A very extra clear explanation. For the first time in a year, I just now actually grasped what every step of a CV means. I sincerely thank you from the bottom of my heart !
Thank you very much for this very clear presentation. I am very interested in this topic in detail and appreciate any additional discussions that you ever care to offer. Thanks again..
Awesome explanation! Thank you so much, I was looking up CV in sooo many textbooks but none of these books was able to give me such a step by step explanation of what is going on!
This is a very awesome presentation, i have tried so many videos but yours has explained voltammetry very well and detailed, thanks so much for your effort
the Area in this equation.. i don't quite understand.. is it refering to the area of just one electrode? or the sum of both the working and auxiliary electrode (aka counter electrode)? oxidation and reduction may simultaneously be happening at both the working and the auxiliary electrode right? so is the area a sum of both the working and auxiliary? I can't logic out an argument that helps me understand.
Positive and negative are matters of convention, if I understand correctly. Here's a helpful paper (see 2nd page "Box 1" on conventions): pubs.acs.org/doi/pdf/10.1021/acs.jchemed.7b00361
A very extra clear explanation. For the first time in a year, I just now actually grasped what every step of a CV means. I sincerely thank you from the bottom of my heart !
i cant undersatand about the gradient ..plz explain it to me
This videoo is really superb to understand very basics about Cyclic voltammetry......Thanks Prof. Tina Voelker for this wonderful presentation.....
Clear and thorough explanations and diagrams. Top lecture - Thank you
A very clear, straight forward, and vivid explanation. keep it up 👍🏻
Thank you very much for this very clear presentation. I am very interested in this topic in detail and appreciate any additional discussions that you ever care to offer. Thanks again..
Awesome explanation! Thank you so much, I was looking up CV in sooo many textbooks but none of these books was able to give me such a step by step explanation of what is going on!
This explanation is very clear and scientific. Thanks you, Prof. Voelker.
Best CV lecture on youtube!
Great condensed version of material found on other videos!
This is a very awesome presentation, i have tried so many videos but yours has explained voltammetry very well and detailed, thanks so much for your effort
Vielen Dank Frau Volker, sehr gut erklärt.
A very clear and awesome presentation. Sincerely, thank you very much.
It helps me understand how CV works, and it's super clear. Thanks!
Perfect and clear explanation. All the other things I found about the voltamertry was really hard to understand. Thank you very much
This is brilliant, much appreciated.
Thanks for this wonderful explanation.
Thank you, this made things much clearer
Thank you so much, this video helped a lot in understanding the theory.
you are great prof. Any other lecture of her??
Wonderful lecture ma’am.
informative video, nicely done.
Thank you so much for your great explanation
This helped me so much. Thank you!!
Zo the Po
Nice and clear.
Thank you, it helped a lot!
excellent explanation:)
the Area in this equation.. i don't quite understand.. is it refering to the area of just one electrode? or the sum of both the working and auxiliary electrode (aka counter electrode)? oxidation and reduction may simultaneously be happening at both the working and the auxiliary electrode right? so is the area a sum of both the working and auxiliary? I can't logic out an argument that helps me understand.
Really great video :)
Awesome video, thank you :D
Thank you!
Thank you for being do detailed. :)
Part 2?
This is a nice video, but I've seen cathodic and anodic peaks labeled as the opposite quite often
See "Box 1" on the 2nd page of this paper: pubs.acs.org/doi/pdf/10.1021/acs.jchemed.7b00361
thank you! it helps!
why is the reduction current negative?
Positive and negative are matters of convention, if I understand correctly. Here's a helpful paper (see 2nd page "Box 1" on conventions): pubs.acs.org/doi/pdf/10.1021/acs.jchemed.7b00361
basic concept of CV!