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Effects of Temperature and Barometric Pressure on CO2 Sensors - Application Note - BAPI
Carbon Dioxide (CO2) in air is normally measured in Parts Per Million (ppm). At 1,000 ppm CO2, a volume or air containing one million air molecules would contain a mixture of 999,000 air molecules and 1,000 CO2 molecules. The volume of air necessary to contain one million air molecules is affected by air temperature and […]
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Effects of Temperature and Barometric Pressure on CO2 Sensors - Application Note - BAPI
Carbon Dioxide (CO2) in air is normally measured in Parts Per Million (ppm). At 1,000 ppm CO2, a volume or air containing one million air molecules would contain a mixture of 999,000 air molecules and 1,000 CO2 molecules. The volume of air necessary to contain one million air molecules is affected by air temperature and […]
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https://www.bapihvac.com/application_note/effects-of-temperature-and-barometric-pressure-on-co2-sensors-application-noteEffects of Temperature and Barometric Pressure on CO2 Sensors - Application Note - BAPI
Carbon Dioxide (CO2) in air is normally measured in Parts Per Million (ppm). At 1,000 ppm CO2, a volume or air containing one million air molecules would contain a mixture of 999,000 air molecules and 1,000 CO2 molecules. The volume of air necessary to contain one million air molecules is affected by air temperature and […]
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