The sensor filament gets oxidized and the conductivity decreases. Kepp in mind that the filament is heated at hight temperatures so reactivitiy is high. In ruducing atmosphere the filament material (sonetimes tin) is reduced to metallic form and conductivity increases.
what a great explanation. Keep it up !!
what a great way to explain ....very simple and very effective...tfs
Nice work is done. It is says that "a picture says thousands word" here the 2 min video explained a lot.
How about different type of MOS gas sensor (p type/n type) react to reducing gas? Is it different?
very nice and simple explanation
excellent explanation, this video Helped a lot !!
Great explanation!
good explanation. thank you Sir
super helpful!
Excellent...
Thank you
Where should I download this animated diagram from?? Please send me the link.
muy bueno!!!
awesome
Do you have some examples of reduction gases?
Methane and propane
Can someone tell me if MOX and MOS are the same thing?
Nice
wow a sensor uses sensing materials who knew!!!
How can oxygen in clean air attract free electrons?
The sensor filament gets oxidized and the conductivity decreases. Kepp in mind that the filament is heated at hight temperatures so reactivitiy is high. In ruducing atmosphere the filament material (sonetimes tin) is reduced to metallic form and conductivity increases.
@@pluronic123 thanks 😊
@@pluronic123 big brain
This is really nice but i think the music gave me ear cancer