Cold Fusion&Slow Oxidation etc. 
Author Message
 Cold Fusion&Slow Oxidation etc.

There are chain reactions in
chemistry as in physics eg chemical combustion reactions and maybe there is
a milder chain reaction or an increase in the rate of oxidation before an
Arhennius type exponential decrease as oxidation proceeds in the case of
rust or other oxidation reactions?
   I seem to recall and please correct me if this is not the case, that rust
on iron requires water vapor at least at ordinary temperatures and pressures
to occur and that one portion of the iron acts as an anode while the other
acts as a cathode which reacts to the hydrogen and oxygen in  water vapor by
releasing electrons from the outer shell of the iron atoms that then going
through the metal
join some of the water vapor becoming negative hydroxyl  ions. And the next
stage is that
there seems to be a greater affinity of the oxygen part of the hydroxly ion
as it bumps
up against an iron atom with greater force than in the case of unionized
atom
so that one or two oxygen atoms with the extra electron joins  positive iron
ion.
   Now suppose that nuclei contain virtual orbiting charged particles going
at superluminal
speeds and that when two these nuclei bump up against each other at higher
than normal pressures
temperatures, or with a voltage difference produced by a temporary small
local redistribution of charge that
a positively or negatively charged electron like particle in one nucleus
becomes on rare occassions shared with an adjacent nucleus and in some even
rarer cases
results in the emission of a neutron that helps increase the reaction rate.
   Deuterium in high concentrations and at high pressures and and over room
temp in a Palladium type lattice may fit such a scenario with a reaction
rate that is much slower than hot fusion?
   Or the oxidation of the Palladium type metal might be the only generator
of excess heat?

--
Ralph Sansbury, http://www.***.com/ ~sansbury



Thu, 08 Nov 2001 03:00:00 GMT
 Cold Fusion&Slow Oxidation etc.
   I forgot to pose the etc question namely are there other chemical
reactions similar, in being exothermic and giving off heat , to oxidation
that have very rapid and very slow reaction rates?

Quote:

>There are chain reactions in
>chemistry as in physics eg chemical combustion reactions and maybe there is
>a milder chain reaction or an increase in the rate of oxidation before an
>Arhennius type exponential decrease as oxidation proceeds in the case of
>rust or other oxidation reactions?
>   I seem to recall and please correct me if this is not the case, that
rust
>on iron requires water vapor at least at ordinary temperatures and
pressures
>to occur and that one portion of the iron acts as an anode while the other
>acts as a cathode which reacts to the hydrogen and oxygen in  water vapor
by
>releasing electrons from the outer shell of the iron atoms that then going
>through the metal
>join some of the water vapor becoming negative hydroxyl  ions. And the next
>stage is that
>there seems to be a greater affinity of the oxygen part of the hydroxly ion
>as it bumps
>up against an iron atom with greater force than in the case of unionized
>atom
>so that one or two oxygen atoms with the extra electron joins  positive
iron
>ion.
>   Now suppose that nuclei contain virtual orbiting charged particles going
>at superluminal
>speeds and that when two these nuclei bump up against each other at higher
>than normal pressures
>temperatures, or with a voltage difference produced by a temporary small
>local redistribution of charge that
>a positively or negatively charged electron like particle in one nucleus
>becomes on rare occassions shared with an adjacent nucleus and in some even
>rarer cases
>results in the emission of a neutron that helps increase the reaction rate.
>   Deuterium in high concentrations and at high pressures and over room
>temp in a Palladium type lattice may fit such a scenario with a reaction
>rate that is much slower than hot fusion?
>   Or the oxidation of the Palladium type metal might be the only generator
>of excess heat?

>--
>Ralph Sansbury, http://www.bestweb.net/~sansbury



Fri, 09 Nov 2001 03:00:00 GMT
 
 [ 2 post ] 

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