2 and O2 under simulated thunderstorm", the problem of "not descending and rising" was presented. This paper analyzed the principle and found its essence was primary battery reaction. In order to verify the principle of reaction, analyzed the value changes of oxygen sensor in chlorine gas and nitrogen dioxide gas. Then put forward some suggestions for using oxygen sensor."/>
Principle of Oxygen Sensor and Notices for Its Application in Different Gas Environments
Abstract When using oxygen sensors in "digital experiment inquiry on reaction of N2 and O2 under simulated thunderstorm", the problem of "not descending and rising" was presented. This paper analyzed the principle and found its essence was primary battery reaction. In order to verify the principle of reaction, analyzed the value changes of oxygen sensor in chlorine gas and nitrogen dioxide gas. Then put forward some suggestions for using oxygen sensor.
WANG Bao-Qiang, LI Zeng-Kun, LIU Fang-Yun. Principle of Oxygen Sensor and Notices for Its Application in Different Gas Environments[J]. , 2019, 40(23): 68-71.
