˜C "qArgo profile 3.1 1.2 1950010100000020110729192316202005110237382901163 APEX CHINA ARGO PROJECT JIANPING XU & JIANHUA ZHANG PRES TEMP PSAL sAHZ0054_40951_115 2C D3704 101805 846 1§5üöÕ@Àv¾?@¬°c@1ARGOS ABBPrimary sampling: discrete ÍÌŒ@ÍÌAš™iAœAffÆAš™íAÍÌ Bš™BÍÌ2BFBZBÍÌlB33€B33ŠB•Bš™žB33©Bff²Bff¼BÆBš™ÐBÚBš™ãBÍÌîBš™øBÍLCÍLCff CffCffC3³CÍÌCÍÌ#CÍÌ(CÍÌ-CÍÌ2Cfæ7CfæBó*BK Bo+BÕ6BRNBueBuB8B‘ŒBöŸB5¨B^³B±ÁBOÛBðôB™ B& BÛG B¦j BG‡ BÝ  BO³ BÍÉ B3Ù B›ì Bå÷ BC BŠ BÎ B+ BO6 B€= BºG BïP BY B€OÃG22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222224 ×#< ×#< ×#< ×#< ×#<t< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#< ×#<€OÃGPRES TEMP PSAL PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetTruncatedPlus5dbar_dbar - 5] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT PRES_SurfaceOffsetTruncatedPlus5dbar_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.0267, tau=18.60; TNPD: APEX float that truncated negative pressure drift; Unknown surface pressure drift (not corrected); Druck serial number greater than 2324175, no detectable T/S anomaly, indicative 20 db error applies No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy 202003190828532020031908285320200319082853HZ HZ HZ HZ HZ HZ ARGQARGQARSQARSQARSQARSQ PADJCTL SIQCPADJ V1.0v1.0V2.0V1.0 WOD2001 & Argo 201401110228172014011102281720200319082133202003190821402020031908274420200319082815QCP$QCF$CV QC IP CV PRES PSAL PRES €OÃG€OÃGÍÌŒ@ÍÌŒ@ÍÌŒ@ÍÌŒ@€OÃG€OÃG3úD3úD3úD3úD€OÃG€OÃG€OÃG€OÃG€OÃG€OÃGFFBFE 0 YçÊöÕ@