mS �&Argo meta-data 3.1 1.2 20240725093053202408261831422902306 10469 IRIDIUM n/a n/a GPS FLOAT APEX WRC 102418 102118 10469 001020 1023 846 Argo INDIA INM Ravichandran Alkaline 4DD LI n/a i002-2523 INCOIS INCOIS 20240509203100{�G��1@q= ףQ@1202405092315111 forv sagar sampada CONFIG_TargetAscentSpeed_cm/s CONFIG_AscentToSurfaceTimeOut_minutes CONFIG_SlowAscentPistonAdjustment_COUNT CONFIG_ProfilePressure_dbar CONFIG_DescentToProfTimeOut_minutes CONFIG_DownTime_minutes CONFIG_BitMaskMonthsIceDetectionActive_NUMBER CONFIG_FirstBuoyancyNudge_COUNT CONFIG_DescentToParkTimeOut_minutes CONFIG_DescentToParkTimeOut_minutes CONFIG_ParkPressure_dbar CONFIG_ParkAndProfileCycleCounter_COUNT CONFIG_UpTime_minutes {�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@CONFIG_TargetAscentSpeed_cm/s CONFIG_AscentToSurfaceTimeOut_minutes CONFIG_SlowAscentPistonAdjustment_COUNT CONFIG_ProfilePressure_dbar CONFIG_DescentToProfTimeOut_minutes CONFIG_DownTime_minutes CONFIG_BitMaskMonthsIceDetectionActive_NUMBER CONFIG_FirstBuoyancyNudge_COUNT CONFIG_DescentToParkTimeOut_minutes CONFIG_DescentToParkTimeOut_minutes CONFIG_ParkPressure_dbar CONFIG_ParkAndProfileCycleCounter_COUNT CONFIG_UpTime_minutes {�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@{�G�z�?H�@Y@@�@�t@�@�@�r@�t@�t@@�@�?��]%@ CTD_TEMP CTD_CNDC CTD_PRES OPTODE_DOXY TRANSISTOR_PH BACKSCATTERINGMETER_BBP700 FLUOROMETER_CHLA SPECTROPHOTOMETER_NITRATE SBE SBE DRUCK AANDERAA SBE WETLABS WETLABS SATLANTIC SBE41CP SBE41CP DRUCK_2900PSIA AANDERAA_OPTODE_4330 SEAFET ECO_FLBB ECO_FLBB SUNA_V2 19782 19782 12419769 4304 12505 8588 8588 2226 TEMP PSAL PRES DOXY TPHASE_DOXY CHLA FLUORESCENCE_CHLA BBP700 BETA_BACKSCATTERING700 NITRATE TEMP_CPU_CHLA CTD_TEMP CTD_CNDC CTD_PRES OPTODE_DOXY OPTODE_DOXY FLUOROMETER_CHLA FLUOROMETER_CHLA SCATTEROMETER_BBP SCATTEROMETER_BBP SPECTROPHOTOMETER_NITRATE SCATTEROMETER_BBP deg C Siemens/meter decibars micromole/kg degree mg/m3 count m-1 count micromole/kg count -2.986e-13 0.47256 108.8023 5 8059.839 0.00039262 -2.4543 0.4 y=thermistor output; t=PTHA0+PTHA1*y+PTHA2*y^2; x=pressure output-PTCA0+PTCA1*t+PTCA2*t^2; n=x*PTCB0/(PTCB0+PTCB1*t+PTCB2*t^2); pressure (psia)=PA0+PA1*n+PA2*n^2 Temperature ITS-90 = 1/ { a0 + a1[lambda nu (n)] + a2 [lambda nu^2 (n)] + a3 [lambda nu^3 (n)]} - 273.15 (deg C) f = inst freq * sqrt(1.0 + WBOTC * t) / 1000.0; t = temperature [deg C]; p = pressure [decibars]; delta = CTcor; epsilon = CPcor; Conductivity = (g + hf^2 + if^3 + jf^4)/(1+ delta t + epsilon p) Siemens/meter temp = a0 + a1*t + a2*t.^2 + a3*t.^3; calphase= a4 + a5*tphase + a6*tphase.^2 + a7*tphase.^3; delP = a8*temp.^1*calphase.^4 + a9*temp.^0*calphase.^5 + a10*temp.^0*calphase.^4 + a11*temp.^0*calphase.^3 + a12*temp.^1*calphase.^3 + a13*temp.^2*calphase.^3 + a14*temp.^0*calphase.^2 + a15*temp.^1*calphase.^2 + a16*temp.^2*calphase.^2 + a17*temp.^3*calphase.^2 + a18*temp.^1*calphase.^1 + a19*temp.^2*calphase.^1 + a20*temp.^3*calphase.^1 + a21*temp.^4*calphase.^1 + a22*temp.^0*calphase.^0 + a23*temp.^1*calphase.^0 + a24*temp.^2*calphase.^0 + a25*temp.^3*calphase.^0 + a26*temp.^4*calphase.^0 + a27*temp.^5*calphase.^0; nomairpress=1013.25; nomairmix=0.20946; pvapour=exp(52.57 - 6690.9./(temp+273.15) - 4.681*log(temp + 273.15)); airsat=deltaP*100./((nomairpress-pvapour)*nomairmix); Ts=log((298.15-temp)./(273.15+temp)); cstar = exp(f0 + f1*Ts + f2*Ts^2 + f3*Ts^3 + f4*Ts^4 + f5*Ts^5; molar_doxy=cstar*44.614.*airsat/100 CHLA = FLBBCHLscale*(Fsig - FLBBCHLdc) k2cor=k2f0+k2f1*PRES+k2f2*PRES^2+k2f3*PRES ^3;k0T=k0+k2cor*TEMP; pcorr=f1*PRES+f2*PRES^2+f3*PRES^3+f4*PRES ^4+f5*PRES^5+f6*PRES^6+f7*PRES^7+f8*PRES^ 8+f9*PRES^9+f10*PRES^10+f11*PRES^11+f12*P RES^12; k0TP=k0T+pcorr; Tk=273.15+TEMP; Cltotal=(0.99889/35.453*PSAL/1.80655)/(10.001005*PSAL); ADH=3.4286e6*TEMP^2+6.7524e-4*TEMP+0.49172143; IonS=19.924*PSAL/(1000-1.005*PSAL); log10gammaHCl=[ADH*sqrt(IonS)/(1+1.394*sqrt(IonS))]+[(0.088850.000111*TEMP)*IonS]; deltaVHCl=17.85+0.1044*TEMP0.001316*TEMP^2; log10gammaHCLtP=log10gammaHCl+[deltaVHCl*( PRES/10)/(R*Tk*ln(10))/2/10]; PH_IN_SITU_FREE=[(VRS_PHk0TP)/(R*Tk/F*ln(10))]+[ln(Cltotal)/ln(10)]+2*log1 0gammaHCLtP-log10(1-0.001005*PSAL) n/a n/a n/a n/a n/a ser# = 19782 pressure coeffs: PA0 = 309255.1 PA1 = 11.6221 PA2 = 0.084067 PTCA0 = -82.7049 PTCA1 = 0.048329 PTCA2 = -4.8276e-07 PTCB0 = -0.00086971 PTCB1 = 0.00029413 PTCB2 = -3.7647e-06 PTHA0 = 1.5092e-07 PTHA1 = -1.02 PTHA2 = 0.12181 ser# = 19782 temperature coeffs: A0 = -0.0001 A1 = 0.0000 A2 = -0.0000 A3 = 0.0000 ser# = 19782 conductivity coeffs: G = -0.0000 H = 100000.0000 I = J = CPCOR = CTCOR = WBOTC = ser# = 4304 oxygen coeffs: a0 = 0.0028 a1 = 0.0001 a2 = 0.0000 a3 = 321.3840 a04 = -0.4229 a5 = -70.3273 a6 = 6.4314 a7 = 0.0000 a8 = 0.0000 a9 = 0.0000 a10 = 0.0000 a11 = 0.0000 a12 = 0.0000 a13 = 0.0000 a14 = 0.0000 a15 = 0.0000 a16 = 0.0000 a17 = 0.0000 a18 = 0.0000 a19 = 0.0000 a20 = 0.0000 a21 = 0.0000 a22 = 0.0000 a23 = 0.0000 a24 = 0.0000 a25 = 0.0000 a26 = 0.0000 a27 = 0.0000 a28 = 0.0000 a29 = 0.0000 a30 = 0.0000 ser# = 8485 FLBB CHLA coeffs: Scale = 0.0073 Dark Counts = 48.0000 R=8.31446; F=96485; k2f0=-0.00091091, k2f1=4.412e-08, k2f2=1.6691e-11, k2f3=-1.025e-15; k0=1.3026; f1=9.77204e-06, f2=4.11226e-08, f3=2.1644e-10, f4=4.68831e-13, f5=-5.73612e-16, f6=4.21598e-19, f7=-1.842e-22, f8=4.40703e-26, f9=-4.44504e-30, f10=0, f11=0, f12=0 n/a n/a n/a n/a n/a Base current of pH sensor (in nanoampere)n nanoampere). sensor (in volt).