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TitleAtmospheric black carbon concentration observed at NOTOGRO, Noto Ground-based Research Observatory, in 2013
Author 1Atsushi Matsuki
Author 2 
Author 3 
Author 4 
Authors 5- 
SubjectAtmosphere
Subject_sub1 
Subject_sub2 
AbstractThis dataset consists of 17520 records of atmospheric black carbon concentration in 0.5 hr time resolution in 2013, at NOTOGRO, Noto Ground-based Research Observatory.
Temporal coverage2013
Spatial coverage37.4511N, 137.3589E
File formatDelimited
LanguageEnglish
Discovery metadata record 
PublisherCenter for Research in Radiation, Isotopes, and Earth System Sciences, University of Tsukuba
Publication year2024
Publication date14th of April, 2024
Digital Object Identifier (DOI)10.34355/Ki-net.KANAZAWA-U.00225 Data Download (189KB)
Short DOI 
Citation textMatsuki, A. (2024). Atmospheric black carbon concentration observed at NOTOGRO, Noto Ground-based Research Observatory, in 2013 [Dataset]. Center for Research in Radiation, Isotopes, and Earth System Sciences, University of Tsukuba. https://doi.org/10.34355/Ki-net.KANAZAWA-U.00225
Serial at center00225
Serial at each Univ./InstituteKANA0008
Key word 1Black Carbon
Key word 2Aerosol
Key word 3Absorption coefficient
Key word 4PM2.5
Key word 5BC
RemarksTimezone: UTC
Component: aerosol_absorption_coefficient
Startdate: 201301010000
start_time "start time of measurement, day"
end_time "end time of measurement, day"
abs_639 "aerosol_absorption_coefficient, 1/Mm, Wavelength=639nm"
BC_conc "black carbon concentration, ug/m3, using absorption cross section (6.6 m2/g)"
Matrix: PM2.5
Preiod code: 1mo
Resolution code: 0.5h
Sample duration: 0.5h
Instrument type: filter_absorption_photometer
Instrument manufacturer: Thermo
instrument model: MAAP5012
Instrument name: MAAP5012
Measurement latitude: 37.4511N
Measurement longitude 137.3589E
Measurement altitude: 20m
Height AGL: 15m
Station land use: Coastal
Sation setting: Rural
Station name: NOTOGRO
Originator: "Matsuki, Atsushi, matsuki@staff.kanazawa-u.ac.jp, Institute of Nature and Environmental Technology, Kanazawa University, Kakuma, Kanazawa, 9201192, Japan"
Submitter: "Matsuki, Atsushi, matsuki@staff.kanazawa-u.ac.jp, Institute of Nature and Environmental Technology, Kanazawa University, Kakuma, Kanazawa, 9201192, Japan"
Inlet type: Impactor--direct
Inlet description: "PM10 inlet, flow 78 l/min"
Humidity/temperature control: temperature conditioned to maintain <35% RH at instrument inlet
Volume std. temperature: ambient
Volume std. pressure: ambient
Achknowledgement: Request acknowledgement details from data originator

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