Re^4: Was ist Polywasser?
Ach, hast du eine funktionierende Möglichkeit zur kalten
Fusion erfunden ?
Ich nicht, aber andere. Z.B. die hier:
Andrei G. Lipson, Shigeru Miyashita, Ryoichi Shimada, Naoto Asami (Inst.
Applied Energy, New Hydrogen Energy Lab., Sapporo, Japan), Tadahiko Mizuno,
Tadashi Akimoto (Hokkaido Univ., Dept. Nucl. Engr., Sapporo, Japan), Boris
F. Lyakhov (Inst. Physical Chem., The Russian Acad. Sci., Moscow, Russia),
"Nuclear Emissions in Au/Pd/PdO:D(x) System Induced by Exothermic Deuterium
Desorption"
"It was shown earlier in experiments being carried out in Russia (Inst.
Physical Chem. of RAS, Lebedev Phys. Inst. of RAS ) that exothermic
deuterium desorption from Au/Pd/PdO:D (D:PdO/Pd/PdO:D ) - heterostructure is
accompanied by emissions of neutrons, gammas & charged particles ( protons
and alphas ). The emissions were observed in air conditions in the process
of D - desorption stimulation after electrochemical loading of a thin
hetrostructure sample (0.002 - 006 cm thickness ) in 1M - NaOD solution in a
heavy water. The samples used were produced in IPC RAS from vacuum annealed
Pd foils, oxidized in an oxygen flame ( PdO thickness within 20 - 50 nm )
and had on one side electrodeposited layer of Au.
To test nuclear results in such a kind of system the experimental set up has
been designed based on high vacuum NHE - facility. Nuclear measurements have
been conducted using simultaneously 2 SSB detectors, 2 Cd Te - X - ray
detectors, gamma HPGe & NaI detectors. The neutron measurements were carried
out in air atmosphere with the help of detector consisting of 2 independent
big NE - 213 counters with total efficiency of about 8%. The initiation of
D - desorption from the sample has been provided by both heating and self-
deformation (strain) in the vacuum chamber as well as in air atmosphere.
The neutron charged particles and X - ray spectra from the Au/Pd/PdO samples
loaded with deuterium have been obtained and studied. The charged particles
spectra consist of two peaks: the first with position ~ 1.5 MeV and second,
broad within 4 - 6 MeV. The peak between 1 - 2 MeV is attributed to protons
from dd - reaction with taking into account an energy losses during their
escape from heterostructure. The broad peak in a high energy interval (4 - 6
MeV) possibly is a signature of a multibody dd - reaction. The process of
charged particles emission in vacuum in some cases was accompanied by X -
ray emission, possibly Au - K alpha line.
In the neutron spectra the peaks located near the 2.5 ( for both independent
detectors) and between 4 - 5 MeV interval are obtained."