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2B-Argo profile 3.1 1.2 1950010100000020250321071619202503210716192902833 PROVOR CHINA ARGO EQUIVALENT YU ZHANG PRES C1PHASE_DOXY C2PHASE_DOXY TEMP_DOXY DOXY x AHZ0505_18013_120 2B RRRRAAP32826-18CH013 5900A04 841 1`N@~jG/d0@1GPS AAPrimary sampling: averaged [] L>ff?33@Y@ @ff@@A33Aff&A33A33A
B335B33]B BffB̪BBB33BffB3C C C%C/C 9CfBC33MC3WCaCLkC33uCCfCfC3C͌C3CٝCfCC C C3C3CfC CCC CCC CfCfC C3CC DfFDDYD
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DDLDfDlDDff Df Dff!D #DY&D(DY+Df-D3S0Df2D @5D 7D :DfC=C;Cx:C8Cu7C 6C4CFE3CӖ2C 1C0CV0CV9/C.CR-C;p,C:+C*C)Ck(C0(C<'CW'C&C@ &Cˬ%C'%C^x$C$ $Cُ#C?#Ck)#C #C-#C0#C$#C! #C#C~ #C "C"CP"C"C"C"CY"Cp#C #C1)#C@#C\#Cw#C#C}#C #C$CJ$Cc$C@l$Cso$C^$C_$C$C\6%Cy%C%C~P&Cp&C
6'C['C'C >(Ct(Cz(CR)C,)C)C%)C)C)CJ*Cʠ*C+C32+C*CK*Cз)CW)Ce)CC)C?*Cۺ*C ;+C+CT<,C,C -CR-C-C-Cfu.C /C/Cdl0C0C1CXh1C1C##2C){2C2C12C3C~%3CAh3CL3C3Cy 4C-_4C4C+5CDD5Cg5C<5C5C#6C l6C66CN7C7C7Cl8CrG8C7C111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111o@e@\@|S@J@?@4@,@ @@@@C@@\@oX@L@j@ j@
_@0@@ @s@ @6a@@ d@5@sy@@}@A@@@J@@@@:@@t@@aD@@9@m|@3@W@~@%@@fh@&@2@p@?&@@@O@@@mp@ #@@@F@@@7r@v'@@ۛ@O@L @@z@6@D@p@@v6@O@@ER@ @O@r@m @C@ҏ@A@]@@Sk@(@@@ @E`@C@ @@{@o@8@@@x{@+5@@s@d@V@@@*@@@@@>@@p@ـ@>@o@&@r@0@_@4@r@9@@@i@'@)@@y@BE@@@"@xd@,,@E@૿@ k@[ @.ܾ@G@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 20250321071619HZ HZ HZ HZ ARFMARCAARGQ 20250321071619202503210716192025032107161920250321071619IP IP QCP$QCP$ OGOGOGOGOGOGOGOGOGOGOGOGD3AFE 0 A40 0 `N@