{Electrochemical} reactor core With Duel Ignoids

Abstract

The {electrochemical} reactor core is an nonradioactive duel ignoid catalyzed intermetallic static bias power cell, having two independent ignoids that form intermetallic alloys to attain static bias potentials, note that these are NOT batteries, nor can they be put into series like an battery for higher voltage. They cannot be overcharged and can be expected to last for centuries as an near foolproof electrochemical power storage system, about the only normal way to damage such cells is by charging them too rapidly. These types of {electrochemical} reactor cores are actually up to 1,000 times more energy dense than the best batteries, and can be charged from any voltage higher than the ignoids static bias voltage. Likewise, there is little memory effect and it does not hurt the {electrochemical} reactor core to totally discharge the {electrochemical} reactor core

1 . What I claim as my invention is The designs of the {electrochemical} reactor core ignoids as put forth in the description, Involving intermetallic alloys reacting in the presence of an high surface area intermetallic alloy and an high surface area nonreactive metal catalyst, ideally the intermetallic Fe3Al in the presence of ultrahigh surface area magnesium and MgZn2 in another ignoid reacting in the presence of ultrahigh surface area aluminum nonreacting catalyst.  
   
   
       2 . What I claim as my invention is The use of any formula for an intermetallic alloy with or without the presence of an nonreacting metallic catalyst in an high surface area configuration to make an {electrochemical} reactor core ignoid.  
   
   
       3 . What I claim as my invention is The design of chip type ElectroChemical Reactor Cores.