p� ��Argo meta-data 3.1 1.2 20260904084054202610191227217902457 300534067617760 IRIDIUM 02096 n/a GPS IRIDIUM FLOAT ARVOR NKE 5900A05b n/a AI2600-26KO101 n/a 5.54 844 Argo KIOST KOKyeong Ok KIM Lithium 10.8V 2D Li CB0005 70-10-596-006 C250722-0018 70-10-572-002 C250623-0086 KIOST KIOST 20260815133500�3@��Q8`@1202608151335001 r/v Isabu CONFIG_CycleTime_hours CONFIG_ParkPressure_dbar CONFIG_ProfilePressure_dbar CONFIG_MaxCycles_NUMBER CONFIG_FloatReferenceDay_FloatDay CONFIG_SurfaceTime_HH CONFIG_DelayBeforeMissionStart_minutes CONFIG_CTDPowerAcquisitionMode_NUMBER CONFIG_DescentToParkPresSamplingTime_seconds CONFIG_ParkSamplingPeriod_hours CONFIG_AscentSamplingPeriod_seconds CONFIG_PressureThresholdDataReductionShallowToIntermediate_dbar CONFIG_PressureThresholdDataReductionIntermediateToDeep_dbar CONFIG_ProfileSurfaceSlicesThickness_dbar CONFIG_ProfileIntermediateSlicesThickness_dbar CONFIG_ProfileBottomSlicesThickness_dbar CONFIG_TransmissionPeriodEndOfLife_minutes CONFIG_TelemetryRepeatSessionDelay_minutes CONFIG_GroundingMode_LOGICAL CONFIG_GroundingModePresAdjustment_dbar CONFIG_TimeDelaybeforeDescentRetryWhenStuckAtSurface_minutes CONFIG_InAirMeasurementPeriodicity_NUMBER CONFIG_InAirMeasurementSamplingPeriod_seconds CONFIG_InAirMeasurementTime_minutes CONFIG_Direction_NUMBER CONFIG_CTDPumpStopPressure_dbar CONFIG_CTDPumpStopPressurePlusThreshold_dbar @�r@�r@��@@�?$@@$@$@�r@�?�?�?N@.@�?Y@$@>@@@@@CONFIG_CycleTime_hours CONFIG_ParkPressure_dbar CONFIG_ProfilePressure_dbar CONFIG_DescentToParkPresSamplingTime_seconds CONFIG_Direction_NUMBER @�r@�r@$@@@�r@�r@�?8@�r@@@�? CTD_TEMP CTD_CNDC CTD_PRES SBE SBE DRUCK SBE41CP SBE41CP DRUCK 22213 22213 13336197 TEMP PSAL PRES CTD_TEMP CTD_CNDC CTD_PRES degree_Celsius psu decibar 0.002 0.005 2.4 0.001 0.001 0.1 Temperature ITS-90 = 1/ { a0 + a1[ln(n)] + a2 [ln^2 (n)] + a3 [ln^3 (n)]} - 273.15 (deg C) f = inst freq(Hz) * sqrt(1.0 + WBOTC * t) / 1000.0; t = temperature [deg C]; p = pressure [decibars]; delta = CTcor; epsilon = CPcor; Conductivity(S/m) = (g + h*f^2 + i*f^3 + *jf^4)/(1+ delta*t + epsilon*p); Resudual(Siemens/meter)= instrument conductivity - bath conductivity y=thermistor output(counts); t=PTHA0+PTHA1*y+PTHA2*y^2; x=instrument output-PTCA0-PTCA1*t-PTCA2*^t2; n=x*PTCB0/(PTCB0+PTCB1*t+PTCB2*t^2); pressure (PSIA)=PA0+PA1*n+PA2*n^2; Residual(%FSR)=(computed pressure - true pressure)*100/Full Scale Range ser# = 22213 temperature coeffs: A0 = -8.895189e-04 A1 = 2.954933e-04 A2 = -3.908194e-06 A3 = 1.492840e-07 ser# = 22213 conductivity coeffs: G = -6.737856e-01 H = 9.681920e-02 I = -2.763415e-04 J = 3.344713e-05 CPCOR = -9.5700e-008 CTCOR = 3.2500e-006 WBOTC = 0.0000e+00 ser# = 13336197 pressure coeffs: PA0 = 4.828415e-01 PA1 = 3.916029e-04 PA2 = -2.960121e-13 PTCA0 = -8.002875e+03 PTCA1 = 1.225663e+02 PTCA2 = -3.044545e+00 PTCB0 = 3.239821e+05 PTCB1 = -2.679570e-01 PTCB2 = 4.815478e-01 PTHA0 = 2.898402e+02 PTHA1 = -6.128235e-05 PTHA2 = -9.007691e-13