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2qB-Argo profile 3.1 1.2 1950010100000020220903070229202209030702292902833 PROVOR CHINA ARGO EQUIVALENT YU ZHANG PRES C1PHASE_DOXY C2PHASE_DOXY TEMP_DOXY DOXY AHZ0505_18013_027 2B RRRRAAP32826-18CH013 5900A04 841 1@V-FK7A A1GPS AAPrimary sampling: averaged [] L? @ @@y@33@@33@ @ A AffvAAff B335B ^B33B BffBffBB BBffCCLC%C/CL9CffCC MC WC33aCkCLuCLC C C CC CfC͌C C3CfC CfCfC CC C CC CCfCfCC C C DffDDffD
DL
DDffDfD @DDL D3 Dff!Df#DL&D(Dff+D3-DL0Df2D `5D37DL:D C+'>Cj=CV=CqC?Co?C{?C7?Cӭ?C?C?CJ?C@CAC/BCZ$DC'1EC!FC'QFC\FCFC:GCjGCGCHC#[HCHC߯ICFJCJCuJCDKKC%KCGLC)LCMCCڥC@CςCCCC"CrCB>CqCGC{CyC0xCavC&quCXtCsCtCsCqCpClnCwnC-*mCPkCiCthCfC `C\Cxs[C/ZYCfVCSC )RCMPC˓OCvOC(MC MCֽHC
FC9ECCCBCAC)@Co?C>Ci=CC^>C >C>C>CQ ?C&?CY+?C7?CV?C?C?Cc&@Cl@C@C,@Ca@CACJ0AC-AC
AC@C111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111;@2@p*@!@ @@ @?@@@@A@݊@ @6@q@@
,@%j@7@v@K@@ @@_@Tb@:@@@@@Q@q@-@6@@\@@@4@@*@U[@@@;@w@!@c@@@Ux@@@g
@@k@ @x@ @Q@^X@h@\@@ @Q@@@Z@@@@@@@A@/@g@@Y@ %@@{@'0@j@o@@B@$@@^@@@x@-@w@۵@uy@) @@@`H@@@V@D@@oq@N(@{@@k@_ @@v@m6@>@ު@j@$@@Ȏ@J@Q@$@.x@(@R@m@S>@@@˩@P@?@@g@ @@@Ca@-@@j@H@@@G?@I@@d^@@@@J@k@7@@B@@|@s@.@@!@c@$@@
@V@J@b@ͥ@c@*%@<@[@jt@.@k@:@:@f@2@@@mw@~F@.@@@u@D@n @W@+@
X@J!@@\@D@U@ @8@@@O@ @@PRES C1PHASE_DOXY C2PHASE_DOXY TEMP_DOXY DOXY Adjusted values are provided in the core profile file none none none DOXY_ADJ = GAIN*DOXY none none none none GAIN = 0.8931 none none none none GAIN determined from WOA2013 O2sat along the five initial float cycles 20220903070229HZ HZ HZ HZ ARFMARCAARGQ 20220903070229202209030702292022090307022920220903070229IP IP QCP$QCP$ OGOGOGOGOGOGOGOGOGOGOGOGD3AFE 0 A40 0 @