Assuming all the right materials and geometries don't forget to exercise
extreme patience with the thermal environment for both optimum absorption and
more importantly maintaining the environment near the disassociation temp even
as the anomalous heat starts to grow. I am convinced you need a certain range
of H1 to H2 and heat extraction to maintain the anomaly. If you get a sudden
thermal spike like the Mill's confirmations you have probably destroyed your
geometry in a runaway reaction that turns your geometry plastic hot and allows
stiction to reshape the geometry to nullify Casimir force. If you get slow life
after death results your "mini hydrogen" is leaching out and giving you
multiple disassociations and re-associations as it "grows" back to normal
hydrogen. The secret may be in a Pulse Width Modulation that dips into the
runaway condition for a certain duty factor controlled by pressure or
electrical pulse while the off portion of the cycle allows heat extraction to
pull the device back out of runaway before the geometry can be damaged.
Fran
