Meyer always say about this.

thanks
geenee

Meyer calls brute force electrolysis (with an additive) a Dead Short Condition, not Dead Shot Condition.

Quote from haxar on July 20th, 2012, 12:26 PM

Meyer calls brute force electrolysis (with an additive) a Dead Short Condition, not Dead Shot Condition.

sorry about language,i will change a topic name.

i tried to search on google,but not good result.Dead short = short circuit or not??? =  when short circuit(high amps),mean you will dead(from electric shock).

Meyer said "when dead short ,voltage can't go up". 0 ohm = 0 volt ??? i think right???

attached picture,anyone try old circuit of Meyer??i think this great explain in Patent(US4798661)

just thought

thanks
geenee

Quote from geenee on July 20th, 2012, 02:21 PM

Quote from haxar on July 20th, 2012, 12:26 PM

Meyer calls brute force electrolysis (with an additive) a Dead Short Condition, not Dead Shot Condition.

sorry about language,i will change a topic name.

i tried to search on google,but not good result.Dead short = short circuit or not??? =  when short circuit(high amps),mean you will dead(from electric shock).

Meyer said "when dead short ,voltage can't go up". 0 ohm = 0 volt ??? i think right???

attached picture,anyone try old circuit of Meyer??i think this great explain in Patent(US4798661)

just thought

thanks
geenee

Hy,

explained it already in the other topic (Meyer = puharich).
The dead short means there will be no resistance in the WFC. This will happen when arcs form in the water. Like in a LED or neon tube, you will need some kind of resistance to limit the current through the plasma. So once the plasma is ignited, the resistance in the LED/Neontube/WFC is very low (nearly 0).
http://en.wikipedia.org/wiki/Fluorescent_lamp#Electrical_aspects_of_operation