Townsend's Current growth equation by considering Secondary Ionization Process| Derivation|HVE Lect
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- Опубликовано: 28 авг 2024
- @SimplifiedEEEStudies @WINNERSCAPSULE
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Hello all,
This session covers the derivation of the current growth equation by considering the secondary ionization process. Before watching this video, please follow the link given in the description box.
Townsends Current Growth Equation _Derivation: • Townsends theory | Tow...
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Thank you.
Very good presentation. Keep it up
Your teaching technique is good but take a big board to solve derivations and problem 👍
Hello friend,
Thanks for watching this video. I have modified the same. Please go through my updated video
ruclips.net/video/2IGaMbtBsro/видео.html
Please try to resolve very critical problem that is your video is pausing time to time in each and every lecture your video lecture get paused in between
GM
I am sorry
Tried several times
I will upload separately one video
Regrets for the inconvenience
discuss current growth phenomenon in a gas subjected to uniform electric field
This video enough to written in exam??? Sir
Yes sure
Sir ,we were told the the second coefficient of Townsend (gamma) can never be equal to 1 . Why is this sir?
Good evening, if gama=1, it illustrate an ideal gas. The ideal gas is a theoretical concept, and no practical significance.
Bhai phle video to Dekh le chlri hai ya nahi beech me to ruk gyi hai video
Bro i didn't understand how did u get the 1st equation
Hello madam,
Please watch my lecture video on derivation of current growth equation by Considering primary Ionization
Please follow the link:
ruclips.net/video/gGeyOG1qxUw/видео.html
Hello madam,
For current growth equation by Considering Secondary Ionization, you can watch this video.. Let me know in case of any clarification
Sir, tq for ur reply
Sir in № place how can ee take № + n+
Good morning,
There are three reseons for the formation of secondary Ionization Process.
1.electron emission due to positive ion impact - no
2. Electron emission due to photo Ionization-n+
3. Meta stable atoms - negligible
So we will have to consider case 1 and 2.
That is why in the Derivation I have mentioned no=no+n+
Hope you have got my point.
Thank you
Hello bro... After uploading see your video once..It is not uploaded completely...And you have to derive the equation. Don't copy from book. First you learn then you teach others..
According to me audio content of this video can be listened .final current growth equation couldn't display. May be technical issues. I don't think so it's directly copied from textbook. I used to refer textbook of Kamaraju and Naidu, I found derivation is simple and precise in this video and language is also simple. As an average student i found this lecture series very useful. I don't know about bright students. My professor recommended this lecture series. I am damn sure that I can pass this subject.
Hello friend,
Thanks for watching this video. I have modified the same. Please go through my updated video
ruclips.net/video/2IGaMbtBsro/видео.html
Hello friend,
Thanks for watching this video. I have modified the same. Please go through my updated video
ruclips.net/video/2IGaMbtBsro/видео.html
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@@vijithavijayagopalan2234😊