2.23   0.45   0.023125  3.33   65   18.75  0.053  3.8237
 

 1. 2.23 gives the maximum gas production per square foot and
     still retain 1.27 volt per cell.
 2. 0.45 square feet of cell area is required for each gallon
     per hour of gas output.
 3. 0.023125 gives the cell area needed when multiplied by
     the cc displacement of your engine.
     Derived from this is 3.33. The displacement of your
     engine multiplied by this gives you the cell area you
     need in square inches.
 4. 65 amps per square foot is what Peter Lowrie is using.
     In my cell that means 1.8 X 65 = 117 Amps. But I am
     running 75 Amps at 150 watts approximately.
 5. Every 18.75 total amperes gives 1 gallon of gas per hour.
 6. 0.053 times the amps gives the volume of gas in gallons
     per hour.
 7. The energy increase of using Monotonic molecules is
     3.8237 times that of ordinary diatonic molecule electrolysis gas.
 8. This means that an engine of 26% efficiency or above has
     a chance of running.
 9. Ordinary losses are 10 % making it 3.44 now the
     efficiency of the IC engine must be above 29 %.  Losses
     in the diodes can be as little as 14 - 0.7 or 5 %
10. Allowing for diode losses, a 30.5 % engine efficiency
      will run.  Steam would be the Icing on the Cake.

                           (C) 2005
The forgoing is copyrighted by Willard J. Elliott and may not
be reproduced in any form without his express written
permission.