Data for Zhu et al. "Validation of an Electronic VOC Sensor Against Gas Chromatography–Mass Spectrometry"

Dataset

Description

Electronic supporting informationDescriptionSchematics and photographs of the gas sampling systemBME680 gas sensor specifications and formatResults from a qualitative flow rate testEI 70 eV spectra of α-pinene and 4-bromofluorobenzeneLog-log plot of the time constant against the mass of α-pineneSensitivity and limit of detection for three BME680 sensorsLog-log plot showing the linear range of a BME680 sensorFour repetitions of the 1000 ppb α-pinene calibration testLog-log plot showing the linear range of the TD-GC-MSRepresentative responses for BME680/GC validation studiesValidation of three BME680 sensors against TD-GC-MS for α-pineneCalibrated peaks of a BME680 sensor responseSample correlation matrix comparing the response between four sensors recording three exposures to 200 ppb α-pinene in static argon for continuously acquired dataRelative variation in the responses between four sensors to six concentrations of α-pinene before and after calibrations for continuously acquired dataCalibration protocolAdditional scanning electron micrographs of BME680 gas sensor and EDS spectrum of the active areaComparison of electronic and TD-GC-MS VOC sensingFile formatportable document format (pdf)ZIP fileBME680 calibration testsDescriptionThis dataset contains data for 8 different concentrations of alpha-pinene: 1 ppb, 10 ppb, 25 ppb, 50 ppb, 100 ppb, 200 ppb, 500 ppb, and 1000 ppb. Each concentration was tested in triplicate using three different sensors: TCA0, TCA1, and TCA3. Each concentration run includes three repetitions for each sensor.File formatcomma-separated values (csv)File naming conventionBME680_gas_sensor_[sensor number]_[ISO-UTCdatetime].csvBME continuous runDescriptionThis dataset includes data from a continuous run used for two-point sensor calibration. Data were collected from four sensors, each continuously recording data for 5 different concentrations of alpha-pinene.File formatcomma-separated values (csv)File naming conventionBME680_gas_sensor_[sensor number]_[ISO-UTCdatetime].csvBME validation testsDescriptionThis dataset contains data for 3 concentrations of alpha-pinene, recorded by three sensors: TCA0, TCA1, and TCA3. Each concentration was tested in triplicate.File formatcomma-separated values (csv)File naming conventionBME680_gas_sensor_[sensor number]_[ISO-UTCdatetime].csvGC calibration dataDescriptionThis dataset is organized by concentration of alpha-pinene, including 0.01 ppb, 0.1 ppb, 1 ppb, 10 ppb, 25 ppb, 50 ppb, 100 ppb, and blank tests. The processed data is compiled in an Excel workbook.File formatscomma-separated values (csv) and Open Office XML-based spreadsheet format (xlsx)File naming convention All data: [concentration in ppm]c.csvRegion containing the internal standard molecule: [concentration in ppm]c 174-95.csv Region containing α-pinene molecule fragment 1: [concentration in ppm]c 136-93.csv Region containing α-pinene molecule fragment 2: [concentration in ppm]c 93-77.csv Combined processed data: Peaks all in one.xlsxGC validationDescriptionThis dataset contains data for three concentrations: 30 ppb, 50 ppb, and 100 ppb. Each concentration has two files: one for internal standard results and another for tested alpha-pinene. Each concentration was tested in triplicate. The processed data is compiled in an Excel workbook titled 'Peaks areas'.File formatOpen Office XML-based spreadsheet format (xlsx)File naming convention[concentration in ppm] [repetition] [ISTD|alpha].xlsxCalibration workbookDescriptionThis spreadsheet contains all the calculations for statistical analysis related to calibrationFile formatOpen Office XML-based spreadsheet format (xlsx)File nameCalculation workbook.xlsxBME validation workbookDescriptionThis workbook contains all figures and data analysis related to the BME validation tests.File formatsGraphPad Prism 5-9 Project (pfzx) [closed format] and GraphPad Prism Project (prism) [same data, open format]File nameBME validation workbook.[pfzx|prism]Table of contentsDescriptionThis text for this ZIP file's contentsFile formatrich-text format (rtf)File nameREADME.rtf
Date made available28 Jan 2025
PublisherUniversity of Manchester Figshare

Keywords

  • pinene
  • gas chromatographic analysis
  • Thermal desorption gas chromatography
  • electronic sensors
  • volatile organic compounds
  • metal oxide gas sensors
  • real-time monitoring systems
  • validation research

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