Oxygen analyzer: Zirconia type

[@gft1913]

Thanks from Austria, sir! You have saved my life!

[@silenceandprogress]

what a great comment. I am glad to know that it helped you. Be here with me and see other tutorials

[@susovanmanna6571]

Thank you sir for this video tutorial. It is very much helpful video tutorial on Zirconia type Oxygen Analyzer. I have collected immense knowledge from this video tutorial.

[@silenceandprogress]

You are most welcome

[@santupaul4130]

Thank u sir for this tutorial ...

[@silenceandprogress]

Most welcome

[@dipankarmaity2001]

Very helpful sir. Thank you so

[@silenceandprogress]

So nice of you

[@sphamandlanzama6889]

Very helpful was struggling to understand the principle but now m getting the idea

[@silenceandprogress]

Glad to know it, Dear, see other tutorials and be here with me.

[@fedjastrukelj7139]

thank you king.

[@silenceandprogress]

Glad to got your appreciation. See other tutorials and be here with me.

[@sougatamondal7132]

Thank you sir for this video tutorial

[@silenceandprogress]

So nice of you

[@nehadas4228]

its a good tutorial

[@silenceandprogress]

Thank you so much. Be with me here.

[@sujankumardas6408]

Thank you sir ❤️❤️
স্যার আমাদের ইউটিউবে class করানোই আমাদের আরও সুবিধা হচ্ছে কারন আপনার একটা ভিডিও আমরা বারবার দেখতে পাচ্ছি একটা class বারবার পারছি সে ক্ষেত্রে আমাদের help হচ্ছে ।
Thank you sir
I am suja das 🔥 👍👍👍

[@silenceandprogress]

Thank you so much. Be with me here.

[@sreyasisarkar4329]

Thank you sir ..
This is really helpful ..I can understand 😁 very easily

[@silenceandprogress]

You are most welcome

[@nayansamanta6833]

thank you sir this video and very halpfull .

[@silenceandprogress]

You are most welcome

[@preetikanarana5697]

Thanku sir for this vedio. I easily understand sir

[@silenceandprogress]

Most welcome

[@sheethalhaldus6600]

Thank you sir for the video. Very informative!

[@pritamdas9704]

Thank you sir for the explanation

[@silenceandprogress]

So nice of you

[@MukeshkumarTesla]

Sir one question cal gas calibration time refrence air close or not close another question reference air condinse open condition wrong or right

[@spmaritimeinstitute8524]

Good

[@silenceandprogress]

Heartiest thanks friend. I am glad to get your wish here. If you want to know any more topic, let me know. I will try to server for you all. By the way, may i know you, from where you are?

[@ashwinganapathy223]

While mentioning O- ion migration inside the zirconia cells is there physical migration, or only electrons are getting transferred?

[@danishakhtar9838]

thank u, sir, for this tutorial.👍👍
online classes are really effective in this coronavirus pandemic But I really missed ur classes in college

[@silenceandprogress]

Thank you so much. Be with me here.

[@anikdey3599]

Thank you sir for sharing your valuable experiences.

[@silenceandprogress]

So nice of you

[@deathman9702]

Very helpful sir

[@silenceandprogress]

Thank you so much. Be with me here.

[@cheroukarim5514]

Thank you Sir . for your explanation. THIS IS CLAIRLY but i need a PDF for This lesson. Thank you very much

[@silenceandprogress]

Pause the video and try to write notes form here. It will increase your depth.

[@Hheshipoohbccdruiojbdssdgvbb]

Thank you sir for good video and please provide PDF also😁😁

[@silenceandprogress]

Thank you so much. Be with me here.

[@NarenderKumar-hq2to]

Sir, please make a video on TDLS type analyzer also

[@silenceandprogress]

Ok, I shall try. Be here with me.

[@jerryvjohn]

Thanks for the video.
Could you please tell me more about ionisation of O2 ? Is it Zr or Pt is ionising O2?

[@silenceandprogress]

Pt is responsible for ionization. It is used as catalyst to change O2 molecules to O2 ions in one plate and O2 ions to O2 molecule in another plate. The plate where O2 concentration is higher, electron is released by Pt and O2 atoms gains those electrons. So that Pt plate gains +ve potential. Those -ve ions flow through electrolyte (ZrO2) and reach to other side Pt electrode where O2 ions release electron at Pt plate and form O2 atom again and Pt electrode gains -ve potential. Magnitude of difference of potentials between to Pt electrodes is function of O2 concentration in unknown sample.
Anyway, i am proud to get a subscriber like you. Be well.

[@geeks10]

[@ericmarcelo8976]

I have no problem with the lesson itself. It is well done. However, I would suggest you don't read the text on the screen. It's redundant.

[@silenceandprogress]

Thank you sir, your suggestion is accepted.

[@sohomchakraborty3046]

Very helpful sir

[@silenceandprogress]

Keep watching

[@alapanganguly957]

Thank you sir for this video tutorial

[@silenceandprogress]

Most welcome