Journal of Analytical Toxicology · 1983 · 27 citations · 9 references
Natural SciencesChemistryAnalytical ChemistryAnalytical ToxicologySpectroscopyAir SamplingBreath Alcohol TestingInfrared SpectroscopyInstrumental AnalysisVolatile Organic CompoundsVolatile Substance AnalysisAlcohol Breath AnalysisAnalytical SpecificityBreath Alcohol Concentration MeasurementBreath Alcohol EstimationBreath Alcohol MeasurementBreathalyzer InstrumentationEvidential Breath TestingVolatile Alcohol Analysis
Quantitative evidential breath-alcohol analyzers and screening testers in each of the five current categories of analytical principle were examined for response to dynamically-generated acetone vapor concentrations of 3, 100, 150, 350, and 600 micrograms/210 Liters. Nine of the 13 instruments tested were unaffected by acetone at any of these concentrations; three solid-state (Taguchi) sensing devices and one device employing single-wavelength infrared spectrometry displayed responses to acetone at the two highest tested concentrations. In view of a breath-acetone literature survey for ambulatory subjects and other considerations, response of the tested devices to acetone is not considered to be a significant problem in breath-alcohol analysis for traffic law enforcement purposes.
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ACETONE IN ALVEOLAR AIR, AND THE CONTROL OF DIABETES
Gösta Rooth, Stig Östenson · The Lancet · 1966 · 106 citations
The Breathalyzer and its Applications
R. F. Borkenstein, H. W. Smith · Medicine Science and the Law · 1961 · 98 citations
Studies in the Ketosis of Fasting*
Daniel W. Foster · Journal of Clinical Investigation · 1967 · 98 citations · Full text
Oscar B. Crofford, Rachel Mallard, R E Winton et al. · PubMed · 1977 · 96 citations