Hi Axil et al,
This makes me wonder (as many of you probably also have) about some new
particular ways to approach manufacturing the reactor from scratch. It
seems certain that structure, especially micro- and nano-structure, of the
fuel especially is just as important as the material itself.
'Additive manufacturing' is all the rage nowaday, especially with metals
and exotic materials, like graphene for example. Recently I saw where XJET
in Israel is coming out with a metal nanoparticle inkjet 3D printer.
"nanomanufacturing". It might be nice, then, if some enterprising group
could try to build reactors almost atom by atom and then test those under
various conditions. For example, I'm thinking of the kind of manufactured
Casimir cavities in the recent patent app of Charles Hillel Rosendorf,
2014, ("Methods and equipment for quantum vacuum energy extraction" US
201400092521). I myself really wouldn't be able to tell the difference
between a Casimir cavity and a bear cave, but it seems from you and others'
conversations that whistling H or D thru them sets off some interesting
cascades. Anyway, it would also be very nice if the Energy Dept, for
one,would get on the stick and put some real money and effort into the
whole arena. It would be more than interesting to see some of the grant
applications from new - and old- blood if that happened.
cheers, ken
On Fri, Dec 4, 2015 at 5:40 PM, Axil Axil <janap...@gmail.com> wrote:
> [image: Thumbnail]
> <http://coldfusion3.com/wp-content/uploads/2015/03/11016788_931342816896418_4531602178363656119_o-300x101.jpg>
>
> Back in the early days, the cause of the breakup between Defkalion and
> Rossi was the tendency for Rossi's reactor to blow apart during startup.
> This was caused by a pileup of the fuel in the center of the reaction
> chamber. When DGT started their R&D, they hit upon a technique that spread
> the nickel micro powder evenly across the reaction chamber and held the
> powder more or less spread equally within the volume of the reaction
> chamber. . Dekalion used a nickel metal foam to hold the particles
> suspended in space so that the powder does not settle in a pile in the
> middle of the reaction tube.
>
> There are indications that Rossi is doing the same metal mesh based powder
> suspension method.
>
> If a replicator experiences a tube explosion, he is close to a successful
> LENR reaction. The replicator would be well served to insert a metal nano
> mesh into his alumina tube to keep the fuel particles distributed in the
> reaction chamber.
>
