citation |
- title:
- Ground based in situ observations of online_gc at Ridge Hill (GB0055R)
- dates:
- fileIdentifier:
- EBAS/GB0055R.20130206061035.20180921134700.online_gc..air.6y.20mn.GB05L_Agilent_GC-uECD_7890_MD_RGL.GB05L_ACRG_DECC_MD.lev1.nc
(CodeSpace: )
- citedResponsibleParty:
- see section contact (role: distributor)
- presentationForm:
- otherCitationDetails:
- {
"Data definition": "EBAS_1.1",
"Set type code": "TI",
"Timezone": "UTC",
"File name": "GB0055R.20130206061035.20180921134700.online_gc..air.6y.20mn.GB05L_Agilent_GC-uECD_7890_MD_RGL.GB05L_ACRG_DECC_MD.lev1.nc",
"File creation": "20190514043039",
"Startdate": "20130206061035",
"Revision date": "20180921134700",
"Version": "1",
"Version description": "initial revision, manually inspected",
"Data level": "1",
"Period code": "6y",
"Resolution code": "20mn",
"Sample duration": "1mn",
"Orig. time res.": "10mn",
"Station code": "GB0055R",
"Platform code": "GB0055S",
"Station name": "Ridge Hill",
"Station latitude": "51.9975",
"Station longitude": "-2.54",
"Station altitude": "204.0 m",
"Measurement height": "90.0 m",
"Regime": "IMG",
"Matrix": "air",
"Laboratory code": "GB05L",
"Instrument type": "online_gc",
"Instrument name": "Agilent_GC-uECD_7890_MD_RGL",
"Instrument manufacturer": "Agilent",
"Instrument model": "7890A_uECD",
"Instrument serial number": "CN11171049",
"Method ref": "GB05L_ACRG_DECC_MD",
"Inlet type": "Hat or hood",
"Inlet description": "Downward facing with hood, 90 m, stainless steel, flow ~20 l/min",
"Volume std. temperature": "273.15 K",
"Volume std. pressure": "1013.25 hPa",
"Organization": "GB05L, \"ACRG, University of Bristol, School of Chemistry, Cantocks Close, BS8 1TS, Bristol, United Kingdom\", UNIVBRIS, , \"Cantocks Close,, BS8 1TS, Bristol, United Kingdom\", , , , ",
"Frameworks": "GAW-WDCGG-node UK_DECC",
"Originator": "Stavert, Ann, , University of Bristol, ACRG, Atmospheric Chemistry Research Group, Cantocks Close, , BS8 1TS, Bristol, United Kingdom",
"Submitter": "Stanley, Kieran, k.m.stanley@bristol.ac.uk, University of Bristol, ACRG, Atmospheric Chemistry Research Group, Cantocks Close, , BS8 1TS, Bristol, United Kingdom"
}
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