PRESSURE (RADOME)" ;
		ADIFR:OutputRate = 20 ;
		ADIFR:missing_value = -32767.f ;
	float BDIFR(Time, sps20) ;
		BDIFR:units = " MB" ;
		BDIFR:long_name = "SIDESLIP DIFFERENTIAL PRESSURE (RADOME)" ;
		BDIFR:OutputRate = 20 ;
		BDIFR:missing_value = -32767.f ;
	float TTB(Time, sps20) ;
		TTB:units = " C" ;
		TTB:long_name = "TOTAL TEMPERATURE (BOOM)" ;
		TTB:OutputRate = 20 ;
		TTB:missing_value = -32767.f ;
	float TTRF(Time, sps20) ;
		TTRF:units = " C" ;
		TTRF:long_name = "TOTAL TEMPERATURE (REVERSE FLOW)" ;
		TTRF:OutputRate = 20 ;
		TTRF:missing_value = -32767.f ;
	float TTKP(Time, sps20) ;
		TTKP:units = " C" ;
		TTKP:long_name = "TOTAL TEMPERATURE (FAST RESPONSE)" ;
		TTKP:OutputRate = 20 ;
		TTKP:missing_value = -32767.f ;
	float VLA(Time, sps20) ;
		VLA:units = " VDC" ;
		VLA:long_name = "RAW LYMAN-ALPHA VOLTAGE" ;
		VLA:OutputRate = 20 ;
		VLA:missing_value = -32767.f ;
	float VLA1(Time, sps20) ;
		VLA1:units = " VDC" ;
		VLA1:long_name = "RAW LYMAN-ALPHA VOLTAGE" ;
		VLA1:OutputRate = 20 ;
		VLA1:missing_value = -32767.f ;
	float RHOLA(Time, sps20) ;
		RHOLA:units = " G/M3" ;
		RHOLA:long_name = "ABSOLUTE HUMIDITY (LYMAN ALPHA)" ;
		RHOLA:OutputRate = 20 ;
		RHOLA:missing_value = -32767.f ;
	float RHOLA1(Time, sps20) ;
		RHOLA1:units = " G/M3" ;
		RHOLA1:long_name = "ABSOLUTE HUMIDITY (LYMAN ALPHA 1)" ;
		RHOLA1:OutputRate = 20 ;
		RHOLA1:missing_value = -32767.f ;
	float RFLAG(Time, sps20) ;
		RFLAG:units = "none" ;
		RFLAG:long_name = "STATUS FLAG FOR RECOUPLE PROCEDURE (L-A)" ;
		RFLAG:OutputRate = 20 ;
		RFLAG:missing_value = -32767.f ;
	float RFLAG1(Time, sps20) ;
		RFLAG1:units = "none" ;
		RFLAG1:long_name = "STATUS FLAG FOR RECOUPLE PROCEDURE(L-A1)" ;
		RFLAG1:OutputRate = 20 ;
		RFLAG1:missing_value = -32767.f ;
	float MRLA(Time, sps20) ;
		MRLA:units = " G/KG" ;
		MRLA:long_name = "MIXING RATIO (LYMAN ALPHA)" ;
		MRLA:OutputRate = 20 ;
		MRLA:missing_value = -32767.f ;
	float MRLA1(Time, sps20) ;
		MRLA1:units = " G/KG" ;
		MRLA1:long_name = "MIXING RATIO (LYMAN ALPHA 1)" ;
		MRLA1:OutputRate = 20 ;
		MRLA1:missing_value = -32767.f ;
	float DPLA(Time, sps20) ;
		DPLA:units = " C" ;
		DPLA:long_name = "DEW POINT TEMPERATURE (LYMAN ALPHA)" ;
		DPLA:OutputRate = 20 ;
		DPLA:missing_value = -32767.f ;
	float DPLA1(Time, sps20) ;
		DPLA1:units = " C" ;
		DPLA1:long_name = "DEW POINT TEMPERATURE (LYMAN ALPHA 1)" ;
		DPLA1:OutputRate = 20 ;
		DPLA1:missing_value = -32767.f ;
	float RHUMLA(Time, sps20) ;
		RHUMLA:units = " PCT" ;
		RHUMLA:long_name = "RELATIVE HUMIDITY (LYMAN ALPHA)" ;
		RHUMLA:OutputRate = 20 ;
		RHUMLA:missing_value = -32767.f ;
	float RHUMLA1(Time, sps20) ;
		RHUMLA1:units = " PCT" ;
		RHUMLA1:long_name = "RELATIVE HUMIDITY (LYMAN ALPHA 1)" ;
		RHUMLA1:OutputRate = 20 ;
		RHUMLA1:missing_value = -32767.f ;
	float SPHUMLA(Time, sps20) ;
		SPHUMLA:units = " G/KG" ;
		SPHUMLA:long_name = "SPECIFIC HUMIDITY (LYMAN ALPHA)" ;
		SPHUMLA:OutputRate = 20 ;
		SPHUMLA:missing_value = -32767.f ;
	float SPHUMLA1(Time, sps20) ;
		SPHUMLA1:units = " G/KG" ;
		SPHUMLA1:long_name = "SPECIFIC HUMIDITY (LYMAN ALPHA 1)" ;
		SPHUMLA1:OutputRate = 20 ;
		SPHUMLA1:missing_value = -32767.f ;
	float THETELA(Time, sps20) ;
		THETELA:units = " K" ;
		THETELA:long_name = "EQUIVALENT POTENTIAL TEMP. (LYMAN ALPHA)" ;
		THETELA:OutputRate = 20 ;
		THETELA:missing_value = -32767.f ;
	float THETELA1(Time, sps20) ;
		THETELA1:units = " K" ;
		THETELA1:long_name = "EQUIVALENT POTENTIAL TEMP.(LYMAN ALPHA1)" ;
		THETELA1:OutputRate = 20 ;
		THETELA1:missing_value = -32767.f ;
	float THETVLA(Time, sps20) ;
		THETVLA:units = " K" ;
		THETVLA:long_name = "VIRTUAL POTENTIAL TEMP. (LYMAN ALPHA)" ;
		THETVLA:OutputRate = 20 ;
		THETVLA:missing_value = -32767.f ;
	float THETVLA1(Time, sps20) ;
		THETVLA1:units = " K" ;
		THETVLA1:long_name = "VIRTUAL POTENTIAL TEMP. (LYMAN ALPHA 1)" ;
		THETVLA1:OutputRate = 20 ;
		THETVLA1:missing_value = -32767.f ;
	float TVIRLA(Time, sps20) ;
		TVIRLA:units = " C" ;
		TVIRLA:long_name = "VIRTUAL TEMPERATURE (LYMAN ALPHA)" ;
		TVIRLA:OutputRate = 20 ;
		TVIRLA:missing_value = -32767.f ;
	float TVIRLA1(Time, sps20) ;
		TVIRLA1:units = " C" ;
		TVIRLA1:long_name = "VIRTUAL TEMPERATURE (LYMAN ALPHA 1)" ;
		TVIRLA1:OutputRate = 20 ;
		TVIRLA1:missing_value = -32767.f ;
	float ATOPH(Time, sps20) ;
		ATOPH:units = " C" ;
		ATOPH:long_name = "AMBIENT TEMP (OPHIR RADIOMETER)" ;
		ATOPH:OutputRate = 20 ;
		ATOPH:missing_value = -32767.f ;
	float RADT(Time, sps20) ;
		RADT:units = " VDC" ;
		RADT:long_name = "RADIOMETER OUTPUT VOLTAGE" ;
		RADT:OutputRate = 20 ;
		RADT:missing_value = -32767.f ;
	float WETT(Time, sps20) ;
		WETT:units = " VDC" ;
		WETT:long_name = "WET TEMP PROBE" ;
		WETT:OutputRate = 20 ;
		WETT:missing_value = -32767.f ;
	float PROTT(Time, sps20) ;
		PROTT:units = " VDC" ;
		PROTT:long_name = "PROTOTYPE TEMP" ;
		PROTT:OutputRate = 20 ;
		PROTT:missing_value = -32767.f ;
	float AFSSP_01(Time, sps10, 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 = 10 ;
		AFSSP_01:VectorLength = 16 ;
		AFSSP_01:FirstBin = 1 ;
		AFSSP_01:LastBin = 15 ;
	float A200X_06(Time, sps10, 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 = 10 ;
		A200X_06:VectorLength = 16 ;
		A200X_06:FirstBin = 1 ;
		A200X_06:LastBin = 15 ;
	float CFSSP_01(Time, sps10, Vector16) ;
		CFSSP_01:units = " N/CM3" ;
		CFSSP_01:long_name = "FSSP CORRECTED CONCENTRATION  (per cell)" ;
		CFSSP_01:missing_value = -32767.f ;
		CFSSP_01:OutputRate = 10 ;
		CFSSP_01:VectorLength = 16 ;
		CFSSP_01:FirstBin = 1 ;
		CFSSP_01:LastBin = 15 ;
	float C200X_06(Time, sps10, Vector16) ;
		C200X_06:units = " N/L" ;
		C200X_06:long_name = "200X CORRECTED CONCENTRATION  (per cell)" ;
		C200X_06:missing_value = -32767.f ;
		C200X_06:OutputRate = 10 ;
		C200X_06:VectorLength = 16 ;
		C200X_06:FirstBin = 1 ;
		C200X_06: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 = "May 31 23:24:45 UTC 1988" ;
		:JOBID = "SIO860" ;
		:DateConvertedFromGENPRO = "Feb 22 19:42 UTC 2011" ;
		:ProjectName = "CINDE 22JUN1987" ;
		:Aircraft = "N312D" ;
		:ProjectNumber = "282" ;
		:FlightNumber = "RF01A" ;
		:FlightDate = "06/22/1987" ;
		:TimeInterval = "15:06:27-16:55:05" ;
}