Talking about thermal conductivity gas analyzers
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Currently, most online hydrogen analyzers in various fields use the thermal conductivity principle; let’s discuss the advantages and disadvantages of this sensing mechanism~~~
Do you want to know, or do you want to learn*?
We’ve used it; it’s not allowed, and it has no value as a reference.
Since we’re inviting everyone to share their thoughts, let’s first ask the original poster to present their own views as a way to stimulate further discussion. A good question from the second floor. If you just want to learn about it, then don’t use such a tone as if you’re discussing things with others; it’s better to use a more humble tone when asking for guidance.
I’m mainly studying*, and this is my first time dealing with this area. I would be very grateful if the experts here could share their knowledge with me. Thank you!
In which industry do you use it?
How is it inaccurate? Is it still in use?
It’s useless already. It does not change in response to actual analysis concentrations or concentration adjustments made during the process, and thus has no practical value as a reference.
Is this a common problem with thermal conductivity? It’s still a product quality issue