Robin-
During NMR isomeric transitions, nuclear species are stimulated with a radio
frequency EM field to gain kinetic spin energy in the form of increased angular
momentum in small quanta of angular momentum—each quantum being equal to
h/2pie. An ambient magnetic field would change the
If the LENR reaction is only based solely on plasmon production, a another
soft metal coating on the nickel mesh might also work in the R20 that
includes silver, aluminum, copper, cesium, and so on.
On Thu, Jul 25, 2019 at 5:43 PM Axil Axil wrote:
> https://arxiv.org/pdf/1709.04876
>
>
https://arxiv.org/pdf/1709.04876
Excitation of multiple surface plasmon-polaritons(SPPs) by an equichiral
sculptured thin film
with a metal layer defect was studied theoretically in the Sarid
configuration, using the
transfer matrix method. Multiple SPP modes were distinguished from
waveguide
Plasmon entangles with heat when their energy levels are equal. This is
what produces plasmon polaritons. Ultra dense deuterium is not needed to
host the polariton condensate. What is needed to create this condensate is
a high level of polariton creation. Ultra dense deuterium greatly
facilitates
Axil Axil wrote:
> The palladium coating must serve only to provide a better surface plasmon
> performance profile than does nickel.
Not exactly the "only" purpose but certainly the Mizuno breakthrough does
appear to have a plasmon methodology for thermal gain using dense deuterium.
Palladium
I beleive that the big design innovation in the Mizuno design is the micro
sized mesh whose topology replaces the cracking that must usually occur in
the old electrode designs.
The palladium coating must serve only to provide a better surface plasmon
performance profile than does nickel. Plasmon
>From an Infinite Energy article on the active alloy of palladium for LENR
>excess heat … written by Jed Rothwell. If this information is still accurate
>then Mizuno must be using Type A palladium.
“Type A” Palladium
For many years Martin Fleischmann has recommended a particular type of
D* owns a deep orbit 2.15pm (Holmlid)In SO(4)this halve of that (1.07pm)
like electron too. From the 7-Li-H* reaction we know that the deep shell
electron binds to the nuclear flux too. Of course there are still many
open questions but if you understand the mass structure e.g. of
Deuterium I
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