In a message dated 9/14/00 10:13:16 AM EST, [email protected] writes:

<< Subj:     Re: CS>Re: Water test for CS
 Date:  9/14/00 10:13:16 AM EST
 From:  [email protected] (Robert L. Berger)
 Reply-to:  [email protected]
 To:    [email protected]
 
 Roger;
 
 If you are getting ARC CS without NO3 then you have some unusal setup that
 excludes air from the arc chamber as well as eliminating the absorbes N2 
that is
 in the DW. I would be interested to try and duplicate your process as a 20 
lb CO2
 tank is rather  unwieldy.
 
 I have found that there is a lower limit on CO2 flow that is needed to sweep 
 the
 dissolved nitrogen that is absorbed in the DW out of the system.
 
 The air in the arc chamber is how Dr. Farber in Germany made the nitrates for
 their WW2 bombs. A review of chemisrty will show this fact.
 
 Somehow you have sealed air out of the system. I would like to check your CS 
for
 NO3 and PPM. I do it at no charge.
 
 "Ole Bob"
  >>

Bob: Thanks for the offer. I'll send you a sample of a ~ 6 gallon batch I 
just finished making tomorrow. How much do you need? As far as nitrate is 
concerned, I think we've already established that my HVAC arc process appears 
to operate at a significantly higher silver electrode temperature than yours 
because, invariably, a molten silver sphere drops off the electrode and is 
quenched in the water bath below. In addition, sputtering, as I refer to it, 
occurs when there is ADDITIONAL heat transferred into the molten silver 
sphere. This can be accomplished in at least two ways, adding power (which 
only works consistently AFTER the molten silver sphere drops off because the 
existing energy is concentrated onto a much smaller surface), or -- believe 
it or not -- reducing power because the molten sphere begins to solidify 
leaving the ionizing beam "hole" much smaller which concentrate the remaining 
energy into a much smaller surface and raises the temperature sufficiently to 
promote sputtering.

All this explanation aside, isn't it true that the higher the process 
temperature the less stable are nitrogen-oxygen compounds? And if this 
statement is true (which I believe it is) then could my higher operating 
temperature be THE reason why my arc process DOES NOT produce nitrate or 
nitrites? Roger


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