It is a very useful video for beginners. It would be good if you could explain the origin of different shape of GDC profile for the individual devices in thermodynamics & kinetics point of view.
Thank you for the informative video. I have one doubt. May I? Why there is an inclined slope in the supercapacitor region in the Ragone plot (specific energy vs. specific power graph)?
Kindly some details about GCD as its tough compare to CV. Also make some detail vedios on EIS impedence its equavilent circuits and patterens explanation. Thanks for your efforts.
your video is amazing! so useful, thanks,. Could you talk more about the capacitive intercalation and surface redox reactions that occur in pseudocapacitors, please?
Great video! Thanks for sharing :) I appreciate very niche video content especially in this field. We need more content. Keep shining ☀️
Thanks for sharing this great tutorial!
you guys are amazing ... keep making more videos :*
Thanks! Will try.
It is a very useful video for beginners. It would be good if you could explain the origin of different shape of GDC profile for the individual devices in thermodynamics & kinetics point of view.
Great suggestion.
Nice!
Thanks!
Thank you, great content!
Thank you for the informative video. I have one doubt. May I? Why there is an inclined slope in the supercapacitor region in the Ragone plot (specific energy vs. specific power graph)?
Kindly some details about GCD as its tough compare to CV. Also make some detail vedios on EIS impedence its equavilent circuits and patterens explanation. Thanks for your efforts.
More EIS techniques are on my list.
your video is amazing! so useful, thanks,. Could you talk more about the capacitive intercalation and surface redox reactions that occur in pseudocapacitors, please?
thanks for sharing
Thank you so much
Please make video about micro supercapacitor
Can someone explain what is the difference between a pseudo capacitor and a battery?
Fundamentally, whether the kinetics of the energy storage process is limited by solid-state diffusion.
@@EChem_Channel....how can it is solid State diffusion even we use liquid electrolyte in battery
@@riyanasherif7154 it is the diffusion of lithium-ions in the solid-state electrode materials
please improve your spoken English, so hard to follow!
It's free knowledge sharing. just show your respect