netcdf 130rf14 { dimensions: Time = UNLIMITED ; // (6184 currently) sps1 = 1 ; sps2 = 2 ; sps5 = 5 ; sps10 = 10 ; sps25 = 25 ; sps50 = 50 ; sps250 = 250 ; sps1000 = 1000 ; Async = 3 ; Vector16 = 16 ; Vector32 = 32 ; Vector64 = 64 ; variables: long base_time ; base_time:long_name = "Seconds since Jan 1, 1970." ; float time_offset(Time) ; time_offset:long_name = "Seconds since base_time." ; float ADIFR(Time) ; ADIFR:units = "mbar" ; ADIFR:long_name = "Vertical Differential Pressure, Radome" ; ADIFR:SampledRate = 25 ; ADIFR:OutputRate = 1 ; ADIFR:CalibrationCoefficients = -0.17f, 5.1757998f, 0.00039999999f ; ADIFR:MissingValue = -32767.f ; float AZFLOW(Time) ; AZFLOW:units = "Vdc" ; AZFLOW:long_name = "Univ. of Arizona Total Flow" ; AZFLOW:SampledRate = 5 ; AZFLOW:OutputRate = 1 ; AZFLOW:CalibrationCoefficients = 0.f, 1.f ; AZFLOW:MissingValue = -32767.f ; float AZSAMP1(Time) ; AZSAMP1:units = "Vdc" ; AZSAMP1:long_name = "Univ. of Arizona Sample 1 Flow" ; AZSAMP1:SampledRate = 5 ; AZSAMP1:OutputRate = 1 ; AZSAMP1:CalibrationCoefficients = 0.f, 1.f ; AZSAMP1:MissingValue = -32767.f ; float AZSAMP2(Time) ; AZSAMP2:units = "Vdc" ; AZSAMP2:long_name = "Univ. of Arizona Sample 2 Flow" ; AZSAMP2:SampledRate = 5 ; AZSAMP2:OutputRate = 1 ; AZSAMP2:CalibrationCoefficients = 0.f, 1.f ; AZSAMP2:MissingValue = -32767.f ; float BDIFR(Time) ; BDIFR:units = "mbar" ; BDIFR:long_name = "Horizontal Differential Pressure, Radome" ; BDIFR:SampledRate = 25 ; BDIFR:OutputRate = 1 ; BDIFR:CalibrationCoefficients = -0.17f, 5.1717f, 0.00019999999f ; BDIFR:MissingValue = -32767.f ; float BSCAT(Time) ; BSCAT:units = "Vdc" ; BSCAT:long_name = "CLARKE Nephelometer Back Scatter" ; BSCAT:SampledRate = 5 ; BSCAT:OutputRate = 1 ; BSCAT:CalibrationCoefficients = 0.f, 1.f ; BSCAT:MissingValue = -32767.f ; float CAL1(Time) ; CAL1:units = "Vdc" ; CAL1:long_name = "DREXEL Calibration 1" ; CAL1:SampledRate = 5 ; CAL1:OutputRate = 1 ; CAL1:CalibrationCoefficients = 0.f, 1.f ; CAL1:MissingValue = -32767.f ; float CAL2(Time) ; CAL2:units = "Vdc" ; CAL2:long_name = "DREXEL Calibration 2" ; CAL2:SampledRate = 5 ; CAL2:OutputRate = 1 ; CAL2:CalibrationCoefficients = 0.f, 1.f ; CAL2:MissingValue = -32767.f ; float CMODE(Time) ; CMODE:units = "Vdc" ; CMODE:long_name = "Carbon Monoxide Analyzer Status" ; CMODE:SampledRate = 5 ; CMODE:OutputRate = 1 ; CMODE:CalibrationCoefficients = 0.f, 1.f ; CMODE:MissingValue = -32767.f ; float CN3010(Time) ; CN3010:units = "cnts" ; CN3010:long_name = "CLARKE Particle Counts" ; CN3010:SampledRate = 25 ; CN3010:OutputRate = 1 ; CN3010:CalibrationCoefficients = 0.f, 1.f ; CN3010:MissingValue = -32767.f ; float CN3025(Time) ; CN3025:units = "cnts" ; CN3025:long_name = "CLARKE Particle Counts" ; CN3025:SampledRate = 25 ; CN3025:OutputRate = 1 ; CN3025:CalibrationCoefficients = 0.f, 1.f ; CN3025:MissingValue = -32767.f ; float CN3760(Time) ; CN3760:units = "cnts" ; CN3760:long_name = "CLARKE Particle Counts" ; CN3760:SampledRate = 25 ; CN3760:OutputRate = 1 ; CN3760:CalibrationCoefficients = 0.f, 1.f ; CN3760:MissingValue = -32767.f ; float CNTEMP(Time) ; CNTEMP:units = "C" ; CNTEMP:long_name = "CN Counter Inlet Temperature" ; CNTEMP:SampledRate = 5 ; CNTEMP:OutputRate = 1 ; CNTEMP:CalibrationCoefficients = 6.8481002f, 4.6682f, -0.0055999998f ; CNTEMP:MissingValue = -32767.f ; float CNTS(Time) ; CNTS:units = "cnts" ; CNTS:long_name = "TSI CN Counter Output" ; CNTS:SampledRate = 25 ; CNTS:OutputRate = 1 ; CNTS:CalibrationCoefficients = 0.f, 1.f ; CNTS:MissingValue = -32767.f ; float CO(Time) ; CO:units = "Vdc" ; CO:long_name = "Raw Carbon Monoxide Output" ; CO:SampledRate = 5 ; CO:OutputRate = 1 ; CO:CalibrationCoefficients = 0.f, 1.f ; CO:MissingValue = -32767.f ; float DPB(Time) ; DPB:units = "C" ; DPB:long_name = "Dew/Frost Point Temperature, Fuselage Bottom" ; DPB:SampledRate = 25 ; DPB:OutputRate = 1 ; DPB:CalibrationCoefficients = -1.6f, 9.9029999f, 9.9999997e-05f ; DPB:MissingValue = -32767.f ; float DPT(Time) ; DPT:units = "C" ; DPT:long_name = "Dew/Frost Point Temperature, Fuselage Top" ; DPT:SampledRate = 25 ; DPT:OutputRate = 1 ; DPT:CalibrationCoefficients = -0.66000003f, 9.8472004f, 0.0018f ; DPT:MissingValue = -32767.f ; float DREXTTL(Time) ; DREXTTL:units = "Vdc" ; DREXTTL:long_name = "DREXEL Sample Status" ; DREXTTL:SampledRate = 1 ; DREXTTL:OutputRate = 1 ; DREXTTL:CalibrationCoefficients = 0.f, 1.f ; DREXTTL:MissingValue = -32767.f ; float DTB(Time) ; DTB:units = "C" ; DTB:long_name = "Pyrgeometer Dome Temperature, Bottom" ; DTB:SampledRate = 5 ; DTB:OutputRate = 1 ; DTB:CalibrationCoefficients = -12.4f, -4.3200002f, 0.17110001f ; DTB:MissingValue = -32767.f ; float DTT(Time) ; DTT:units = "C" ; DTT:long_name = "Pyrgeometer Dome Temperature, Top" ; DTT:SampledRate = 5 ; DTT:OutputRate = 1 ; DTT:CalibrationCoefficients = -12.3f, -4.2810001f, 0.1671f ; DTT:MissingValue = -32767.f ; float FCN(Time) ; FCN:units = "slpm" ; FCN:long_name = "Raw CN Counter Sample Flow Rate" ; FCN:SampledRate = 5 ; FCN:OutputRate = 1 ; FCN:CalibrationCoefficients = 0.037f, 0.18000001f ; FCN:MissingValue = -32767.f ; float IMP1(Time) ; IMP1:units = "Vdc" ; IMP1:long_name = "Huebert Sample Flow 1" ; IMP1:SampledRate = 5 ; IMP1:OutputRate = 1 ; IMP1:CalibrationCoefficients = 0.f, 1.f ; IMP1:MissingValue = -32767.f ; float IMP2(Time) ; IMP2:units = "Vdc" ; IMP2:long_name = "Huebert Sample Flow 2" ; IMP2:SampledRate = 5 ; IMP2:OutputRate = 1 ; IMP2:CalibrationCoefficients = 0.f, 1.f ; IMP2:MissingValue = -32767.f ; float IMPFL(Time) ; IMPFL:units = "boolean" ; IMPFL:long_name = "CLARKE Digital Status Word" ; IMPFL:SampledRate = 1 ; IMPFL:OutputRate = 1 ; IMPFL:CalibrationCoefficients = 0.f, 1.f ; IMPFL:MissingValue = -32767.f ; float IMPTOT(Time) ; IMPTOT:units = "Vdc" ; IMPTOT:long_name = "Huebert Total Sample Flow " ; IMPTOT:SampledRate = 5 ; IMPTOT:OutputRate = 1 ; IMPTOT:CalibrationCoefficients = 0.f, 1.f ; IMPTOT:MissingValue = -32767.f ; float INFLOW(Time) ; INFLOW:units = "splm" ; INFLOW:long_name = "C.A.I. Excess Flow" ; INFLOW:SampledRate = 5 ; INFLOW:OutputRate = 1 ; INFLOW:CalibrationCoefficients = 0.f, 60.f ; INFLOW:MissingValue = -32767.f ; float INPDIFF(Time) ; INPDIFF:units = "mbar" ; INPDIFF:long_name = "C.A.I. Shroud Pressure Difference" ; INPDIFF:SampledRate = 25 ; INPDIFF:OutputRate = 1 ; INPDIFF:CalibrationCoefficients = 2.05f, 94.93f ; INPDIFF:MissingValue = -32767.f ; float INPI(Time) ; INPI:units = "mbar" ; INPI:long_name = "C.A.I. Inner Shroud Static Pressure" ; INPI:SampledRate = 25 ; INPI:OutputRate = 1 ; INPI:CalibrationCoefficients = 135.8f, 189.73801f ; INPI:MissingValue = -32767.f ; float INPO(Time) ; INPO:units = "mbar" ; INPO:long_name = "C.A.I. Outer Shroud Static Pressure" ; INPO:SampledRate = 25 ; INPO:OutputRate = 1 ; INPO:CalibrationCoefficients = 141.89999f, 189.61301f ; INPO:MissingValue = -32767.f ; float INPS1(Time) ; INPS1:units = "mbar" ; INPS1:long_name = "C.A.I. Shroud Static Pressure" ; INPS1:SampledRate = 25 ; INPS1:OutputRate = 1 ; INPS1:CalibrationCoefficients = 140.8f, 188.338f, 0.2254f ; INPS1:MissingValue = -32767.f ; float INPS2(Time) ; INPS2:units = "mbar" ; INPS2:long_name = "C.A.I. Sample Plain Static Pressure" ; INPS2:SampledRate = 25 ; INPS2:OutputRate = 1 ; INPS2:CalibrationCoefficients = -2.5999999f, 207.10001f, -0.0011f ; INPS2:MissingValue = -32767.f ; float INQC1(Time) ; INQC1:units = "mbar" ; INQC1:long_name = "C.A.I. Shroud Dynamic Pressure" ; INQC1:SampledRate = 25 ; INQC1:OutputRate = 1 ; INQC1:CalibrationCoefficients = -18.5f, 28.379f, -0.067900002f, 4.1030402f ; INQC1:MissingValue = -32767.f ; float INQC2(Time) ; INQC2:units = "mbar" ; INQC2:long_name = "C.A.I. Sample Plain Dynamic Pressure" ; INQC2:SampledRate = 25 ; INQC2:OutputRate = 1 ; INQC2:CalibrationCoefficients = -0.109f, 2.7495f, 0.00039999999f ; INQC2:MissingValue = -32767.f ; float INTEMP(Time) ; INTEMP:units = "C" ; INTEMP:long_name = "C.A.I. Sample Plain Temperature" ; INTEMP:SampledRate = 5 ; INTEMP:OutputRate = 1 ; INTEMP:CalibrationCoefficients = -10.f, 5.1087999f, 0.0013f ; INTEMP:MissingValue = -32767.f ; float IRB(Time) ; IRB:units = "W/M2" ; IRB:long_name = "Raw Infrared Irradiance, Bottom" ; IRB:SampledRate = 5 ; IRB:OutputRate = 1 ; IRB:CalibrationCoefficients = 5758.f, 724.76898f, 4.5086002f ; IRB:MissingValue = -32767.f ; float IRT(Time) ; IRT:units = "W/M2" ; IRT:long_name = "Raw Infrared Irradiance, Top" ; IRT:SampledRate = 5 ; IRT:OutputRate = 1 ; IRT:CalibrationCoefficients = 5708.1001f, 675.77698f, -0.1425f ; IRT:MissingValue = -32767.f ; float MANFOLD(Time) ; MANFOLD:units = "Vdc" ; MANFOLD:long_name = "DREXEL Manifold Variable" ; MANFOLD:SampledRate = 5 ; MANFOLD:OutputRate = 1 ; MANFOLD:CalibrationCoefficients = 0.f, 1.f ; MANFOLD:MissingValue = -32767.f ; float MCR1(Time) ; MCR1:units = "Vdc" ; MCR1:long_name = "Multichannel Cloud Radiometer, Channel 1" ; MCR1:SampledRate = 1000 ; MCR1:OutputRate = 1 ; MCR1:CalibrationCoefficients = 0.f, 1.f ; MCR1:MissingValue = -32767.f ; float MCR2(Time) ; MCR2:units = "Vdc" ; MCR2:long_name = "Multichannel Cloud Radiometer, Channel 2" ; MCR2:SampledRate = 1000 ; MCR2:OutputRate = 1 ; MCR2:CalibrationCoefficients = 0.f, 1.f ; MCR2:MissingValue = -32767.f ; float MCR3(Time) ; MCR3:units = "Vdc" ; MCR3:long_name = "Multichannel Cloud Radiometer, Channel 3" ; MCR3:SampledRate = 1000 ; MCR3:OutputRate = 1 ; MCR3:CalibrationCoefficients = 0.f, 1.f ; MCR3:MissingValue = -32767.f ; float MCROUT(Time) ; MCROUT:units = "none" ; MCROUT:long_name = "Multichannel Radiometer Digital Output" ; MCROUT:SampledRate = 1 ; MCROUT:OutputRate = 1 ; MCROUT:CalibrationCoefficients = 0.f, 1.f ; MCROUT:MissingValue = -32767.f ; float MCRSTAT(Time) ; MCRSTAT:units = "none" ; MCRSTAT:long_name = "Multichannel Radiometer Status" ; MCRSTAT:SampledRate = 1 ; MCRSTAT:OutputRate = 1 ; MCRSTAT:CalibrationCoefficients = 0.f, 1.f ; MCRSTAT:MissingValue = -32767.f ; float O3FF(Time) ; O3FF:units = "sccm" ; O3FF:long_name = "Chemiluminescent Ozone Sample Flow Rate" ; O3FF:SampledRate = 5 ; O3FF:OutputRate = 1 ; O3FF:CalibrationCoefficients = 0.f, 1.f ; O3FF:MissingValue = -32767.f ; float O3FN(Time) ; O3FN:units = "sccm" ; O3FN:long_name = "Fast-Response Ozone Nitric Oxide Flow Rate" ; O3FN:SampledRate = 5 ; O3FN:OutputRate = 1 ; O3FN:CalibrationCoefficients = 0.f, 0.5f ; O3FN:MissingValue = -32767.f ; float O3FP(Time) ; O3FP:units = "mbar" ; O3FP:long_name = "Fast-Response Ozone Sample Pressure" ; O3FP:SampledRate = 5 ; O3FP:OutputRate = 1 ; O3FP:CalibrationCoefficients = 0.f, 13.33f ; O3FP:MissingValue = -32767.f ; float O3FS(Time) ; O3FS:units = "Vdc" ; O3FS:long_name = "Chemiluminescent Ozone Signal" ; O3FS:SampledRate = 25 ; O3FS:OutputRate = 1 ; O3FS:CalibrationCoefficients = 0.f, 1.f ; O3FS:MissingValue = -32767.f ; float O3FT(Time) ; O3FT:units = "C" ; O3FT:long_name = "Fast-Response Ozone Sample Temperature" ; O3FT:SampledRate = 5 ; O3FT:OutputRate = 1 ; O3FT:CalibrationCoefficients = 0.f, 1.f ; O3FT:MissingValue = -32767.f ; float PCAB(Time) ; PCAB:units = "mbar" ; PCAB:long_name = "Interior Cabin Static Pressure" ; PCAB:SampledRate = 5 ; PCAB:OutputRate = 1 ; PCAB:CalibrationCoefficients = 514.09998f, 51.882999f, -0.0082999999f ; PCAB:MissingValue = -32767.f ; float PCN(Time) ; PCN:units = "mbar" ; PCN:long_name = "CN Counter Inlet Pressure" ; PCN:SampledRate = 5 ; PCN:OutputRate = 1 ; PCN:CalibrationCoefficients = 1506.8f, 150.3978f, -0.026000001f ; PCN:MissingValue = -32767.f ; float PERCT(Time) ; PERCT:units = "C" ; PERCT:long_name = "Hydrogen Peroxide Coil Temperature" ; PERCT:SampledRate = 5 ; PERCT:OutputRate = 1 ; PERCT:CalibrationCoefficients = 0.f, 100.f ; PERCT:MissingValue = -32767.f ; float PERFA(Time) ; PERFA:units = "slpm" ; PERFA:long_name = "Hydrogen Peroxide Sample Flow Rate A" ; PERFA:SampledRate = 5 ; PERFA:OutputRate = 1 ; PERFA:CalibrationCoefficients = 0.f, 0.5f ; PERFA:MissingValue = -32767.f ; float PERSA(Time) ; PERSA:units = "Vdc" ; PERSA:long_name = "Hydrogen Peroxide Signal A" ; PERSA:SampledRate = 5 ; PERSA:OutputRate = 1 ; PERSA:CalibrationCoefficients = 0.f, 1.f ; PERSA:MissingValue = -32767.f ; float PERSB(Time) ; PERSB:units = "Vdc" ; PERSB:long_name = "Hydrogen Peroxide Signal B" ; PERSB:SampledRate = 5 ; PERSB:OutputRate = 1 ; PERSB:CalibrationCoefficients = 0.f, 1.f ; PERSB:MissingValue = -32767.f ; float PERST(Time) ; PERST:units = "Vdc" ; PERST:long_name = "Hydrogen Peroxide Status" ; PERST:SampledRate = 5 ; PERST:OutputRate = 1 ; PERST:CalibrationCoefficients = 0.f, 1.f ; PERST:MissingValue = -32767.f ; float PLANTMP(Time) ; PLANTMP:units = "C" ; PLANTMP:long_name = "Left Pod Temperature" ; PLANTMP:SampledRate = 5 ; PLANTMP:OutputRate = 1 ; PLANTMP:CalibrationCoefficients = -273.14999f, 100.f ; PLANTMP:MissingValue = -32767.f ; float PLCPTMP(Time) ; PLCPTMP:units = "C" ; PLCPTMP:long_name = "Left Pod Temperature" ; PLCPTMP:SampledRate = 5 ; PLCPTMP:OutputRate = 1 ; PLCPTMP:CalibrationCoefficients = -273.14999f, 100.f ; PLCPTMP:MissingValue = -32767.f ; float PLSLTMP(Time) ; PLSLTMP:units = "C" ; PLSLTMP:long_name = "Left Pod Temperature" ; PLSLTMP:SampledRate = 5 ; PLSLTMP:OutputRate = 1 ; PLSLTMP:CalibrationCoefficients = -273.14999f, 100.f ; PLSLTMP:MissingValue = -32767.f ; float PLSRTMP(Time) ; PLSRTMP:units = "C" ; PLSRTMP:long_name = "Left Pod Temperature" ; PLSRTMP:SampledRate = 5 ; PLSRTMP:OutputRate = 1 ; PLSRTMP:CalibrationCoefficients = -273.14999f, 100.f ; PLSRTMP:MissingValue = -32767.f ; float PLWC(Time) ; PLWC:units = "W" ; PLWC:long_name = "Raw PMS-King Liquid Water Content Output" ; PLWC:SampledRate = 25 ; PLWC:OutputRate = 1 ; PLWC:CalibrationCoefficients = 50.f, 5.f ; PLWC:MissingValue = -32767.f ; float PLWC1(Time) ; PLWC1:units = "W" ; PLWC1:long_name = "Raw PMS-King Liquid Water Content Output" ; PLWC1:SampledRate = 25 ; PLWC1:OutputRate = 1 ; PLWC1:CalibrationCoefficients = 50.f, 5.f ; PLWC1:MissingValue = -32767.f ; float PODFANL(Time) ; PODFANL:units = "boolean" ; PODFANL:long_name = "Pod Fan Status, Left Wing" ; PODFANL:SampledRate = 1 ; PODFANL:OutputRate = 1 ; PODFANL:CalibrationCoefficients = 0.f, 1.f ; PODFANL:MissingValue = -32767.f ; float PODFANR(Time) ; PODFANR:units = "boolean" ; PODFANR:long_name = "Pod Fan Status, Right Wing" ; PODFANR:SampledRate = 5 ; PODFANR:OutputRate = 1 ; PODFANR:CalibrationCoefficients = 0.f, 1.f ; PODFANR:MissingValue = -32767.f ; float PODTMPL(Time) ; PODTMPL:units = "C" ; PODTMPL:long_name = "Pod Temperature, Left Wing" ; PODTMPL:SampledRate = 5 ; PODTMPL:OutputRate = 1 ; PODTMPL:CalibrationCoefficients = 0.f, 5.f ; PODTMPL:MissingValue = -32767.f ; float PODTMPR(Time) ; PODTMPR:units = "C" ; PODTMPR:long_name = "Pod Temperature, Right Wing" ; PODTMPR:SampledRate = 5 ; PODTMPR:OutputRate = 1 ; PODTMPR:CalibrationCoefficients = 0.f, 5.f ; PODTMPR:MissingValue = -32767.f ; float PSF(Time) ; PSF:units = "mbar" ; PSF:long_name = "Raw Static Pressure, Fuselage" ; PSF:SampledRate = 25 ; PSF:OutputRate = 1 ; PSF:CalibrationCoefficients = 539.29999f, 54.3036f, -0.0059000002f ; PSF:MissingValue = -32767.f ; float PSFD1(Time) ; PSFD1:units = "cnts" ; PSFD1:long_name = "Raw PSFD, Low-order word" ; PSFD1:SampledRate = 25 ; PSFD1:OutputRate = 1 ; PSFD1:CalibrationCoefficients = 0.f, 1.f ; PSFD1:MissingValue = -32767.f ; float PSFD2(Time) ; PSFD2:units = "cnts" ; PSFD2:long_name = "Raw PSFD, High-order word" ; PSFD2:SampledRate = 25 ; PSFD2:OutputRate = 1 ; PSFD2:CalibrationCoefficients = 0.f, 1.f ; PSFD2:MissingValue = -32767.f ; float QCF(Time) ; QCF:units = "mbar" ; QCF:long_name = "Raw Dynamic Pressure, Fuselage" ; QCF:SampledRate = 25 ; QCF:OutputRate = 1 ; QCF:CalibrationCoefficients = 86.07f, 8.6315002f, -0.0011f ; QCF:MissingValue = -32767.f ; float QCR(Time) ; QCR:units = "mbar" ; QCR:long_name = "Raw Dynamic Pressure, Radome" ; QCR:SampledRate = 25 ; QCR:OutputRate = 1 ; QCR:CalibrationCoefficients = 85.699997f, 8.6330996f, -0.00089999998f ; QCR:MissingValue = -32767.f ; float RICE(Time) ; RICE:units = "Vdc" ; RICE:long_name = "Raw Icing-Rate Indicator" ; RICE:SampledRate = 5 ; RICE:OutputRate = 1 ; RICE:CalibrationCoefficients = 0.f, 1.f ; RICE:MissingValue = -32767.f ; float RSTB(Time) ; RSTB:units = "C" ; RSTB:long_name = "Radiometric Surface Temperature" ; RSTB:SampledRate = 25 ; RSTB:OutputRate = 1 ; RSTB:CalibrationCoefficients = 0.2f, -20.466f, 5.2781f, -0.27950001f ; RSTB:MissingValue = -32767.f ; float RSTB1(Time) ; RSTB1:units = "C" ; RSTB1:long_name = "Radiometric Surface Temperature" ; RSTB1:SampledRate = 25 ; RSTB1:OutputRate = 1 ; RSTB1:CalibrationCoefficients = -41.200001f, 4.1026001f, 0.64230001f ; RSTB1:MissingValue = -32767.f ; float SDWC1(Time) ; SDWC1:units = "cnts" ; SDWC1:long_name = "2D-C Shadow OR Counts" ; SDWC1:SampledRate = 1 ; SDWC1:OutputRate = 1 ; SDWC1:CalibrationCoefficients = 0.f, 1.f ; SDWC1:MissingValue = -32767.f ; float SDWP1(Time) ; SDWP1:units = "cnts" ; SDWP1:long_name = "2D-P Shadow OR Counts" ; SDWP1:SampledRate = 1 ; SDWP1:OutputRate = 1 ; SDWP1:CalibrationCoefficients = 0.f, 1.f ; SDWP1:MissingValue = -32767.f ; float STB(Time) ; STB:units = "C" ; STB:long_name = "Pyrgeometer Sink Temperature, Bottom" ; STB:SampledRate = 5 ; STB:OutputRate = 1 ; STB:CalibrationCoefficients = -12.5f, -4.3060999f, 0.1707f ; STB:MissingValue = -32767.f ; float STT(Time) ; STT:units = "C" ; STT:long_name = "Pyrgeometer Sink Temperature, Top" ; STT:SampledRate = 5 ; STT:OutputRate = 1 ; STT:CalibrationCoefficients = -12.5f, -4.2870002f, 0.1691f ; STT:MissingValue = -32767.f ; float SWB(Time) ; SWB:units = "W/M2" ; SWB:long_name = "Shortwave Irradiance, Bottom" ; SWB:SampledRate = 5 ; SWB:OutputRate = 1 ; SWB:CalibrationCoefficients = 2465.f, 246.82201f, -0.089599997f ; SWB:MissingValue = -32767.f ; float SWT(Time) ; SWT:units = "W/M2" ; SWT:long_name = "Shortwave Irradiance, Top" ; SWT:SampledRate = 5 ; SWT:OutputRate = 1 ; SWT:CalibrationCoefficients = 2777.f, 278.64999f, 0.1355f ; SWT:MissingValue = -32767.f ; float TEO3(Time) ; TEO3:units = "ppb" ; TEO3:long_name = "Raw TECO Ozone Output" ; TEO3:SampledRate = 5 ; TEO3:OutputRate = 1 ; TEO3:CalibrationCoefficients = 0.f, 100.f ; TEO3:MissingValue = -32767.f ; float TEP(Time) ; TEP:units = "mbar" ; TEP:long_name = "Internal TECO Ozone Sampling Pressure" ; TEP:SampledRate = 1 ; TEP:OutputRate = 1 ; TEP:CalibrationCoefficients = -3.f, 0.098970003f ; TEP:MissingValue = -32767.f ; float TET(Time) ; TET:units = "C" ; TET:long_name = "Internal TECO Ozone Sampling Temperature" ; TET:SampledRate = 1 ; TET:OutputRate = 1 ; TET:CalibrationCoefficients = -8.1000004f, 0.0045599998f, -9.6230004e-08f ; TET:MissingValue = -32767.f ; float TRAP1(Time) ; TRAP1:units = "Vdc" ; TRAP1:long_name = "DREXEL Trap 1" ; TRAP1:SampledRate = 5 ; TRAP1:OutputRate = 1 ; TRAP1:CalibrationCoefficients = 0.f, 1.f ; TRAP1:MissingValue = -32767.f ; float TRAP2(Time) ; TRAP2:units = "Vdc" ; TRAP2:long_name = "DREXEL Trap 2" ; TRAP2:SampledRate = 5 ; TRAP2:OutputRate = 1 ; TRAP2:CalibrationCoefficients = 0.f, 1.f ; TRAP2:MissingValue = -32767.f ; float TRAP3(Time) ; TRAP3:units = "Vdc" ; TRAP3:long_name = "DREXEL Trap 3" ; TRAP3:SampledRate = 5 ; TRAP3:OutputRate = 1 ; TRAP3:CalibrationCoefficients = 0.f, 1.f ; TRAP3:MissingValue = -32767.f ; float TSCAT(Time) ; TSCAT:units = "Vdc" ; TSCAT:long_name = "CLARKE Nephelometer Total Scatter" ; TSCAT:SampledRate = 5 ; TSCAT:OutputRate = 1 ; TSCAT:CalibrationCoefficients = 0.f, 1.f ; TSCAT:MissingValue = -32767.f ; float TTRL(Time) ; TTRL:units = "C" ; TTRL:long_name = "Total Temperature, Radome Left" ; TTRL:SampledRate = 25 ; TTRL:OutputRate = 1 ; TTRL:CalibrationCoefficients = -1.5f, 6.0050001f, -0.0023000001f ; TTRL:MissingValue = -32767.f ; float TTRR(Time) ; TTRR:units = "C" ; TTRR:long_name = "Total Temperature, Radome Right" ; TTRR:SampledRate = 25 ; TTRR:OutputRate = 1 ; TTRR:CalibrationCoefficients = -0.74000001f, 6.0124002f, -0.0019f ; TTRR:MissingValue = -32767.f ; float TTWH(Time) ; TTWH:units = "C" ; TTWH:long_name = "Total Temperature, Deiced Wing" ; TTWH:SampledRate = 25 ; TTWH:OutputRate = 1 ; TTWH:CalibrationCoefficients = -0.30000001f, 6.1854f, -0.0097000003f ; TTWH:MissingValue = -32767.f ; float UVB(Time) ; UVB:units = "W/M2" ; UVB:long_name = "Ultraviolet Irradiance, Bottom" ; UVB:SampledRate = 5 ; UVB:OutputRate = 1 ; UVB:CalibrationCoefficients = 34.5f, 3.4937999f, 0.00060000003f ; UVB:MissingValue = -32767.f ; float UVT(Time) ; UVT:units = "W/M2" ; UVT:long_name = "Ultraviolet Irradiance, Top" ; UVT:SampledRate = 5 ; UVT:OutputRate = 1 ; UVT:CalibrationCoefficients = 135.2f, 13.519f, -0.0013f ; UVT:MissingValue = -32767.f ; float VLA(Time) ; VLA:units = "Vdc" ; VLA:long_name = "Raw Lyman-alpha Hygrometer Output" ; VLA:SampledRate = 25 ; VLA:OutputRate = 1 ; VLA:CalibrationCoefficients = 0.f, 1.f ; VLA:MissingValue = -32767.f ; float VLA1(Time) ; VLA1:units = "Vdc" ; VLA1:long_name = "Raw Lyman-alpha Hygrometer Output" ; VLA1:SampledRate = 25 ; VLA1:OutputRate = 1 ; VLA1:CalibrationCoefficients = 0.f, 1.f ; VLA1:MissingValue = -32767.f ; float XCO2DFP(Time) ; XCO2DFP:units = "mbar" ; XCO2DFP:long_name = "CO2 Differential Pressure" ; XCO2DFP:SampledRate = 5 ; XCO2DFP:OutputRate = 1 ; XCO2DFP:CalibrationCoefficients = -285.39999f, 111.537f, -0.0517f ; XCO2DFP:MissingValue = -32767.f ; float XCO2ENT(Time) ; XCO2ENT:units = "C" ; XCO2ENT:long_name = "CO2 Enclosure Temperature" ; XCO2ENT:SampledRate = 5 ; XCO2ENT:OutputRate = 1 ; XCO2ENT:CalibrationCoefficients = 0.f, 10.f ; XCO2ENT:MissingValue = -32767.f ; float XCO2F(Time) ; XCO2F:units = "sccm" ; XCO2F:long_name = "CO2 Sample Flow" ; XCO2F:SampledRate = 5 ; XCO2F:OutputRate = 1 ; XCO2F:CalibrationCoefficients = 0.f, 50.f ; XCO2F:MissingValue = -32767.f ; float XCO2IBF(Time) ; XCO2IBF:units = "sccm" ; XCO2IBF:long_name = "CO2 Inlet Bypass Flow" ; XCO2IBF:SampledRate = 5 ; XCO2IBF:OutputRate = 1 ; XCO2IBF:CalibrationCoefficients = 0.f, 20.f ; XCO2IBF:MissingValue = -32767.f ; float XCO2INP(Time) ; XCO2INP:units = "mbar" ; XCO2INP:long_name = "CO2 Inlet Pressure" ; XCO2INP:SampledRate = 5 ; XCO2INP:OutputRate = 1 ; XCO2INP:CalibrationCoefficients = -36.900002f, 604.29199f, -6.5748f ; XCO2INP:MissingValue = -32767.f ; float XCO2MDE(Time) ; XCO2MDE:units = "Vdc" ; XCO2MDE:long_name = "CO2 Status" ; XCO2MDE:SampledRate = 5 ; XCO2MDE:OutputRate = 1 ; XCO2MDE:CalibrationCoefficients = 0.f, 1.f ; XCO2MDE:MissingValue = -32767.f ; float XCO2RFF(Time) ; XCO2RFF:units = "sccm" ; XCO2RFF:long_name = "CO2 Reference Flow" ; XCO2RFF:SampledRate = 5 ; XCO2RFF:OutputRate = 1 ; XCO2RFF:CalibrationCoefficients = 0.f, 1.f ; XCO2RFF:MissingValue = -32767.f ; float XCO2S(Time) ; XCO2S:units = "Vdc" ; XCO2S:long_name = "CO2 Signal" ; XCO2S:SampledRate = 5 ; XCO2S:OutputRate = 1 ; XCO2S:CalibrationCoefficients = 0.f, 1.f ; XCO2S:MissingValue = -32767.f ; float XCO2SMP(Time) ; XCO2SMP:units = "mbar" ; XCO2SMP:long_name = "CO2 Sample Pressure" ; XCO2SMP:SampledRate = 5 ; XCO2SMP:OutputRate = 1 ; XCO2SMP:CalibrationCoefficients = 2.4000001f, 205.75f, -0.041999999f ; XCO2SMP:MissingValue = -32767.f ; float XCO2T(Time) ; XCO2T:units = "C" ; XCO2T:long_name = "CO2 Cell Temperature" ; XCO2T:SampledRate = 5 ; XCO2T:OutputRate = 1 ; XCO2T:CalibrationCoefficients = 0.f, 10.f ; XCO2T:MissingValue = -32767.f ; float XCOAN1(Time) ; XCOAN1:units = "Vdc" ; XCOAN1:long_name = "CO Analog 1" ; XCOAN1:SampledRate = 5 ; XCOAN1:OutputRate = 1 ; XCOAN1:CalibrationCoefficients = 0.f, 1.f ; XCOAN1:MissingValue = -32767.f ; float XCOAN2(Time) ; XCOAN2:units = "Vdc" ; XCOAN2:long_name = "CO Analog 2" ; XCOAN2:SampledRate = 5 ; XCOAN2:OutputRate = 1 ; XCOAN2:CalibrationCoefficients = 0.f, 1.f ; XCOAN2:MissingValue = -32767.f ; float XCOXG(Time) ; XCOXG:units = "G" ; XCOXG:long_name = "CO X Acceleration" ; XCOXG:SampledRate = 5 ; XCOXG:OutputRate = 1 ; XCOXG:CalibrationCoefficients = -2.5f, 1.f ; XCOXG:MissingValue = -32767.f ; float XCOYG(Time) ; XCOYG:units = "G" ; XCOYG:long_name = "CO Y Acceleration" ; XCOYG:SampledRate = 5 ; XCOYG:OutputRate = 1 ; XCOYG:CalibrationCoefficients = -2.5f, 1.f ; XCOYG:MissingValue = -32767.f ; float XCOZG(Time) ; XCOZG:units = "G" ; XCOZG:long_name = "CO Z Acceleration" ; XCOZG:SampledRate = 5 ; XCOZG:OutputRate = 1 ; XCOZG:CalibrationCoefficients = -2.5f, 1.f ; XCOZG:MissingValue = -32767.f ; float XEXT(Time) ; XEXT:units = "Vdc" ; XEXT:long_name = "Huebert External Sampler Flow " ; XEXT:SampledRate = 5 ; XEXT:OutputRate = 1 ; XEXT:CalibrationCoefficients = 0.f, 1.f ; XEXT:MissingValue = -32767.f ; float XL2OS(Time) ; XL2OS:units = "Vdc" ; XL2OS:long_name = "LICOR H2O Signal" ; XL2OS:SampledRate = 5 ; XL2OS:OutputRate = 1 ; XL2OS:CalibrationCoefficients = 0.f, 1.f ; XL2OS:MissingValue = -32767.f ; float XO3FCNT(Time) ; XO3FCNT:units = "cnts" ; XO3FCNT:long_name = "Fast Ozone Counts" ; XO3FCNT:SampledRate = 25 ; XO3FCNT:OutputRate = 1 ; XO3FCNT:CalibrationCoefficients = 0.f, 1.f ; XO3FCNT:MissingValue = -32767.f ; float XZERO(Time) ; XZERO:units = "Vdc" ; XZERO:long_name = "DREXEL Zero" ; XZERO:SampledRate = 5 ; XZERO:OutputRate = 1 ; XZERO:CalibrationCoefficients = 0.f, 1.f ; XZERO:MissingValue = -32767.f ; float 2D-C_LPO(Time, sps1, Async) ; 2D-C_LPO:units = "Unk" ; 2D-C_LPO:long_name = "No title" ; 2D-C_LPO:SampledRate = 1 ; 2D-C_LPO:OutputRate = 1 ; 2D-C_LPO:VectorLength = 3 ; 2D-C_LPO:MissingValue = -32767.f ; float 2D-P_LPI(Time, sps1, Async) ; 2D-P_LPI:units = "Unk" ; 2D-P_LPI:long_name = "No title" ; 2D-P_LPI:SampledRate = 1 ; 2D-P_LPI:OutputRate = 1 ; 2D-P_LPI:VectorLength = 3 ; 2D-P_LPI:MissingValue = -32767.f ; float A260X_IBR(Time, sps1, Vector64) ; A260X_IBR:units = "cnts" ; A260X_IBR:long_name = "260X Raw Accumulation" ; A260X_IBR:SampledRate = 1 ; A260X_IBR:OutputRate = 1 ; A260X_IBR:VectorLength = 63 ; A260X_IBR:MissingValue = -32767.f ; float ACINS(Time) ; ACINS:units = "M/s2" ; ACINS:long_name = "Aircraft Vertical Acceleration" ; ACINS:SampledRate = 50 ; ACINS:OutputRate = 1 ; ACINS:VectorLength = 1 ; ACINS:MissingValue = -32767.f ; float AF300_RPO(Time, sps1, Vector32) ; AF300_RPO:units = "cnts" ; AF300_RPO:long_name = "FSSP-300 Raw Accumulation" ; AF300_RPO:SampledRate = 1 ; AF300_RPO:OutputRate = 1 ; AF300_RPO:VectorLength = 32 ; AF300_RPO:MissingValue = -32767.f ; float AFSSP_OBR(Time, sps1, Vector16) ; AFSSP_OBR:units = "cnts" ; AFSSP_OBR:long_name = "FSSP-100 Raw Accumulation" ; AFSSP_OBR:SampledRate = 1 ; AFSSP_OBR:OutputRate = 1 ; AFSSP_OBR:VectorLength = 16 ; AFSSP_OBR:MissingValue = -32767.f ; float ALT(Time) ; ALT:units = "M" ; ALT:long_name = "Inertial Altitude" ; ALT:SampledRate = 25 ; ALT:OutputRate = 1 ; ALT:VectorLength = 1 ; ALT:MissingValue = -32767.f ; float APCAS_RPI(Time, sps1, Vector16) ; APCAS_RPI:units = "cnts" ; APCAS_RPI:long_name = "PCAS Partical Spacing" ; APCAS_RPI:SampledRate = 5 ; APCAS_RPI:OutputRate = 1 ; APCAS_RPI:VectorLength = 16 ; APCAS_RPI:MissingValue = -32767.f ; float DRFTA(Time) ; DRFTA:units = "Unk" ; DRFTA:long_name = "No title" ; DRFTA:SampledRate = 25 ; DRFTA:OutputRate = 1 ; DRFTA:VectorLength = 1 ; DRFTA:MissingValue = -32767.f ; float EVENT_CKP(Time) ; EVENT_CKP:units = "Unk" ; EVENT_CKP:long_name = "No title" ; EVENT_CKP:SampledRate = 1 ; EVENT_CKP:OutputRate = 1 ; EVENT_CKP:VectorLength = 1 ; EVENT_CKP:MissingValue = -32767.f ; float EVENT_CTL(Time) ; EVENT_CTL:units = "Unk" ; EVENT_CTL:long_name = "No title" ; EVENT_CTL:SampledRate = 1 ; EVENT_CTL:OutputRate = 1 ; EVENT_CTL:VectorLength = 1 ; EVENT_CTL:MissingValue = -32767.f ; float EVENT_FWD(Time) ; EVENT_FWD:units = "Unk" ; EVENT_FWD:long_name = "No title" ; EVENT_FWD:SampledRate = 1 ; EVENT_FWD:OutputRate = 1 ; EVENT_FWD:VectorLength = 1 ; EVENT_FWD:MissingValue = -32767.f ; float EVENT_OBL(Time) ; EVENT_OBL:units = "Unk" ; EVENT_OBL:long_name = "No title" ; EVENT_OBL:SampledRate = 1 ; EVENT_OBL:OutputRate = 1 ; EVENT_OBL:VectorLength = 1 ; EVENT_OBL:MissingValue = -32767.f ; float EVENT_OBR(Time) ; EVENT_OBR:units = "Unk" ; EVENT_OBR:long_name = "No title" ; EVENT_OBR:SampledRate = 1 ; EVENT_OBR:OutputRate = 1 ; EVENT_OBR:VectorLength = 1 ; EVENT_OBR:MissingValue = -32767.f ; float FACT_OBR(Time) ; FACT_OBR:units = "none" ; FACT_OBR:long_name = "FSSP-100 Activity Fraction" ; FACT_OBR:SampledRate = 1 ; FACT_OBR:OutputRate = 1 ; FACT_OBR:VectorLength = 1 ; FACT_OBR:CalibrationCoefficients = 0.f, 9.2499999e-07f, 0.f ; FACT_OBR:MissingValue = -32767.f ; float FACT_RPO(Time) ; FACT_RPO:units = "none" ; FACT_RPO:long_name = "FSSP-100 Activity Fraction" ; FACT_RPO:SampledRate = 1 ; FACT_RPO:OutputRate = 1 ; FACT_RPO:VectorLength = 1 ; FACT_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FACT_RPO:MissingValue = -32767.f ; float FANV_OBR(Time) ; FANV_OBR:units = "Vdc" ; FANV_OBR:long_name = "FSSP-100 Annulus Baseline Voltage" ; FANV_OBR:SampledRate = 1 ; FANV_OBR:OutputRate = 1 ; FANV_OBR:VectorLength = 1 ; FANV_OBR:CalibrationCoefficients = 0.0016f, 8.0140002e-05f, 0.f ; FANV_OBR:MissingValue = -32767.f ; float FANV_RPO(Time) ; FANV_RPO:units = "Vdc" ; FANV_RPO:long_name = "FSSP-100 Annulus Baseline Voltage" ; FANV_RPO:SampledRate = 1 ; FANV_RPO:OutputRate = 1 ; FANV_RPO:VectorLength = 1 ; FANV_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FANV_RPO:MissingValue = -32767.f ; float FREF_OBR(Time) ; FREF_OBR:units = "none" ; FREF_OBR:long_name = "FSSP-100 Laser Reference Voltage" ; FREF_OBR:SampledRate = 1 ; FREF_OBR:OutputRate = 1 ; FREF_OBR:VectorLength = 1 ; FREF_OBR:CalibrationCoefficients = 0.020827999f, 0.00080699997f, 0.f ; FREF_OBR:MissingValue = -32767.f ; float FREF_RPO(Time) ; FREF_RPO:units = "none" ; FREF_RPO:long_name = "FSSP-100 Laser Reference Voltage" ; FREF_RPO:SampledRate = 1 ; FREF_RPO:OutputRate = 1 ; FREF_RPO:VectorLength = 1 ; FREF_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FREF_RPO:MissingValue = -32767.f ; float FRNG_OBR(Time) ; FRNG_OBR:units = "none" ; FRNG_OBR:long_name = "FSSP-100 Size Range Category" ; FRNG_OBR:SampledRate = 1 ; FRNG_OBR:OutputRate = 1 ; FRNG_OBR:VectorLength = 1 ; FRNG_OBR:MissingValue = -32767.f ; float FRST_OBR(Time) ; FRST_OBR:units = "cnts" ; FRST_OBR:long_name = "FSSP-100 Fast Resets" ; FRST_OBR:SampledRate = 1 ; FRST_OBR:OutputRate = 1 ; FRST_OBR:VectorLength = 1 ; FRST_OBR:CalibrationCoefficients = 0.f, 1.f, 0.f ; FRST_OBR:MissingValue = -32767.f ; float FRST_RPO(Time) ; FRST_RPO:units = "cnts" ; FRST_RPO:long_name = "FSSP-100 Fast Resets" ; FRST_RPO:SampledRate = 1 ; FRST_RPO:OutputRate = 1 ; FRST_RPO:VectorLength = 1 ; FRST_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FRST_RPO:MissingValue = -32767.f ; float FSIG_OBR(Time) ; FSIG_OBR:units = "Vdc" ; FSIG_OBR:long_name = "FSSP-100 Signal Voltage" ; FSIG_OBR:SampledRate = 1 ; FSIG_OBR:OutputRate = 1 ; FSIG_OBR:VectorLength = 1 ; FSIG_OBR:CalibrationCoefficients = 0.0017f, 7.9600002e-05f, 0.f ; FSIG_OBR:MissingValue = -32767.f ; float FSIG_RPO(Time) ; FSIG_RPO:units = "Vdc" ; FSIG_RPO:long_name = "FSSP-100 Signal Voltage" ; FSIG_RPO:SampledRate = 1 ; FSIG_RPO:OutputRate = 1 ; FSIG_RPO:VectorLength = 1 ; FSIG_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FSIG_RPO:MissingValue = -32767.f ; float FSTB_OBR(Time) ; FSTB_OBR:units = "cnts" ; FSTB_OBR:long_name = "FSSP-100 Strobes" ; FSTB_OBR:SampledRate = 1 ; FSTB_OBR:OutputRate = 1 ; FSTB_OBR:VectorLength = 1 ; FSTB_OBR:CalibrationCoefficients = 0.f, 1.f, 0.f ; FSTB_OBR:MissingValue = -32767.f ; float FSTB_RPO(Time) ; FSTB_RPO:units = "cnts" ; FSTB_RPO:long_name = "FSSP-100 Strobes" ; FSTB_RPO:SampledRate = 1 ; FSTB_RPO:OutputRate = 1 ; FSTB_RPO:VectorLength = 1 ; FSTB_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FSTB_RPO:MissingValue = -32767.f ; float FSTT_OBR(Time) ; FSTT_OBR:units = "cnts" ; FSTT_OBR:long_name = "FSSP-100 Signal Transit Time" ; FSTT_OBR:SampledRate = 1 ; FSTT_OBR:OutputRate = 1 ; FSTT_OBR:VectorLength = 1 ; FSTT_OBR:CalibrationCoefficients = 0.f, 1.f, 0.f ; FSTT_OBR:MissingValue = -32767.f ; float FSTT_RPO(Time) ; FSTT_RPO:units = "cnts" ; FSTT_RPO:long_name = "FSSP-100 Signal Transit Time" ; FSTT_RPO:SampledRate = 1 ; FSTT_RPO:OutputRate = 1 ; FSTT_RPO:VectorLength = 1 ; FSTT_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FSTT_RPO:MissingValue = -32767.f ; float FTMP_OBR(Time) ; FTMP_OBR:units = "none" ; FTMP_OBR:long_name = "FSSP-100 Housekeeping Data" ; FTMP_OBR:SampledRate = 1 ; FTMP_OBR:OutputRate = 1 ; FTMP_OBR:VectorLength = 1 ; FTMP_OBR:CalibrationCoefficients = 28.18f, -0.00026999999f, -3.6e-07f ; FTMP_OBR:MissingValue = -32767.f ; float FTMP_RPO(Time) ; FTMP_RPO:units = "none" ; FTMP_RPO:long_name = "FSSP-100 Housekeeping Data" ; FTMP_RPO:SampledRate = 1 ; FTMP_RPO:OutputRate = 1 ; FTMP_RPO:VectorLength = 1 ; FTMP_RPO:CalibrationCoefficients = 0.f, 1.f, 0.f ; FTMP_RPO:MissingValue = -32767.f ; float GALT(Time) ; GALT:units = "M" ; GALT:long_name = "GPS-Derived Altitude" ; GALT:SampledRate = 1 ; GALT:OutputRate = 1 ; GALT:VectorLength = 1 ; GALT:MissingValue = -32767.f ; float GLAT(Time) ; GLAT:units = "deg" ; GLAT:long_name = "GPS Latitude" ; GLAT:SampledRate = 1 ; GLAT:OutputRate = 1 ; GLAT:VectorLength = 1 ; GLAT:MissingValue = -32767.f ; float GLON(Time) ; GLON:units = "deg" ; GLON:long_name = "GPS Longitude" ; GLON:SampledRate = 1 ; GLON:OutputRate = 1 ; GLON:VectorLength = 1 ; GLON:MissingValue = -32767.f ; float GMODE(Time) ; GMODE:units = "none" ; GMODE:long_name = "GPS Mode" ; GMODE:SampledRate = 1 ; GMODE:OutputRate = 1 ; GMODE:VectorLength = 1 ; GMODE:MissingValue = -32767.f ; float GSF(Time) ; GSF:units = "M/s" ; GSF:long_name = "Inertial Ground Speed" ; GSF:SampledRate = 10 ; GSF:OutputRate = 1 ; GSF:VectorLength = 1 ; GSF:MissingValue = -32767.f ; float GSTAT(Time) ; GSTAT:units = "none" ; GSTAT:long_name = "GPS Status" ; GSTAT:SampledRate = 1 ; GSTAT:OutputRate = 1 ; GSTAT:VectorLength = 1 ; GSTAT:MissingValue = -32767.f ; float GVEW(Time) ; GVEW:units = "M/s" ; GVEW:long_name = "GPS Ground Speed Vector, East Component" ; GVEW:SampledRate = 1 ; GVEW:OutputRate = 1 ; GVEW:VectorLength = 1 ; GVEW:MissingValue = -32767.f ; float GVNS(Time) ; GVNS:units = "M/s" ; GVNS:long_name = "GPS Ground Speed Vector, North Component" ; GVNS:SampledRate = 1 ; GVNS:OutputRate = 1 ; GVNS:VectorLength = 1 ; GVNS:MissingValue = -32767.f ; float GVZI(Time) ; GVZI:units = "M/s" ; GVZI:long_name = "GPS-Computed Aircraft Vertical Velocity" ; GVZI:SampledRate = 1 ; GVZI:OutputRate = 1 ; GVZI:VectorLength = 1 ; GVZI:MissingValue = -32767.f ; float HGM(Time) ; HGM:units = "M" ; HGM:long_name = "Geometric (Radio) Altitude" ; HGM:SampledRate = 5 ; HGM:OutputRate = 1 ; HGM:VectorLength = 1 ; HGM:CalibrationCoefficients = 10275.f, 900.f ; HGM:MissingValue = -32767.f ; float HGM232(Time) ; HGM232:units = "M" ; HGM232:long_name = "Geometric (Radar) Altitude (APN-232)" ; HGM232:SampledRate = 25 ; HGM232:OutputRate = 1 ; HGM232:VectorLength = 1 ; HGM232:CalibrationCoefficients = 0.f, 1.f ; HGM232:MissingValue = -32767.f ; float HGM232S(Time) ; HGM232S:units = "Unk" ; HGM232S:long_name = "No title" ; HGM232S:SampledRate = 25 ; HGM232S:OutputRate = 1 ; HGM232S:VectorLength = 1 ; HGM232S:MissingValue = -32767.f ; float HOUR(Time) ; HOUR:units = "hours" ; HOUR:long_name = "Raw Tape Time Component" ; HOUR:SampledRate = 1 ; HOUR:OutputRate = 1 ; HOUR:VectorLength = 1 ; HOUR:MissingValue = -32767.f ; float LAT(Time) ; LAT:units = "deg" ; LAT:long_name = "Inertial Latitude" ; LAT:SampledRate = 5 ; LAT:OutputRate = 1 ; LAT:VectorLength = 1 ; LAT:MissingValue = -32767.f ; float LON(Time) ; LON:units = "deg" ; LON:long_name = "Inertial Longitude" ; LON:SampledRate = 5 ; LON:OutputRate = 1 ; LON:VectorLength = 1 ; LON:MissingValue = -32767.f ; float MINUTE(Time) ; MINUTE:units = "minutes" ; MINUTE:long_name = "Raw Tape Time Component" ; MINUTE:SampledRate = 1 ; MINUTE:OutputRate = 1 ; MINUTE:VectorLength = 1 ; MINUTE:MissingValue = -32767.f ; float P6E01_IBR(Time) ; P6E01_IBR:units = "none" ; P6E01_IBR:long_name = "260X Housekeeping Data" ; P6E01_IBR:SampledRate = 1 ; P6E01_IBR:OutputRate = 1 ; P6E01_IBR:VectorLength = 1 ; P6E01_IBR:CalibrationCoefficients = -0.02177649f, -0.00079476321f, 8.9631722e-12f ; P6E01_IBR:MissingValue = -32767.f ; float P6E64_IBR(Time) ; P6E64_IBR:units = "none" ; P6E64_IBR:long_name = "260X Housekeeping Data" ; P6E64_IBR:SampledRate = 1 ; P6E64_IBR:OutputRate = 1 ; P6E64_IBR:VectorLength = 1 ; P6E64_IBR:CalibrationCoefficients = -0.02177649f, -0.00079476321f, 8.9631722e-12f ; P6E64_IBR:MissingValue = -32767.f ; float P6RST_IBR(Time) ; P6RST_IBR:units = "none" ; P6RST_IBR:long_name = "260X Housekeeping Data" ; P6RST_IBR:SampledRate = 1 ; P6RST_IBR:OutputRate = 1 ; P6RST_IBR:VectorLength = 1 ; P6RST_IBR:CalibrationCoefficients = 0.f, 1.f, 0.f ; P6RST_IBR:MissingValue = -32767.f ; float P6TMP_IBR(Time) ; P6TMP_IBR:units = "none" ; P6TMP_IBR:long_name = "260X Housekeeping Data" ; P6TMP_IBR:SampledRate = 1 ; P6TMP_IBR:OutputRate = 1 ; P6TMP_IBR:VectorLength = 1 ; P6TMP_IBR:CalibrationCoefficients = 27.7216f, -7.553395e-05f, -3.7898721e-07f ; P6TMP_IBR:MissingValue = -32767.f ; float PACT_RPI(Time) ; PACT_RPI:units = "cnts" ; PACT_RPI:long_name = "PCAS Raw Activity" ; PACT_RPI:SampledRate = 5 ; PACT_RPI:OutputRate = 1 ; PACT_RPI:VectorLength = 1 ; PACT_RPI:CalibrationCoefficients = 0.f, 0.00050780002f, 0.f ; PACT_RPI:MissingValue = -32767.f ; float PBRS_RPI(Time) ; PBRS_RPI:units = "none" ; PBRS_RPI:long_name = "PCAS Beam Defraction Ratio" ; PBRS_RPI:SampledRate = 5 ; PBRS_RPI:OutputRate = 1 ; PBRS_RPI:VectorLength = 1 ; PBRS_RPI:CalibrationCoefficients = -0.0029809522f, -8.0229242e-05f, -9.2616199e-07f ; PBRS_RPI:MissingValue = -32767.f ; float PFLW_RPI(Time) ; PFLW_RPI:units = "Vdc" ; PFLW_RPI:long_name = "PCAS Flow" ; PFLW_RPI:SampledRate = 5 ; PFLW_RPI:OutputRate = 1 ; PFLW_RPI:VectorLength = 1 ; PFLW_RPI:CalibrationCoefficients = 0.0049279998f, 0.000159869f, 1.464232e-11f ; PFLW_RPI:MissingValue = -32767.f ; float PITCH(Time) ; PITCH:units = "deg" ; PITCH:long_name = "Aircraft Pitch Angle" ; PITCH:SampledRate = 50 ; PITCH:OutputRate = 1 ; PITCH:VectorLength = 1 ; PITCH:MissingValue = -32767.f ; float PREF_RPI(Time) ; PREF_RPI:units = "Vdc" ; PREF_RPI:long_name = "PCAS Laser Reference Voltage" ; PREF_RPI:SampledRate = 5 ; PREF_RPI:OutputRate = 1 ; PREF_RPI:VectorLength = 1 ; PREF_RPI:CalibrationCoefficients = -0.00544f, -0.0001986908f, 2.2407931e-12f ; PREF_RPI:MissingValue = -32767.f ; float PSFD(Time) ; PSFD:units = "mbar" ; PSFD:long_name = "Raw Static Pressure, Fuselage Digital" ; PSFD:SampledRate = 25 ; PSFD:OutputRate = 1 ; PSFD:VectorLength = 1 ; PSFD:CalibrationCoefficients = 0.f, 1.f ; PSFD:MissingValue = -32767.f ; float PSTT_RPI(Time) ; PSTT_RPI:units = "cnts" ; PSTT_RPI:long_name = "PCAS Signal Transit Time" ; PSTT_RPI:SampledRate = 5 ; PSTT_RPI:OutputRate = 1 ; PSTT_RPI:VectorLength = 1 ; PSTT_RPI:CalibrationCoefficients = 0.f, 1.f, 0.f ; PSTT_RPI:MissingValue = -32767.f ; float PTMP_RPI(Time) ; PTMP_RPI:units = "Vdc" ; PTMP_RPI:long_name = "PCAS Detector Temperature" ; PTMP_RPI:SampledRate = 5 ; PTMP_RPI:OutputRate = 1 ; PTMP_RPI:VectorLength = 1 ; PTMP_RPI:CalibrationCoefficients = 27.721601f, -7.553395e-05f, -3.7898721e-07f ; PTMP_RPI:MissingValue = -32767.f ; float ROLL(Time) ; ROLL:units = "deg" ; ROLL:long_name = "Aircraft Roll Angle" ; ROLL:SampledRate = 50 ; ROLL:OutputRate = 1 ; ROLL:VectorLength = 1 ; ROLL:MissingValue = -32767.f ; float SECOND(Time) ; SECOND:units = "s" ; SECOND:long_name = "Raw Tape Time Component" ; SECOND:SampledRate = 1 ; SECOND:OutputRate = 1 ; SECOND:VectorLength = 1 ; SECOND:MissingValue = -32767.f ; float THDG(Time) ; THDG:units = "deg" ; THDG:long_name = "Aircraft True Heading Angle" ; THDG:SampledRate = 25 ; THDG:OutputRate = 1 ; THDG:VectorLength = 1 ; THDG:MissingValue = -32767.f ; float TKAR(Time) ; TKAR:units = "Unk" ; TKAR:long_name = "No title" ; TKAR:SampledRate = 50 ; TKAR:OutputRate = 1 ; TKAR:VectorLength = 1 ; TKAR:MissingValue = -32767.f ; float TKAT(Time) ; TKAT:units = "Unk" ; TKAT:long_name = "No title" ; TKAT:SampledRate = 25 ; TKAT:OutputRate = 1 ; TKAT:VectorLength = 1 ; TKAT:MissingValue = -32767.f ; float VEW(Time) ; VEW:units = "M/s" ; VEW:long_name = "Inertial Ground Speed Vector, East Component" ; VEW:SampledRate = 10 ; VEW:OutputRate = 1 ; VEW:VectorLength = 1 ; VEW:MissingValue = -32767.f ; float VNS(Time) ; VNS:units = "M/s" ; VNS:long_name = "Inertial Ground Speed Vector, North Component" ; VNS:SampledRate = 10 ; VNS:OutputRate = 1 ; VNS:VectorLength = 1 ; VNS:MissingValue = -32767.f ; float VSPD(Time) ; VSPD:units = "M/s" ; VSPD:long_name = "IRS-Computed Aircraft Vertical Velocity" ; VSPD:SampledRate = 25 ; VSPD:OutputRate = 1 ; VSPD:VectorLength = 1 ; VSPD:MissingValue = -32767.f ; float AKRD(Time) ; AKRD:units = "deg" ; AKRD:long_name = "Attack Angle, Radome Diff. Pressure" ; AKRD:OutputRate = 1 ; AKRD:VectorLength = 1 ; AKRD:Dependencies = "3 ADIFR QCXC XMACH2" ; AKRD:MissingValue = -32767.f ; float ATRL(Time) ; ATRL:units = "C" ; ATRL:long_name = "Ambient Temperature, Radome Left" ; ATRL:OutputRate = 1 ; ATRL:VectorLength = 1 ; ATRL:Dependencies = "2 TTRL XMACH2" ; ATRL:MissingValue = -32767.f ; float ATRR(Time) ; ATRR:units = "C" ; ATRR:long_name = "Ambient Temperature, Radome Right" ; ATRR:OutputRate = 1 ; ATRR:VectorLength = 1 ; ATRR:Dependencies = "2 TTRR XMACH2" ; ATRR:MissingValue = -32767.f ; float ATTACK(Time) ; ATTACK:units = "deg" ; ATTACK:long_name = "Attack Angle, Reference" ; ATTACK:OutputRate = 1 ; ATTACK:VectorLength = 1 ; ATTACK:Dependencies = "1 AKRD" ; ATTACK:MissingValue = -32767.f ; float ATWH(Time) ; ATWH:units = "C" ; ATWH:long_name = "Ambient Temperature, Deiced Wing" ; ATWH:OutputRate = 1 ; ATWH:VectorLength = 1 ; ATWH:Dependencies = "3 TTWH XMACH2 PSXC" ; ATWH:MissingValue = -32767.f ; float ATX(Time) ; ATX:units = "C" ; ATX:long_name = "Ambient Temperature, Reference" ; ATX:OutputRate = 1 ; ATX:VectorLength = 1 ; ATX:Dependencies = "1 ATRL" ; ATX:MissingValue = -32767.f ; float C260X_IBR(Time, sps1, Vector64) ; C260X_IBR:units = "N/L" ; C260X_IBR:long_name = "260X Concentration (per cell)" ; C260X_IBR:OutputRate = 1 ; C260X_IBR:VectorLength = 63 ; C260X_IBR:Dependencies = "2 A260X_IBR TASX" ; C260X_IBR:MissingValue = -32767.f ; float CF300_RPO(Time, sps1, Vector32) ; CF300_RPO:units = "N/cm3" ; CF300_RPO:long_name = "FSSP-300 Concentration (per cell)" ; CF300_RPO:OutputRate = 1 ; CF300_RPO:VectorLength = 32 ; CF300_RPO:Dependencies = "2 AF300_RPO TASX" ; CF300_RPO:MissingValue = -32767.f ; float CFSSP_OBR(Time, sps1, Vector16) ; CFSSP_OBR:units = "N/cm3" ; CFSSP_OBR:long_name = "FSSP-100 Concentration (per cell)" ; CFSSP_OBR:OutputRate = 1 ; CFSSP_OBR:VectorLength = 16 ; CFSSP_OBR:Dependencies = "5 AFSSP_OBR TASX FACT_OBR FBMFR_OBR FRNG_OBR" ; CFSSP_OBR:MissingValue = -32767.f ; float CN3010C(Time) ; CN3010C:units = "N/cm3" ; CN3010C:long_name = "CLARKE Particle Concentrations" ; CN3010C:OutputRate = 1 ; CN3010C:VectorLength = 1 ; CN3010C:Dependencies = "1 CN3010" ; CN3010C:MissingValue = -32767.f ; float CN3025C(Time) ; CN3025C:units = "N/cm3" ; CN3025C:long_name = "CLARKE Particle Concentrations" ; CN3025C:OutputRate = 1 ; CN3025C:VectorLength = 1 ; CN3025C:Dependencies = "1 CN3025" ; CN3025C:MissingValue = -32767.f ; float CN3760C(Time) ; CN3760C:units = "N/cm3" ; CN3760C:long_name = "CLARKE Particle Concentrations" ; CN3760C:OutputRate = 1 ; CN3760C:VectorLength = 1 ; CN3760C:Dependencies = "1 CN3760" ; CN3760C:MissingValue = -32767.f ; float COCAL(Time) ; COCAL:units = "ppb" ; COCAL:long_name = "Corrected Carbon Monoxide Concentration" ; COCAL:OutputRate = 1 ; COCAL:VectorLength = 1 ; COCAL:Dependencies = "1 ZERO" ; COCAL:MissingValue = -32767.f ; float COCOR(Time) ; COCOR:units = "Vdc" ; COCOR:long_name = "Raw Carbon Monoxide, Baseline Corrected" ; COCOR:OutputRate = 1 ; COCOR:VectorLength = 1 ; COCOR:Dependencies = "1 ZERO" ; COCOR:MissingValue = -32767.f ; float CON2C1(Time) ; CON2C1:units = "N/L" ; CON2C1:long_name = "2D-C Concentration" ; CON2C1:OutputRate = 1 ; CON2C1:VectorLength = 1 ; CON2C1:Dependencies = "2 SDWC1 TASX" ; CON2C1:MissingValue = -32767.f ; float CON2P1(Time) ; CON2P1:units = "N/L" ; CON2P1:long_name = "2D-P Concentration" ; CON2P1:OutputRate = 1 ; CON2P1:VectorLength = 1 ; CON2P1:Dependencies = "2 SDWP1 TASX" ; CON2P1:MissingValue = -32767.f ; float CONC3_RPO(Time) ; CONC3_RPO:units = "N/cm3" ; CONC3_RPO:long_name = "FSSP-300 Concentration (all cells)" ; CONC3_RPO:OutputRate = 1 ; CONC3_RPO:VectorLength = 1 ; CONC3_RPO:Dependencies = "1 CF300_RPO" ; CONC3_RPO:MissingValue = -32767.f ; float CONC6_IBR(Time) ; CONC6_IBR:units = "N/L" ; CONC6_IBR:long_name = "260X Concentration (all cells)" ; CONC6_IBR:OutputRate = 1 ; CONC6_IBR:VectorLength = 1 ; CONC6_IBR:Dependencies = "1 C260X_IBR" ; CONC6_IBR:MissingValue = -32767.f ; float CONCF_OBR(Time) ; CONCF_OBR:units = "N/cm3" ; CONCF_OBR:long_name = "FSSP-100 Concentration (all cells)" ; CONCF_OBR:OutputRate = 1 ; CONCF_OBR:VectorLength = 1 ; CONCF_OBR:Dependencies = "1 CFSSP_OBR" ; CONCF_OBR:MissingValue = -32767.f ; float CONCN(Time) ; CONCN:units = "N/cm3" ; CONCN:long_name = "Condensation Nuclei (CN) Concentration" ; CONCN:OutputRate = 1 ; CONCN:VectorLength = 1 ; CONCN:Dependencies = "2 CNTS FCNC" ; CONCN:MissingValue = -32767.f ; float CONCP_RPI(Time) ; CONCP_RPI:units = "N/cm3" ; CONCP_RPI:long_name = "PCAS Concentration (all cells)" ; CONCP_RPI:OutputRate = 1 ; CONCP_RPI:VectorLength = 1 ; CONCP_RPI:Dependencies = "1 CPCAS_RPI" ; CONCP_RPI:MissingValue = -32767.f ; float COZRO(Time) ; COZRO:units = "Vdc" ; COZRO:long_name = "CO, Zero Baseline" ; COZRO:OutputRate = 1 ; COZRO:VectorLength = 1 ; COZRO:Dependencies = "1 ZERO" ; COZRO:MissingValue = -32767.f ; float CPCAS_RPI(Time, sps1, Vector16) ; CPCAS_RPI:units = "N/cm3" ; CPCAS_RPI:long_name = "PCAS Concentration (per cell)" ; CPCAS_RPI:OutputRate = 1 ; CPCAS_RPI:VectorLength = 16 ; CPCAS_RPI:Dependencies = "3 APCAS_RPI PACT_RPI PFLWC_RPI" ; CPCAS_RPI:MissingValue = -32767.f ; float DBAR3_RPO(Time) ; DBAR3_RPO:units = "uM" ; DBAR3_RPO:long_name = "FSSP-300 Mean Particle Diameter" ; DBAR3_RPO:OutputRate = 1 ; DBAR3_RPO:VectorLength = 1 ; DBAR3_RPO:Dependencies = "1 CF300_RPO" ; DBAR3_RPO:MissingValue = -32767.f ; float DBAR6_IBR(Time) ; DBAR6_IBR:units = "uM" ; DBAR6_IBR:long_name = "260X Mean Particle Diameter" ; DBAR6_IBR:OutputRate = 1 ; DBAR6_IBR:VectorLength = 1 ; DBAR6_IBR:Dependencies = "1 C260X_IBR" ; DBAR6_IBR:MissingValue = -32767.f ; float DBARF_OBR(Time) ; DBARF_OBR:units = "uM" ; DBARF_OBR:long_name = "FSSP-100 Mean Particle Diameter" ; DBARF_OBR:OutputRate = 1 ; DBARF_OBR:VectorLength = 1 ; DBARF_OBR:Dependencies = "1 CFSSP_OBR" ; DBARF_OBR:MissingValue = -32767.f ; float DBARP_RPI(Time) ; DBARP_RPI:units = "uM" ; DBARP_RPI:long_name = "PCASP Mean Particle Diameter" ; DBARP_RPI:OutputRate = 1 ; DBARP_RPI:VectorLength = 1 ; DBARP_RPI:Dependencies = "1 CPCAS_RPI" ; DBARP_RPI:MissingValue = -32767.f ; float DBZ6_IBR(Time) ; DBZ6_IBR:units = "dBZ" ; DBZ6_IBR:long_name = "260X Calculated Reflectivity" ; DBZ6_IBR:OutputRate = 1 ; DBZ6_IBR:VectorLength = 1 ; DBZ6_IBR:Dependencies = "1 C260X_IBR" ; DBZ6_IBR:MissingValue = -32767.f ; float DBZF_OBR(Time) ; DBZF_OBR:units = "dBZ" ; DBZF_OBR:long_name = "FSSP-100 Calculated Reflectivity" ; DBZF_OBR:OutputRate = 1 ; DBZF_OBR:VectorLength = 1 ; DBZF_OBR:Dependencies = "1 CFSSP_OBR" ; DBZF_OBR:MissingValue = -32767.f ; float DIFF1(Time) ; DIFF1:units = "Unk" ; DIFF1:long_name = "No title" ; DIFF1:OutputRate = 1 ; DIFF1:VectorLength = 1 ; DIFF1:Dependencies = "2 PITCH AKRD" ; DIFF1:MissingValue = -32767.f ; float DIFF2(Time) ; DIFF2:units = "Unk" ; DIFF2:long_name = "No title" ; DIFF2:OutputRate = 1 ; DIFF2:VectorLength = 1 ; DIFF2:Dependencies = "2 PITCH AKRD" ; DIFF2:MissingValue = -32767.f ; float DISP6_IBR(Time) ; DISP6_IBR:units = "none" ; DISP6_IBR:long_name = "260X Dispersion (sigma/dbarx)" ; DISP6_IBR:OutputRate = 1 ; DISP6_IBR:VectorLength = 1 ; DISP6_IBR:Dependencies = "1 C260X_IBR" ; DISP6_IBR:MissingValue = -32767.f ; float DISPF_OBR(Time) ; DISPF_OBR:units = "none" ; DISPF_OBR:long_name = "FSSP-100 Dispersion (sigma/dbarx)" ; DISPF_OBR:OutputRate = 1 ; DISPF_OBR:VectorLength = 1 ; DISPF_OBR:Dependencies = "1 CFSSP_OBR" ; DISPF_OBR:MissingValue = -32767.f ; float DISPP_RPI(Time) ; DISPP_RPI:units = "none" ; DISPP_RPI:long_name = "PCASP Dispersion (sigma/dbarx)" ; DISPP_RPI:OutputRate = 1 ; DISPP_RPI:VectorLength = 1 ; DISPP_RPI:Dependencies = "1 CPCAS_RPI" ; DISPP_RPI:MissingValue = -32767.f ; float DPBC(Time) ; DPBC:units = "C" ; DPBC:long_name = "Dew Point Temperature, T-Electric Bottom" ; DPBC:OutputRate = 1 ; DPBC:VectorLength = 1 ; DPBC:Dependencies = "1 DPB" ; DPBC:MissingValue = -32767.f ; float DPTC(Time) ; DPTC:units = "C" ; DPTC:long_name = "Dew Point Temperature, T-Electric Top" ; DPTC:OutputRate = 1 ; DPTC:VectorLength = 1 ; DPTC:Dependencies = "1 DPT" ; DPTC:MissingValue = -32767.f ; float DPXC(Time) ; DPXC:units = "C" ; DPXC:long_name = "Dew Point Temperature, Reference" ; DPXC:OutputRate = 1 ; DPXC:VectorLength = 1 ; DPXC:Dependencies = "1 DPBC" ; DPXC:MissingValue = -32767.f ; float EDPC(Time) ; EDPC:units = "mbar" ; EDPC:long_name = "Ambient Water Vapor Pressure, Reference" ; EDPC:OutputRate = 1 ; EDPC:VectorLength = 1 ; EDPC:Dependencies = "2 DPXC MR" ; EDPC:MissingValue = -32767.f ; float FBMFR_OBR(Time) ; FBMFR_OBR:units = "none" ; FBMFR_OBR:long_name = "FSSP-100 Beam Fraction" ; FBMFR_OBR:OutputRate = 1 ; FBMFR_OBR:VectorLength = 1 ; FBMFR_OBR:Dependencies = "2 AFSSP_OBR FSTB_OBR" ; FBMFR_OBR:MissingValue = -32767.f ; float FCNC(Time) ; FCNC:units = "vlpm" ; FCNC:long_name = "Corrected CN Counter Sample Flow Rate" ; FCNC:OutputRate = 1 ; FCNC:VectorLength = 1 ; FCNC:Dependencies = "3 XFCN PSX CNTEMP" ; FCNC:MissingValue = -32767.f ; float FLXCO2CO2(Time) ; FLXCO2CO2:units = "(ppmv)^2" ; FLXCO2CO2:long_name = "Variance of XCO2C computed over last N minutes" ; FLXCO2CO2:OutputRate = 1 ; FLXCO2CO2:VectorLength = 1 ; FLXCO2CO2:Dependencies = "4 SECOND WI XCO2C FLXWW" ; FLXCO2CO2:MissingValue = -32767.f ; float FLXQQ(Time) ; FLXQQ:units = "(g/M3)^2" ; FLXQQ:long_name = "Variance of Absolute Humidity over last N minutes" ; FLXQQ:OutputRate = 1 ; FLXQQ:VectorLength = 1 ; FLXQQ:Dependencies = "4 SECOND WI RHOLA FLXWW" ; FLXQQ:MissingValue = -32767.f ; float FLXTT(Time) ; FLXTT:units = "(K)^2" ; FLXTT:long_name = "Variance of Potential Temperature computed over last N minutes" ; FLXTT:OutputRate = 1 ; FLXTT:VectorLength = 1 ; FLXTT:Dependencies = "4 SECOND WI THETA FLXWW" ; FLXTT:MissingValue = -32767.f ; float FLXUU(Time) ; FLXUU:units = "(M/s)^2" ; FLXUU:long_name = "Variance of UI computed over last N minutes" ; FLXUU:OutputRate = 1 ; FLXUU:VectorLength = 1 ; FLXUU:Dependencies = "4 SECOND WI UI FLXWW" ; FLXUU:MissingValue = -32767.f ; float FLXVV(Time) ; FLXVV:units = "(M/s)^2" ; FLXVV:long_name = "Variance of VI computed over last N minutes" ; FLXVV:OutputRate = 1 ; FLXVV:VectorLength = 1 ; FLXVV:Dependencies = "4 SECOND WI VI FLXWW" ; FLXVV:MissingValue = -32767.f ; float FLXWCO2(Time) ; FLXWCO2:units = "(M/s)(ppmv)" ; FLXWCO2:long_name = "Covariance of WI and XCO2C over last N minutes" ; FLXWCO2:OutputRate = 1 ; FLXWCO2:VectorLength = 1 ; FLXWCO2:Dependencies = "1 FLXCO2CO2" ; FLXWCO2:MissingValue = -32767.f ; float FLXWQ(Time) ; FLXWQ:units = "(M/s)(g/M3)" ; FLXWQ:long_name = "Covariance of WI and Absolute Humidity over last N minutes" ; FLXWQ:OutputRate = 1 ; FLXWQ:VectorLength = 1 ; FLXWQ:Dependencies = "1 FLXQQ" ; FLXWQ:MissingValue = -32767.f ; float FLXWT(Time) ; FLXWT:units = "(M/s)(K)" ; FLXWT:long_name = "Covariance of WI and Potential Temperature over last N minutes" ; FLXWT:OutputRate = 1 ; FLXWT:VectorLength = 1 ; FLXWT:Dependencies = "1 FLXTT" ; FLXWT:MissingValue = -32767.f ; float FLXWU(Time) ; FLXWU:units = "(M/s)^2" ; FLXWU:long_name = "Covariance of WI and UI over last N minutes" ; FLXWU:OutputRate = 1 ; FLXWU:VectorLength = 1 ; FLXWU:Dependencies = "1 FLXUU" ; FLXWU:MissingValue = -32767.f ; float FLXWV(Time) ; FLXWV:units = "(M/s)^2" ; FLXWV:long_name = "Covariance of WI and VI over last N minutes" ; FLXWV:OutputRate = 1 ; FLXWV:VectorLength = 1 ; FLXWV:Dependencies = "1 FLXVV" ; FLXWV:MissingValue = -32767.f ; float FLXWW(Time) ; FLXWW:units = "(M/s)^2" ; FLXWW:long_name = "Variance of WI computed over last N minutes" ; FLXWW:OutputRate = 1 ; FLXWW:VectorLength = 1 ; FLXWW:Dependencies = "1 WI" ; FLXWW:MissingValue = -32767.f ; float H2O2(Time) ; H2O2:units = "ppb" ; H2O2:long_name = "Hydrogen Peroxide, Gas Phase" ; H2O2:OutputRate = 1 ; H2O2:VectorLength = 1 ; H2O2:Dependencies = "0" ; H2O2:MissingValue = -32767.f ; float INFLOWC(Time) ; INFLOWC:units = "splm" ; INFLOWC:long_name = "C.A.I. Excess Flow: Corrected" ; INFLOWC:OutputRate = 1 ; INFLOWC:VectorLength = 1 ; INFLOWC:Dependencies = "3 INFLOW INPS2 INTEMP" ; INFLOWC:MissingValue = -32767.f ; float INPWANT(Time) ; INPWANT:units = "mbar" ; INPWANT:long_name = "C.A.I Desired Inlet Pressure Differential" ; INPWANT:OutputRate = 1 ; INPWANT:VectorLength = 1 ; INPWANT:Dependencies = "2 PSXC TASX" ; INPWANT:MissingValue = -32767.f ; float INTAS1(Time) ; INTAS1:units = "M/s" ; INTAS1:long_name = "C.A.I. Shroud True Air Speed" ; INTAS1:OutputRate = 1 ; INTAS1:VectorLength = 1 ; INTAS1:Dependencies = "3 INQC1 INPS1 TTX" ; INTAS1:MissingValue = -32767.f ; float INTAS2(Time) ; INTAS2:units = "M/s" ; INTAS2:long_name = "C.A.I. Sample Plain True Air Speed" ; INTAS2:OutputRate = 1 ; INTAS2:VectorLength = 1 ; INTAS2:Dependencies = "3 INQC2 INPS2 INTEMP" ; INTAS2:MissingValue = -32767.f ; float IRBC(Time) ; IRBC:units = "W/M2" ; IRBC:long_name = "Corrected Infrared Irradiance, Bottom" ; IRBC:OutputRate = 1 ; IRBC:VectorLength = 1 ; IRBC:Dependencies = "3 IRB STB DTB" ; IRBC:MissingValue = -32767.f ; float IRTC(Time) ; IRTC:units = "W/M2" ; IRTC:long_name = "Corrected Infrared Irradiance, Top" ; IRTC:OutputRate = 1 ; IRTC:VectorLength = 1 ; IRTC:Dependencies = "3 IRT STT DTT" ; IRTC:MissingValue = -32767.f ; float MHPEQ(Time) ; MHPEQ:units = "ppb" ; MHPEQ:long_name = "MethylhydroPeroxide Equivalent" ; MHPEQ:OutputRate = 1 ; MHPEQ:VectorLength = 1 ; MHPEQ:Dependencies = "0" ; MHPEQ:MissingValue = -32767.f ; float MR(Time) ; MR:units = "g/kg" ; MR:long_name = "Mixing Ratio, T-Electric" ; MR:OutputRate = 1 ; MR:VectorLength = 1 ; MR:Dependencies = "2 PSXC DPXC" ; MR:MissingValue = -32767.f ; float MRLA(Time) ; MRLA:units = "g/kg" ; MRLA:long_name = "Mixing Ratio, Lyman-alpha" ; MRLA:OutputRate = 1 ; MRLA:VectorLength = 1 ; MRLA:Dependencies = "3 RHOLA PSXC ATX" ; MRLA:MissingValue = -32767.f ; float MRLA1(Time) ; MRLA1:units = "g/kg" ; MRLA1:long_name = "Mixing Ratio, Lyman-alpha" ; MRLA1:OutputRate = 1 ; MRLA1:VectorLength = 1 ; MRLA1:Dependencies = "3 RHOLA1 PSXC ATX" ; MRLA1:MissingValue = -32767.f ; float O3FC(Time) ; O3FC:units = "ppb" ; O3FC:long_name = "Fast-Response Ozone Concentration" ; O3FC:OutputRate = 1 ; O3FC:VectorLength = 1 ; O3FC:Dependencies = "4 O3FS EDPC PSXC ONE" ; O3FC:MissingValue = -32767.f ; float ONE(Time) ; ONE:units = "none" ; ONE:long_name = "Constant value of 1." ; ONE:OutputRate = 1 ; ONE:VectorLength = 1 ; ONE:Dependencies = "0" ; ONE:MissingValue = -32767.f ; float PALT(Time) ; PALT:units = "M" ; PALT:long_name = "NACA Pressure Altitude" ; PALT:OutputRate = 1 ; PALT:VectorLength = 1 ; PALT:Dependencies = "1 PSXC" ; PALT:MissingValue = -32767.f ; float PALTF(Time) ; PALTF:units = "feet" ; PALTF:long_name = "NACA Pressure Altitude" ; PALTF:OutputRate = 1 ; PALTF:VectorLength = 1 ; PALTF:Dependencies = "1 PALT" ; PALTF:MissingValue = -32767.f ; float PERACAL(Time) ; PERACAL:units = "ppb" ; PERACAL:long_name = "Hydrogen Peroxide Calibrated Ch A" ; PERACAL:OutputRate = 1 ; PERACAL:VectorLength = 1 ; PERACAL:Dependencies = "0" ; PERACAL:MissingValue = -32767.f ; float PERACOR(Time) ; PERACOR:units = "Vdc" ; PERACOR:long_name = "Hydrogen Peroxide Corrected Ch A" ; PERACOR:OutputRate = 1 ; PERACOR:VectorLength = 1 ; PERACOR:Dependencies = "0" ; PERACOR:MissingValue = -32767.f ; float PERAZRO(Time) ; PERAZRO:units = "Vdc" ; PERAZRO:long_name = "Hydrogen Peroxide Zero Ch A" ; PERAZRO:OutputRate = 1 ; PERAZRO:VectorLength = 1 ; PERAZRO:Dependencies = "0" ; PERAZRO:MissingValue = -32767.f ; float PERBCAL(Time) ; PERBCAL:units = "ppb" ; PERBCAL:long_name = "Hydrogen Peroxide Calibrated Ch B" ; PERBCAL:OutputRate = 1 ; PERBCAL:VectorLength = 1 ; PERBCAL:Dependencies = "0" ; PERBCAL:MissingValue = -32767.f ; float PERBCOR(Time) ; PERBCOR:units = "Vdc" ; PERBCOR:long_name = "Hydrogen Peroxide Corrected Ch B" ; PERBCOR:OutputRate = 1 ; PERBCOR:VectorLength = 1 ; PERBCOR:Dependencies = "0" ; PERBCOR:MissingValue = -32767.f ; float PERBZRO(Time) ; PERBZRO:units = "Vdc" ; PERBZRO:long_name = "Hydrogen Peroxide Zero Ch B" ; PERBZRO:OutputRate = 1 ; PERBZRO:VectorLength = 1 ; PERBZRO:Dependencies = "0" ; PERBZRO:MissingValue = -32767.f ; float PFLWC_RPI(Time) ; PFLWC_RPI:units = "slpm" ; PFLWC_RPI:long_name = "PCAS Corrected Flow" ; PFLWC_RPI:OutputRate = 1 ; PFLWC_RPI:VectorLength = 1 ; PFLWC_RPI:Dependencies = "3 PFLW_RPI PSX ATX" ; PFLWC_RPI:MissingValue = -32767.f ; float PLWC6_IBR(Time) ; PLWC6_IBR:units = "g/M3" ; PLWC6_IBR:long_name = "260X Water/Ice Content" ; PLWC6_IBR:OutputRate = 1 ; PLWC6_IBR:VectorLength = 1 ; PLWC6_IBR:Dependencies = "1 C260X_IBR" ; PLWC6_IBR:MissingValue = -32767.f ; float PLWCC(Time) ; PLWCC:units = "g/M3" ; PLWCC:long_name = "Corrected PMS-King Liquid Water Content" ; PLWCC:OutputRate = 1 ; PLWCC:VectorLength = 1 ; PLWCC:Dependencies = "4 PLWC TASX ATX PSXC" ; PLWCC:MissingValue = -32767.f ; float PLWCC1(Time) ; PLWCC1:units = "g/M3" ; PLWCC1:long_name = "Corrected PMS-King Liquid Water Content" ; PLWCC1:OutputRate = 1 ; PLWCC1:VectorLength = 1 ; PLWCC1:Dependencies = "4 PLWC1 TASX ATX PSXC" ; PLWCC1:MissingValue = -32767.f ; float PLWCF_OBR(Time) ; PLWCF_OBR:units = "g/M3" ; PLWCF_OBR:long_name = "FSSP-100 Water/Ice Content" ; PLWCF_OBR:OutputRate = 1 ; PLWCF_OBR:VectorLength = 1 ; PLWCF_OBR:Dependencies = "1 CFSSP_OBR" ; PLWCF_OBR:MissingValue = -32767.f ; float PSFC(Time) ; PSFC:units = "mbar" ; PSFC:long_name = "Corrected Static Pressure, Fuselage" ; PSFC:OutputRate = 1 ; PSFC:VectorLength = 1 ; PSFC:Dependencies = "2 PSF QCX" ; PSFC:MissingValue = -32767.f ; float PSFDC(Time) ; PSFDC:units = "mbar" ; PSFDC:long_name = "Corrected Static Pressure, Fuselage Digital" ; PSFDC:OutputRate = 1 ; PSFDC:VectorLength = 1 ; PSFDC:Dependencies = "2 PSFD QCX" ; PSFDC:MissingValue = -32767.f ; float PSURF(Time) ; PSURF:units = "mbar" ; PSURF:long_name = "Calculated Surface Pressure" ; PSURF:OutputRate = 1 ; PSURF:VectorLength = 1 ; PSURF:Dependencies = "4 HGM ATX MR PSXC" ; PSURF:MissingValue = -32767.f ; float PSX(Time) ; PSX:units = "mbar" ; PSX:long_name = "Raw Static Pressure, Reference" ; PSX:OutputRate = 1 ; PSX:VectorLength = 1 ; PSX:Dependencies = "1 PSFD" ; PSX:MissingValue = -32767.f ; float PSXC(Time) ; PSXC:units = "mbar" ; PSXC:long_name = "Corrected Static Pressure, Reference" ; PSXC:OutputRate = 1 ; PSXC:VectorLength = 1 ; PSXC:Dependencies = "1 PSFDC" ; PSXC:MissingValue = -32767.f ; float QCFC(Time) ; QCFC:units = "mbar" ; QCFC:long_name = "Corrected Dynamic Pressure, Fuselage" ; QCFC:OutputRate = 1 ; QCFC:VectorLength = 1 ; QCFC:Dependencies = "1 QCF" ; QCFC:MissingValue = -32767.f ; float QCRC(Time) ; QCRC:units = "mbar" ; QCRC:long_name = "Corrected Dynamic Pressure, Radome" ; QCRC:OutputRate = 1 ; QCRC:VectorLength = 1 ; QCRC:Dependencies = "3 QCR ADIFR BDIFR" ; QCRC:MissingValue = -32767.f ; float QCX(Time) ; QCX:units = "mbar" ; QCX:long_name = "Raw Dynamic Pressure, Reference" ; QCX:OutputRate = 1 ; QCX:VectorLength = 1 ; QCX:Dependencies = "1 QCF" ; QCX:MissingValue = -32767.f ; float QCXC(Time) ; QCXC:units = "mbar" ; QCXC:long_name = "Corrected Dynamic Pressure, Reference" ; QCXC:OutputRate = 1 ; QCXC:VectorLength = 1 ; QCXC:Dependencies = "1 QCFC" ; QCXC:MissingValue = -32767.f ; float RATIO(Time) ; RATIO:units = "Unk" ; RATIO:long_name = "No title" ; RATIO:OutputRate = 1 ; RATIO:VectorLength = 1 ; RATIO:Dependencies = "2 ADIFR QCXC" ; RATIO:MissingValue = -32767.f ; float RHODT(Time) ; RHODT:units = "g/M3" ; RHODT:long_name = "Absolute Humidity, T-Electric Top" ; RHODT:OutputRate = 1 ; RHODT:VectorLength = 1 ; RHODT:Dependencies = "4 ATX DPXC PSXC EDPC" ; RHODT:MissingValue = -32767.f ; float RHOLA(Time) ; RHOLA:units = "g/M3" ; RHOLA:long_name = "Absolute Humidity, Lyman-alpha" ; RHOLA:OutputRate = 1 ; RHOLA:VectorLength = 1 ; RHOLA:Dependencies = "5 VLA PSXC ATX QCXC RHODT" ; RHOLA:MissingValue = -32767.f ; float RHOLA1(Time) ; RHOLA1:units = "g/M3" ; RHOLA1:long_name = "Absolute Humidity, Lyman-alpha" ; RHOLA1:OutputRate = 1 ; RHOLA1:VectorLength = 1 ; RHOLA1:Dependencies = "5 VLA1 PSXC ATX QCXC RHODT" ; RHOLA1:MissingValue = -32767.f ; float RHUM(Time) ; RHUM:units = "%" ; RHUM:long_name = "Relative Humidity" ; RHUM:OutputRate = 1 ; RHUM:VectorLength = 1 ; RHUM:Dependencies = "2 ATX EDPC" ; RHUM:MissingValue = -32767.f ; float ROOH(Time) ; ROOH:units = "ppb" ; ROOH:long_name = "Organic Peroxide Concentration " ; ROOH:OutputRate = 1 ; ROOH:VectorLength = 1 ; ROOH:Dependencies = "0" ; ROOH:MissingValue = -32767.f ; float SSLIP(Time) ; SSLIP:units = "deg" ; SSLIP:long_name = "Sideslip Angle, Reference" ; SSLIP:OutputRate = 1 ; SSLIP:VectorLength = 1 ; SSLIP:Dependencies = "1 SSRD" ; SSLIP:MissingValue = -32767.f ; float SSRD(Time) ; SSRD:units = "deg" ; SSRD:long_name = "Sideslip Angle, Radome Diff. Pressure" ; SSRD:OutputRate = 1 ; SSRD:VectorLength = 1 ; SSRD:Dependencies = "3 BDIFR QCXC XMACH2" ; SSRD:MissingValue = -32767.f ; float TASF(Time) ; TASF:units = "M/s" ; TASF:long_name = "Aircraft True Airspeed, Fuselage" ; TASF:OutputRate = 1 ; TASF:VectorLength = 1 ; TASF:Dependencies = "3 QCFC PSXC TTX" ; TASF:MissingValue = -32767.f ; float TASHC(Time) ; TASHC:units = "M/s" ; TASHC:long_name = "Aircraft True Airspeed, Humidity Corrected" ; TASHC:OutputRate = 1 ; TASHC:VectorLength = 1 ; TASHC:Dependencies = "2 TASX MR" ; TASHC:MissingValue = -32767.f ; float TASR(Time) ; TASR:units = "M/s" ; TASR:long_name = "Aircraft True Airspeed, Radome" ; TASR:OutputRate = 1 ; TASR:VectorLength = 1 ; TASR:Dependencies = "3 QCRC PSXC TTX" ; TASR:MissingValue = -32767.f ; float TASX(Time) ; TASX:units = "M/s" ; TASX:long_name = "Aircraft True Airspeed, Reference" ; TASX:OutputRate = 1 ; TASX:VectorLength = 1 ; TASX:Dependencies = "1 TASF" ; TASX:MissingValue = -32767.f ; float TEO3C(Time) ; TEO3C:units = "ppb" ; TEO3C:long_name = "Corrected TECO Ozone Concentration" ; TEO3C:OutputRate = 1 ; TEO3C:VectorLength = 1 ; TEO3C:Dependencies = "3 TEO3 TEP TET" ; TEO3C:MissingValue = -32767.f ; float THETA(Time) ; THETA:units = "K" ; THETA:long_name = "Potential Temperature" ; THETA:OutputRate = 1 ; THETA:VectorLength = 1 ; THETA:Dependencies = "2 ATX PSXC" ; THETA:MissingValue = -32767.f ; float THETAE(Time) ; THETAE:units = "K" ; THETAE:long_name = "Equivalent Potential Temperature" ; THETAE:OutputRate = 1 ; THETAE:VectorLength = 1 ; THETAE:Dependencies = "4 ATX DPXC PSXC MR" ; THETAE:MissingValue = -32767.f ; float THETAV(Time) ; THETAV:units = "K" ; THETAV:long_name = "Virtual Potential Temperature" ; THETAV:OutputRate = 1 ; THETAV:VectorLength = 1 ; THETAV:Dependencies = "3 PSXC ATX DPXC" ; THETAV:MissingValue = -32767.f ; float TTX(Time) ; TTX:units = "C" ; TTX:long_name = "Total Temperature, Reference" ; TTX:OutputRate = 1 ; TTX:VectorLength = 1 ; TTX:Dependencies = "1 TTRL" ; TTX:MissingValue = -32767.f ; float UI(Time) ; UI:units = "M/s" ; UI:long_name = "Wind Vector, East Component" ; UI:OutputRate = 1 ; UI:VectorLength = 1 ; UI:Dependencies = "1 WI" ; UI:MissingValue = -32767.f ; float UX(Time) ; UX:units = "M/s" ; UX:long_name = "Wind Vector, Longitudinal Component" ; UX:OutputRate = 1 ; UX:VectorLength = 1 ; UX:Dependencies = "1 WI" ; UX:MissingValue = -32767.f ; float VI(Time) ; VI:units = "M/s" ; VI:long_name = "Wind Vector, North Component" ; VI:OutputRate = 1 ; VI:VectorLength = 1 ; VI:Dependencies = "1 WI" ; VI:MissingValue = -32767.f ; float VY(Time) ; VY:units = "M/s" ; VY:long_name = "Wind Vector, Lateral Component" ; VY:OutputRate = 1 ; VY:VectorLength = 1 ; VY:Dependencies = "1 WI" ; VY:MissingValue = -32767.f ; float WD(Time) ; WD:units = "deg" ; WD:long_name = "Horizontal Wind Direction" ; WD:OutputRate = 1 ; WD:VectorLength = 1 ; WD:Dependencies = "2 UI VI" ; WD:MissingValue = -32767.f ; float WI(Time) ; WI:units = "M/s" ; WI:long_name = "Wind Vector, Vertical Gust Component" ; WI:OutputRate = 1 ; WI:VectorLength = 1 ; WI:Dependencies = "9 TASX VEW VNS PITCH ROLL THDG ATTACK SSLIP VSPD" ; WI:MissingValue = -32767.f ; float WP3(Time) ; WP3:units = "M/s" ; WP3:long_name = "Damped Aircraft Vertical Velocity" ; WP3:OutputRate = 1 ; WP3:VectorLength = 1 ; WP3:Dependencies = "5 LAT VEW VNS PALT ACINS" ; WP3:MissingValue = -32767.f ; float WS(Time) ; WS:units = "M/s" ; WS:long_name = "Horizontal Wind Speed" ; WS:OutputRate = 1 ; WS:VectorLength = 1 ; WS:Dependencies = "2 UI VI" ; WS:MissingValue = -32767.f ; float XFCN(Time) ; XFCN:units = "slpm" ; XFCN:long_name = "Subst. CN Counter Sample Flow Rate" ; XFCN:OutputRate = 1 ; XFCN:VectorLength = 1 ; XFCN:Dependencies = "1 PSFD" ; XFCN:MissingValue = -32767.f ; float XLATC(Time) ; XLATC:units = "deg" ; XLATC:long_name = "GPS-Corrected Inertial Latitude" ; XLATC:OutputRate = 1 ; XLATC:VectorLength = 1 ; XLATC:Dependencies = "10 LAT LON GLAT GLON VNS VEW GVNS GVEW ROLL GSTAT" ; XLATC:MissingValue = -32767.f ; float XLONC(Time) ; XLONC:units = "deg" ; XLONC:long_name = "GPS-Corrected Inertial Longitude" ; XLONC:OutputRate = 1 ; XLONC:VectorLength = 1 ; XLONC:Dependencies = "1 XLATC" ; XLONC:MissingValue = -32767.f ; float XMACH2(Time) ; XMACH2:units = "none" ; XMACH2:long_name = "Aircraft Mach Number Squared" ; XMACH2:OutputRate = 1 ; XMACH2:VectorLength = 1 ; XMACH2:Dependencies = "2 QCXC PSXC" ; XMACH2:MissingValue = -32767.f ; float XUIC(Time) ; XUIC:units = "M/s" ; XUIC:long_name = "GPS-Corrected Wind Vector, East Component" ; XUIC:OutputRate = 1 ; XUIC:VectorLength = 1 ; XUIC:Dependencies = "1 XWIC" ; XUIC:MissingValue = -32767.f ; float XUXC(Time) ; XUXC:units = "M/s" ; XUXC:long_name = "GPS-Corrected Wind Vector, Longitudinal Component" ; XUXC:OutputRate = 1 ; XUXC:VectorLength = 1 ; XUXC:Dependencies = "1 XWIC" ; XUXC:MissingValue = -32767.f ; float XVEWC(Time) ; XVEWC:units = "M/s" ; XVEWC:long_name = "GPS-Corrected Inertial Ground Speed Vector, East Component" ; XVEWC:OutputRate = 1 ; XVEWC:VectorLength = 1 ; XVEWC:Dependencies = "6 XLATC UI VI UX VY WI" ; XVEWC:MissingValue = -32767.f ; float XVIC(Time) ; XVIC:units = "M/s" ; XVIC:long_name = "GPS-Corrected Wind Vector, North Component" ; XVIC:OutputRate = 1 ; XVIC:VectorLength = 1 ; XVIC:Dependencies = "1 XWIC" ; XVIC:MissingValue = -32767.f ; float XVNSC(Time) ; XVNSC:units = "M/s" ; XVNSC:long_name = "GPS-Corrected Inertial Ground Speed Vector, North Component" ; XVNSC:OutputRate = 1 ; XVNSC:VectorLength = 1 ; XVNSC:Dependencies = "1 XLATC" ; XVNSC:MissingValue = -32767.f ; float XVYC(Time) ; XVYC:units = "M/s" ; XVYC:long_name = "GPS-Corrected Wind Vector, Lateral Component" ; XVYC:OutputRate = 1 ; XVYC:VectorLength = 1 ; XVYC:Dependencies = "1 XWIC" ; XVYC:MissingValue = -32767.f ; float XWDC(Time) ; XWDC:units = "deg" ; XWDC:long_name = "GPS-Corrected Horizontal Wind Direction" ; XWDC:OutputRate = 1 ; XWDC:VectorLength = 1 ; XWDC:Dependencies = "2 XUIC XVIC" ; XWDC:MissingValue = -32767.f ; float XWIC(Time) ; XWIC:units = "M/s" ; XWIC:long_name = "GPS-Corrected Wind Vector, Vertical Gust Component" ; XWIC:OutputRate = 1 ; XWIC:VectorLength = 1 ; XWIC:Dependencies = "9 TASX XVEWC XVNSC PITCH ROLL THDG ATTACK SSLIP WP3" ; XWIC:MissingValue = -32767.f ; float XWSC(Time) ; XWSC:units = "M/s" ; XWSC:long_name = "GPS-Corrected Horizontal Wind Speed" ; XWSC:OutputRate = 1 ; XWSC:VectorLength = 1 ; XWSC:Dependencies = "2 XUIC XVIC" ; XWSC:MissingValue = -32767.f ; float ZERO(Time) ; ZERO:units = "none" ; ZERO:long_name = "Constant value of 0." ; ZERO:OutputRate = 1 ; ZERO:VectorLength = 1 ; ZERO:Dependencies = "0" ; ZERO:MissingValue = -32767.f ; // global attributes: :Source = "NCAR Research Aviation Facility" ; :Address = "P.O. Box 3000, Boulder, CO 80307-3000" ; :Phone = "(303) 497-1030" ; :Conventions = "NCAR-RAF/nimbus" ; :WARNING = "This file contains PRELIMINARY DATA that are NOT to be used for critical analysis." ; :DateProcessed = "Apr 14 17:36 UTC 1996" ; :ProjectName = "ACE - 1" ; :Aircraft = "N130AR" ; :ProjectNumber = "130" ; :FlightNumber = "14" ; :FlightDate = "11/23/1995" ; :TimeInterval = "23:02:29-23:06:00" ; :Defaults = "CNDIV=1.027000e+03,3.000000e+01,1.562000e+03 : O3FS M_CAL=4.070000e+01 : XNOYM_CAL=-2.000000e+01,5.200000e+00 : XNOM_CAL=-1.000000e+ 01,4.300000e+01 : XNO2C_CAL=9.580000e+02 : C2T=3.094500e+02 : CO2_CAL=1.520700e- 01 : H2T=3.146500e+02 : H2O_CAL=7.135200e-03 : TWIRE_PMS=1.550000e+02 : TWIRE_PM S1=1.450000e+02 : PITCH_BIAS_1=0.000000e+00 : HEADING_BIAS_1=-4.000000e-01 : PIT CH_BIAS_2=0.000000e+00 : HEADING_BIAS_2=0.000000e+00 : C1_EAW=8.000000e-01 : C2_ EAW=8.000000e-01 : P1_EAW=6.400000e+00 : P2_EAW=3.200000e+00 : XC_1=5.100000e-01 : THRSH_1=9.000000e+02 : CX_1=9.770000e+00,1.297400e+00,4.102000e-02,9.787000e- 04 : XC_2=5.000000e-01 : THRSH_2=9.000000e+02 : CX_2=5.820000e+00,6.875000e-01,0 .000000e+00,0.000000e+00 : DOF=2.810000e+00 : BDIA=1.900000e-01 : DENS=1.000000e +00 : TAU1=5.800000e-06 : TAU2=2.500000e-06 : FSSP_CSIZ=0.000000e+00,3.500000e+0 0,6.500000e+00,9.500000e+00,1.250000e+01,1.550000e+01,1.850000e+01,2.150000e+01, 2.450000e+01,2.750000e+01,3.050000e+01,3.350000e+01,3.650000e+01,3.950000e+01,4. 250000e+01,4.550000e+01,0.000000e+00,3.000000e+00,5.000000e+00,7.000000e+00,9.00 0000e+00,1.100000e+01,1.300000e+01,1.500000e+01,1.700000e+01,1.900000e+01,2.1000 00e+01,2.300000e+01,2.500000e+01,2.700000e+01,2.900000e+01,3.100000e+01,0.000000 e+00,1.500000e+00,2.500000e+00,3.500000e+00,4.500000e+00,5.500000e+00,6.500000e+ 00,7.500000e+00,8.500000e+00,9.500000e+00,1.050000e+01,1.150000e+01,1.250000e+01 ,1.350000e+01,1.450000e+01,1.550000e+01,0.000000e+00,7.500000e-01,1.250000e+00,1 .750000e+00,2.250000e+00,2.750000e+00,3.250000e+00,3.750000e+00,4.250000e+00,4.7 50000e+00,5.250000e+00,5.750000e+00,6.250000e+00,6.750000e+00,7.250000e+00,7.750 000e+00 : ASAS_CSIZ=0.000000e+00,1.100000e-01,1.300000e-01,1.550000e-01,1.850000 e-01,2.250000e-01,2.750000e-01,3.500000e-01,4.500000e-01,6.000000e-01,8.000000e- 01,1.050000e+00,1.350000e+00,1.750000e+00,2.250000e+00,2.750000e+00 : F300_CSIZ= 0.000000e+00,3.250000e-01,3.750000e-01,4.250000e-01,4.750000e-01,5.250000e-01,5. 750000e-01,6.250000e-01,6.750000e-01,7.500000e-01,8.500000e-01,9.500000e-01,1.10 0000e+00,1.300000e+00,1.550000e+00,1.850000e+00,2.250000e+00,2.750000e+00,3.2500 00e+00,3.750000e+00,4.250000e+00,4.750000e+00,5.500000e+00,6.500000e+00,7.500000 e+00,8.500000e+00,9.500000e+00,1.100000e+01,1.300000e+01,1.500000e+01,1.700000e+ 01,1.900000e+01 : DIV=1.000000e+00 : FLUX_RUN=1.200000e+02" ; }