Environmental temperature and humidity control, as well as the monitoring and analysis of the moisture value of industrial materials, have become more common technical conditions in scientific research, agriculture, HVAC, textile, computer room, aerospace, electric power, and other industrial sectors. Product quality requirements are increasing, and environmental temperature and humidity control, as well as the monitoring and analysis of the moisture value of industrial materials, have become more common technical conditions. Humidity sensor products and humidity measurement were both popular in the 1990s. Ordinary customers, on the other hand, face a technical hurdle in knowing how to correctly use and assess the humidity sensor.
The quantity of water vapor in the air is referred to as humidity. The ratio of the partial pressure of water vapor (in a gas mixture of air and water vapor) to the saturated vapor pressure of water at a particular temperature is known as relative humidity (RH). Simply explained, RH refers to the quantity of water vapor present in the air at a certain temperature. It's a key signal in weather forecasting since it predicts the possibility of precipitation, dew, or fog. Absolute humidity is one of several ways to define humidity, which is a physical measure that quantifies the water vapor concentration in the atmosphere.
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