Development of a baseline-temperature correction methodology for electrochemical sensors and its implications for long-term stability
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Recent studies have shown that (three-electrode) electrochemical sensors can be utilised for air quality monitoring and exposure assessment. The long-term performance of these sensors is however, often limited by the effects of ambient meteorological parameters on the sensor baseline, in particular temperature. If electrochemical (EC) sensors are to be adopted for air quality measurement over extended periods (months), this effect must be accounted for. Recent long-term, ambient measurements of CO, NO and NO
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1873-2844
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Natural Environment Research Council (NE/N007093/1)
National Institutes of Health (NIH) (via University of California) (SUB AWARD No 00008197)