Update for anyone with aspirations of seeing a robust excess heat effect
with Zeolites, using the Reiter effect (cobalt loading).

Amazon actually caries a cobalt loaded zeolite material - used as aquarium
filter media. 

http://www.amazon.com/gp/offer-listing/B005QRHM5I

This is not a joke - but I have no illusions that this product could work in
the same robust way as Nick's material, since it probably has minimal cobalt
- but it's a bargain, and the ease of operation with a good calorimeter...
even one from Thermonetics, no less, could be worth a shot for anyone with
more time than money... 

Hmm ... Kinda like owning a Yugo.

http://www.mail-archive.com/[email protected]/msg62560.html

LOL... Had to throw Mary a bone, so to speak - since he/she does make a good
device.

Wouldn't it be a hoot if someone were to use a simple Amazon aquarium filter
media, a pipe reactor, KH and heating tape - and a Thermonetics calorimeter
to show unmistakable excess heat ... in a lowest common denominator system. 

It could happen, folks.

Jones

                _____________________________________________
                
                Thanks, Ruby. 

                These are old slides (2008) are interesting in the context
of palladium-deuterium. But there is no real anomaly to get excited about
there. This is similar to the NRL work with zeolites. Yawn.

                The caption under both experiments could be labeled as "so
close, but so far away" since they had the "Casimir cavity" part of the
equation correct (using zeolite), but not the active ingredients. Palladium
deuterium is not a Casimir-cavity influenced reaction - that much is clear. 

                OTOH... hydrogen is.

                I was hoping that there would have been information more
pertinent to the "Reiter effect" with cobalt and hydrogen in zeolite,
mentioned recently here as the "ZeoCat", but that was wishful thinking.

        
https://docs.google.com/viewer?a=v&pid=sites&srcid=ZGVmYXVsdGRvbWFpbnxvaGlvd
G9pb3xneDpjZGMzM2VjNGQwY2ExZDc&pli=1
                BTW - As of today, not yet October - the ZeoCat of Nick
Reiter looks to me like the most important open source experiment in LENR in
the sense of: easy to do, but with robust results, begging for replication,
and begging for enhancements.


                                From: Ruby 
                                As far as I know, there is only slides from
his presentation at ICCF-14 by New Energy Times.
                                
                                You must scroll down on this page to find
his name
                                
        
http://newenergytimes.com/v2/conferences/2008/ICCF14/ICCMNS-14-Recordings.sh
tml
                                
                                
                                Here is the direct download for the New
Energy Times .pdf:
                                
        
http://newenergytimes.com/v2/conferences/2008/ICCF14/Pres/14-Parchamazad-Nan
oparticles.pdf
                                
                                
                                Ruby
                                
                                
                                Jones Beene wrote:
                                The only paper I've found for him is with
Biberian:
                                 
        
http://lenr-canr.org/acrobat/BiberianJPpossiblero.pdf
                                 
                                and it hardly mentions zeolites. Is there
another?
                                 
                                Jones
                                 
                                 
                                From: Ruby 
                                
                                I edited an under-23-minute video of Dr.
Iraj Parchamazad Chemistry Chairman of University of LaVerne talking about
his research into anomalous heat reactions using nano-palladium loaded
zeolites exposed to deuterium gas.
                                
        
http://coldfusionnow.org/iraj-parchamazad-lenr-with-zeolites/
                                
                                Enjoy!
                                -- 
                                Ruby Carat
                                
                                
                

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