Thank you for your contribution. I´m glad I see you divide between capacitor behaviour (even in previous videos) and go into detail. Looking forward to the next video
Excellent videos, I would also suggest to please set a standard experiment illustration for starters to learn GCD, like to how to set parameters and other things.
What is the reason for the IR drop and how can I mitigate it. I read that it’s resistance arises from the low conductivity of your materials or due to the cell fabrication. Could you please explain?
Great efforts....can we know the explanation about the EDLC super capacitors...in which CV analysis, GCD characteristics and power and energy densities...with formulas and graphical representation using origin graph...🙏 Will be very helpful for us
Thank you for your contribution. I´m glad I see you divide between capacitor behaviour (even in previous videos) and go into detail.
Looking forward to the next video
Glad it was helpful!
Excellent videos, I would also suggest to please set a standard experiment illustration for starters to learn GCD, like to how to set parameters and other things.
Thanks for the tips!
Can you make a video on how to calculate the capacitance from EIS plots. Thanks
What is the reason for the IR drop and how can I mitigate it. I read that it’s resistance arises from the low conductivity of your materials or due to the cell fabrication. Could you please explain?
Thank you for your explanation. How to convert current density mA/cm2 to A/g. If we analyze GCD using potentiostat we apply current density as mA/cm2.
Can you provide sufficient documents for basic understanding the GDC curve?
Great efforts....can we know the explanation about the EDLC super capacitors...in which CV analysis, GCD characteristics and power and energy densities...with formulas and graphical representation using origin graph...🙏 Will be very helpful for us
I think we have covered most topics you mentioned in our previous tutorials. Hope you enjoy other videos from us.
please make a video on transportation limitations
thnanks for sharing from hunan university
Nice