Model of skin as an RC network. And test cells of 1cm square sections of post mortem skin tested and getting ~ 10k ohms per sq cm of contact area with salt solution as the electrodes on the 2 sides.
This one includes figures for conductivity of various internal organs and RC models for things like minced lung. Not sure how relevant that is but the conductivity is of order 100-500 ohm-cm for common organs. So the internal path once the skin is broken through is lower resistance - the skin is the main resistance.
Grimnes S. Dielectric breakdown of human skin in vivo. Med Biol Eng Comp. is also worth a read, but no copies seem to have escaped onto the internet, sadly.
Model of skin as an RC network. And test cells of 1cm square sections of post mortem skin tested and getting ~ 10k ohms per sq cm of contact area with salt solution as the electrodes on the 2 sides.
This one includes figures for conductivity of various internal organs and RC models for things like minced lung. Not sure how relevant that is but the conductivity is of order 100-500 ohm-cm for common organs. So the internal path once the skin is broken through is lower resistance - the skin is the main resistance.
Grimnes S. Dielectric breakdown of human skin in vivo. Med Biol Eng Comp. is also worth a read, but no copies seem to have escaped onto the internet, sadly.