Ag Continuous Doped SnO₂ Sensor Selective to Co₂ in Presence of Ethanol at Room Temperature

This paper contains experimental research to minimize the basic limits of the SnO₂ semiconductor oxide gas sensor. The operating temperature is high. In addition, their selectivity diminishes with gasses having the same chemical behavior. An experimental methodology is presented to overcome the difficulties of these metal oxides. The efficiency of the gas sensors made of Ag continuously doped at room temperature is excellent. At the end of the testing processes and security measures supplied, laboratory tests and experiments will be conducted to guarantee the acceptability of the planned study.