WeBaSOOP_Oxidative_Potential_Ascorbic_acid_assay_Ada_Marina_station_Belgrade
Abstract
This dataset is obtained in framework of WeBaSOOP Project. The uploaded .txt document is formatted according to the EBAS submision template. The uploaded .txt file also contains these 70 lines of metadata (written below) and the rest of the file is the database. Start date: 20230531220000Revision date: 20250915000000Period: 1 yearResolution: 4 daysSample duration: 24 hoursStation name: Beograd Ada MarinaStation land use: Urban parkStation setting: Urban and center cityStation latitude: 44.790286Station longitude: 20.417187Station altitude: 71.0 mComponent: oxidative potential_AA assayUnit: nmol/min/m3Matrix: pm10Laboratory - sampling: Vinča Institute of Nuclear Sciences, University of BelgradeInstrument type: low_vol_samplerInstrument manufacturer: LeckelInstrument model: LVS3Laboratory - analysis: Vinča Institute of Nuclear Sciences, University of BelgradeAnalytical measurement technique: uv_absorptionAnalytical instrument manufacturer: BioTek/AgilentAnalytical instrument model: Synergy H1 Microplate readerInlet type: Impactor--directInlet description: Upward facing with rain shieldFlow rate: 38.3 l/minFilter face velocity: 46.08 cm/sExposed filter area: 13.85 cm2Filter description: PALLFLEX Tissuequartz 2500QAT-UP 47mmMedium: QuartzFilter conditioning: 293.15 K, 50.0 %RH, 48.0 hSample preparation: Water extractionBlank correction: Blank correctedHumidity/temperature control: NoneHumidity/temperature control description: filter kept at ambient conditions together with sampling headVolume std. temperature: ambientVolume std. pressure: ambientDetection limit expl.: LOD based on 3 x sd of fieldblanksZero/negative values code: Zero/negative impossibleOriginator: Jovasevic-Stojanovic, Milena, mjovst@vin.bg.ac.rs, , , , , , , ,Submitter: Petrovic, Bojana, bojana.petrovic@vin.bg.ac.rs, , , , , , , , Acknowledgement: "Data used in this were accessed from Zenodo. . Specifically, the data included are affiliated with the framework of WeBaSOOP project (ID nr. 101060170). Request acknowledgement details from data originator"
Fields of Study & Subjects
Atmospheric chemistry and aerosols
Toxic Organic Pollutants Impact
Air Quality and Health Impacts
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 14 January 2026
- Document type
- Dataset