If I was to subject natural or synthetic graphite powder to an exfoliation process that
reduces the average layer height of the flakes from 200 nanometres down to around 2.88nm
without harming the structural integrity of the material nor introducing unwanted by-products
then resulting characteristic should include significantly lower electrical resistances and higher
thermal conductivity perhaps approaching that of diamond, well... at least surpassing copper
and silver lets go with that.
That said is there any significant benefits to using a material like this in the context of battery
design or would it just be an extra process resulting in needless expense and a waste of time?
Thanks!
Noel
reduces the average layer height of the flakes from 200 nanometres down to around 2.88nm
without harming the structural integrity of the material nor introducing unwanted by-products
then resulting characteristic should include significantly lower electrical resistances and higher
thermal conductivity perhaps approaching that of diamond, well... at least surpassing copper
and silver lets go with that.
That said is there any significant benefits to using a material like this in the context of battery
design or would it just be an extra process resulting in needless expense and a waste of time?
Thanks!
Noel