Yes, dedicated meter with data logging together with data logging of the 
temperature of the reactor reactants. I plan to correlate radiation spikes with 
temperature spikes of the reactants.  This wuold be a good way of verifying the 
LENR effects.  

Yes, there are many radiation sources in our environment, but aren't they all 
classified as "background".  If I get a clear reading way above background 
readings, that would be a clear indication of a "nuclear" process, wouldn't it? 
 And hence, by inference, a clear indication of an LENR process of some kind.  

The scotch tape example, wouldn't that be classified as a "nuclear" process 
manifesting during a mechanical procedure?  It is not a purely mechanical or 
chemical process per se, but rather a nuclear effect during certain mechanical 
and chemical conditions.  I believe this is similar to Deflakion's "chemically 
assisted" nuclear reaction.  The process itself is not chemical, ie, not 
involving the valence electrons,  but LENR. This gives me a opportunity to 
rephrase my origianl statement" "As far as I know, this is no known process 
using chemical reactions of reactants that releases radiation due to the 
chemical reaction." 

But, I am acutely aware of the limitations of the terminology and my examples 
and explanations.  Suffice it for now, that we can agree, that there is no 
known chemical process involving nickel, carbon, iron, copper and hydrogen that 
produces radiation, am I not correct?  

Please feel free to correct me.






  0----- Original Message ----- 
  From: Jones Beene 
  To: [email protected] 
  Sent: Saturday, March 03, 2012 12:53 AM
  Subject: RE: [Vo]:To Radiate or Not to Radiate


  That is not correct. Many chemical and mechanical processes produce radiation 
well into the x-ray range - even something as mundane as Scotch tape.

   

  http://articles.latimes.com/2008/oct/25/science/sci-tape25

   

  Forget a cloud chamber. You need a dedicated meter with data logging. 
Although x-rays are commonly found at low intensity in mundane situations, it 
is the intensity level which is important, and you need comparative counts 
above background over time - for decent statistical analysis.

   

   

  From: Joseph Hao 

   

  As far as I know, there is no known chemical process that releases radiation, 

   

   

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