A SIMPLE ELECTRIC HEATER, WHICH HAS EFFICIENCY GREATER THAN 1

[George1]

To Sergh.
Please read carefully again our post containing the problem. We have described how to keep a constant neutrality.
Looking forward to your answer.
George 

[George1]

To smOky2.
----------------------------
No, I am not selling books! YOU ARE NOT READING CAREFULLY MY POSTS! I am only citing a standard problem which can be found in two different textbooks. Our team developed further this standard problem and draw the conclusion that standard water electrolysis theoretically has efficiency/C.O.P. bigger than 1. Please also read CAREFULLY my answers to Sergh.
Looking forward to your answer.
George

[kolbacict]

Our team developed further this standard problem and draw the conclusion that standard water electrolysis theoretically has efficiency/C.O.P. bigger than 1.

Didn't Stanley Meyer do this a little earlier?

p.s.

looking forward to your answer

tell him,waiting for an answer, like a nightingale of summer.

[George1]

Hi kolbacict,
I am not familiar with the details related to Stanley Meyer's adventure. I know only for sure that he invented a water electrolysis car motor. And we invented a water electrolysis heater.
Looking forward to your answer. (Appreciating your humour! )
George

[sm0ky2]

To smOky2.
----------------------------
No, I am not selling books! YOU ARE NOT READING CAREFULLY MY POSTS! I am only citing a standard problem which can be found in two different textbooks. Our team developed further this standard problem and draw the conclusion that standard water electrolysis theoretically has efficiency/C.O.P. bigger than 1. Please also read CAREFULLY my answers to Sergh.
Looking forward to your answer.
George

H + H2 + O + O2 burns at 10,000 degrees
And over time the total energy far exceeds what we use to create
The reaction.


Important: this is NOT a stoichiometric mixture!!!
Over unity in this subject was noted by Bulgarian Physicist
Yull Brown, and disputed by the top scientists in the field.


Brown's Gas will NOT react in a fuel cell with 100% efficiency.
It's a combustible fuel.
It's called "common ducted".
In their ionic state, the molecules bond together to form H2 and O2
This energy is retained like a hydrocarbon
When combusted you gain the H H O reaction
As well as the H2 + O, and added heat from extra O2


it's technically not "overunity" but it puts out more energy than we ourselves put in.
So in that sense, the two are indistinguishable.