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2B-Argo profile 3.1 1.2 1950010100000020230730070458202307300704582902833 PROVOR CHINA ARGO EQUIVALENT YU ZHANG PRES C1PHASE_DOXY C2PHASE_DOXY TEMP_DOXY DOXY < AHZ0505_18013_060 2B RRRRAAP32826-18CH013 5900A04 841 1tN>@rh,Hx01GPS AAPrimary sampling: averaged [] >fff??9@ff@̜@@33@ AAqA A B 6B33]B B BffBBBBBCLCLC%C/C339C33CC33MC33WCLaC kCuC3C CfCC C̘C̝C٢ÇCfCC3C̻CCfC C3C3C͌CfCCfC33C3CCfC DffD3DYD3
DY
D3D `DDffDD ` Df D3S!Df#DY&D )Dl+D -D3S0D 2D `5D7DfF:D CB >CB@=C\Ch>C>Ch?C@Cq@C_ACACBACoRBC BCsCCCC5BCBC7BCBCfBCBCsBCCCCfCC
DCECٮECEC?5FCFCGCFHCIC^JCLKC\LCmMCTcNC\/OCOChPCQCPQCXQCRCߏQCPCOCL7PCQCoSCTC}TChqTCjTC);C_;C;CÞ;C(;C9Cw]9C 9C`;CJ=C W=Ct=C{=CN=C=C<=C?H=CNB=Cy@=C')=C#T=C8K=CE-=C&=CM=CD=C6=C>C~,?C]c?C?C?C?C ?Cn?C?C111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111N@@l@K@e@(@@ȯ@@@i@@@wv@-@-@j@M@@@g@@h@y@M'@ph@أ@@ H@@@@}@
@@@%@@ @n@F@/@j@3+@@\k@D@
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@+@*@@/@@2@[C@@@Z@7@@|C@K@@@V @@'x@;@ @ɵ@c@=@@W@O@8@]@@_`@@X@'|@,@9@l@9@@ʋ@R@W@y@@{s@@.@4s@2@@@w@8C@@5@v@H-@p@@H@<@q@$r@B(@@/@.D@@@hH@@@_@H@s@k1@ @@Ck@+@@b@]@
@@m@ @,@@R@ @@v@ ;@j@@Ѯ@i@o(@@@+a@ @]@2l@<@H@@^@a@@U@@ʪ@a@j@@Cs@`!@@;@M@x @@m@d@xq@(@/@e@@1@0@Ӻ@E@p@[5@~@@>@c@&@o@@L@G@ @ӿ@ٚ@\c@ #@پ@⚾@^@ @e@PRES C1PHASE_DOXY C2PHASE_DOXY TEMP_DOXY DOXY Adjusted values are provided in the core profile file none none none DOXY_ADJ = GAIN*DOXY none none none none GAIN = 0.8931 none none none none GAIN determined from WOA2013 O2sat along the five initial float cycles 20230730070459HZ HZ HZ HZ ARFMARCAARGQ 20230730070458202307300704582023073007045820230730070458IP IP QCP$QCP$ OGOGOGOGOGOGOGOGOGOGOGOGD3AFE 0 A40 0 tN>@