Lattice Squeezed Nuclear Reaction (LSNR) of a Power Cell for Nanoscopic Investigations Using Ion Beam Injections - Atomic Nanoscale Technology in the Nuclear Industry - page 25

In. LENR,. Mitsubishi. Heavy. Industries,. Ltd.. in. Japan. has. created. a. new.
kind.of.nuclear.transmutation.system.(Iwamura.et.al..2002,.2003)..This.chap-
ter.shows.the.reliability.of.the.reaction.system.through.simple.computer.sim-
ulation.using.SRIM.2008.(Biersack.and.Ziegler.1982;.Ziegler.1988;.Ziegler.et.
al..2009)..The.displacement.can.create.a.possible.place.for.the.reaction.of.the.
deuteron.(or.proton).and.the.substrates.of.interest..The.gas.is.injected.into.the.
substrates..Some.elements.could.be.produced.in.the.other.side.of.the.layers..
These. could. be. the. products. for. nuclear. reactions. because. these. atoms. are.
different.from.the.input.atoms.
Table 3.1.shows.the.characteristics.where.all.layers.are.of.the.face-centered.
cubic.(fcc).structure,.except.the.body-centered.cubic.(bcc).structure.of.cesium.
and.the.hexagonal.close-packed.(hcp).structure.of.graphite..Figure 3.1.shows.
the.layers.of.the.substrates,.which.are.composed.of.Cs-coated.thin.ilm.Pd.
(400.Å),.one.of.three.elements.(graphite,.Ca,.or.Ni).(1000.Å),.and.bulked.Pd.
(0.1 mm)..In.the.case.of.deuteron,.the.gas.is.injected.into.the.surface.of.the.
substrates,.so.there.are.many.chances.for.interaction.between.deuterons.and.
the.substrate.materials.

TABLE 3.1
Characteristics.of.Element.Lattice

Element Structure
Cs BCC
Pd FCC
Graphite HCP
Ca FCC
Ni FCC
Note: . BCC. =. body-centered. cubic,. FCC. =.
face-centered.cubic,.HCP.=.hexagonal.
close-packed.

D 2 Gas
Shower

New
elements

A B C

FIGURE 3.1
Simpliied.coniguration.of.a.power-cell.system..A.=.Cs.+.Pd.(400 Å),.B.=.graphite,.Ca,.or.Ni.
(1000 Å),.C.=.Pd.(0.1 mm).