Thank you for the video. I have some electrochemical data, I was able to do a fit of the Tafel equation; however, I noticed my alphas were very small, I think around 0.02, any suggestions?
Thank you - I agree, I think the topic is taught in isolation from the rest of the topics, so what I want to do is show how everything is connected. thank you for the feedback
Thank you for the video! Could you go deeper into the Tafel plot and also the weaknesses of this evaluation method? In my group some people have raised concerns about the meaningfulness of Tafel plots.
@@zimmerpeacock9703 Hi, sorry for the confusion. I am confused by the differences between surface overpotential, ohmic overpotential, and mass transfer overpotential
@@justinchan-wenchiu2699 We will try and answer this in our weekly webinar, see here - www.zimmerpeacocktech.com/2023/02/23/zp-developers-zone-8-am-london-30-february-2023/
@@justinchan-wenchiu2699 It was a good question, and the confusion comes about because of so many terms for the same thing, this is just what humans do :)
Very helpful. Got a lot out of this. Never seen the symmetry factor explained like that.
Thank you for the video. I have some electrochemical data, I was able to do a fit of the Tafel equation; however, I noticed my alphas were very small, I think around 0.02, any suggestions?
You may have made one mistake, for example where something is 10 and you have put it in as 100. This happens a lot :)
Hi Zimmer, should tafel plot be extracted from CV in CO2 reduction reaction? in this case alpha will be 0.8?
please post question here - www.zimmerpeacocktech.com/contact-support/
Very insightful and straightforward
I want to have a video derivation of Tafel and Butler-Volmer equations. Also, this is really helpful! Thank you for making this video
Definitely will
This is useful. More detailed explanation of the same for the case of corrosion would be helpful
I would like to do more on corrosion :)
Very interesting topic !
Many students find this very difficult to understand
Thank you - I agree, I think the topic is taught in isolation from the rest of the topics, so what I want to do is show how everything is connected. thank you for the feedback
Hi, can you do calculation from CV data for HER reactions, like tafel slope, ipc and ipa etc if possible
This is great. I finally understand now.
I know exactly how you feel, when we teach we are also remembering the struggle to understand - M
hello sir,
can you explain of application of curve fitting for tafel to bulter volmer equation from LSV curve?
I will try to cover in a webinar this week - www.zimmerpeacocktech.com/2023/03/17/zp-developers-zone-8-am-london-23-march-2023/
very useful session
can you make video on derivation of Buttler Volmer equation and Tafel equation
I do read these comments and I do put them on the to-do list, thank you -
come to this - www.zimmerpeacock.com/2024/03/25/zp-technologies-for-academic-researchers/
@@zimmerpeacock9703 Thanks
How can we find different techniques to calculate tafel slope
good question - we will answer here - www.zimmerpeacock.com/2023/05/26/zp-developers-zone-live-streaming-webinar-1-june-2023/
Thank you for the video! Could you go deeper into the Tafel plot and also the weaknesses of this evaluation method? In my group some people have raised concerns about the meaningfulness of Tafel plots.
place the question here - www.zimmerpeacock.com/contact/
thanks a lot, really helpful
Thank you Zimmer
Can you introduce three different overpotentials
So sorry, not quite understanding the question, can you re-phrase please?
@@zimmerpeacock9703 Hi, sorry for the confusion. I am confused by the differences between surface overpotential, ohmic overpotential, and mass transfer overpotential
@@justinchan-wenchiu2699 We will try and answer this in our weekly webinar, see here - www.zimmerpeacocktech.com/2023/02/23/zp-developers-zone-8-am-london-30-february-2023/
@@zimmerpeacock9703 thank you so much
@@justinchan-wenchiu2699 It was a good question, and the confusion comes about because of so many terms for the same thing, this is just what humans do :)
nice