Discussion Closed This discussion was created more than 6 months ago and has been closed. To start a new discussion with a link back to this one, click here.
overall conductivity of the system
Posted 13 avr. 2016, 00:15 UTC−4 Low-Frequency Electromagnetics, Battery Design, Chemical Reaction Engineering Version 5.1 2 Replies
Please login with a confirmed email address before reporting spam
Hi, experts!
I am novice and want to ask: Is it possible to calculate overall conductivity of the composite containing high conductive nanoparticles in almost non-conductive media?
If yes, which modules and functions should I use? Probably there are some nearest examples.
Thanks in advance, I will be grateful for any advice and help
I am novice and want to ask: Is it possible to calculate overall conductivity of the composite containing high conductive nanoparticles in almost non-conductive media?
If yes, which modules and functions should I use? Probably there are some nearest examples.
Thanks in advance, I will be grateful for any advice and help
2 Replies Last Post 13 avr. 2016, 01:40 UTC−4
Please login with a confirmed email address before reporting spam
Posted:
9 years ago
Hi
I am not sure if this is a Comsol problem at all. A situation like yours is usually analyzed with the percolation theory. The conductivity is zero before the nanoparticles create a continuous path across the sample. There are Matlab codes available in the web that calculate this.
BR
Lasse
I am not sure if this is a Comsol problem at all. A situation like yours is usually analyzed with the percolation theory. The conductivity is zero before the nanoparticles create a continuous path across the sample. There are Matlab codes available in the web that calculate this.
BR
Lasse
Please login with a confirmed email address before reporting spam
Posted:
9 years ago
You may set a potential difference across the sample and integrate current in either ends. Then Ohm's law. You may also scan the potential difference with parametric sweep.