Ozone Science and Engineering · 1996 · 14 citations · 2 references
Natural SciencesEnvironmental EngineeringEnvironmental SciencesAnalytical ChemistryAtmospheric ChemistryAtmospheric ScienceAir Pollution MeasurementEnvironmental Analytical ChemistryEnvironmental Performance MeasurementOzone ChemistryUltraviolet InstrumentationUltraviolet SpectroscopyOzoneOzone Gas-phase ReactionsOzone MeasurementOzone Measurement ChemistryUltraviolet Radiation Measurement
Abstract Abstract Formal ozone system power-production tests conducted at ten (10) different ozone installations have resulted in over 100 comparative UV meter versus KI wet-chemistry ozone concentration tests for fifteen (15) individual UV meters. The wet-chemistry tests were conducted by different individuals, including the ozone generator manufacturer's technician and owner's staff. In all cases, the tests were either conducted or witnessed by one of the authors. This paper presents results focused on: 1) precision of UV meter readings, 2) accuracy of the wet-test meter or the UV meter, and 3) expected range in percent difference between UV meter readings and KI wet-chemistry test ozone concentration results for the particular type of UV meter and wet-test meter used in the tests. Key Words: OzoneAnalysisUV MethodKI Wet Chemistry MethodComparison of Ozone Analytical Methods
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Iodometric Determination of Ozone
C. M. Birdsall, A. C. Jenkins, Edward Spadinger · Analytical Chemistry · 1952 · 165 citations