Cold Fusion - Start 450 watt. When the 55 ° C cylinder is heated, the load is reduced dramatically to 250 watts and can run continuously for x hours and transfer heat from the stack to the boiler.
Warming wheel and then direct heating with hydrogen production, which can be further used.
Plasmová elektrolýza - Studená Fůse - Start 450Watt Po zahřáti zásobníku na 55°C se dramaticky sníží zátěž na 250watt a může nepřetržitě běžet x hodin a předávat teplo ze zásobníku spirálou do boileru.
Zahřívací kolo a poté přímý ohřev s produkcí Vodíku, který lze dále využít.
it is a stationary experiment.
my living room and garage fly with me - atomic fly
stainless steel bars would shrink rapidly
I think solar cells would respond to this wavelength, it just had to be a stronger luminous flux - stronger electrodes. this would also increase hydrogen production and utilization
The thermal reaction heats the service water, during which the evolution of hydrogen is activated. It can then be used.
Carbon monoxide is certainly not released, but probably chromium.
I think that during the discharge (burning), unwanted gases are released in every metal. I don't know how it is with platinum and other precious metals. Tungsten electrodes are also good, but are declining rapidly and stainless steel rods are not hard enough.
If hydrogen is further used thermally, the other gases that are evolved here are also destroyed, because the burning of hydrogen is accompanied by high temperatures, which destroy them.
Carbon monoxide is released by burning fossil fuels, not by breaking up a water molecule, through electrolysis.
This process also decomposes very slowly the metals used in the electrolysis of water and, unfortunately, also releases molecular lattice components such as chromium, nickel and other toxic substances.
These toxins then remain dissolved in the liquid and it is not clear whether they are also carried by water vapor into the air.
In any case, this liquid is not suitable for consumption, as in the case of healing water saturated with Hydrogen.
