Environmental Engineering Reference
In-Depth Information
3
LatticeSqueezedNuclearReaction
(LSNR)ofaPowerCellforNanoscopic
Investigatio
nsUsingIonBeamInjections
TaehoWooandSangwooNoh
CONTENTS
3.1. Introduction................................................................................................... 23
3.2. Method........................................................................................................... 24
3.3. Calculation..................................................................................................... 26
3.4. Results............................................................................................................ 26
3.5. Conclusions................................................................................................... 30
References............................................................................................................... 31
3.1 Introduction
This. chapter. proposes. a. hypothetical. lattice. squeezed. nuclear. reaction.
(LSNR).. The. conventional. low-energy. nuclear. reaction. (LENR). is. studied.
from. the. lattice. viewpoint,. which. can. make. possible. a. nuclear. reaction. in.
room. temperature. conditions. as. a. nontheoretical. scenario.. The. object. is. to.
ind.the.possibility.of.the.LENR.in.the.designed.method..The.indirect.exami-
nations.could.lead.to.novel.nuclear.reactions.
Following. the. announcement. of. Pons. and. Fleischmann. in. 1989,. room-
temperature.nuclear.reaction.has.been.investigated.(Fleischmann.and.Pons.
1989).. The. most. important. characteristics. of. the. LENR. were. to. determine.
excess. heat. production. (De. Ninno. et. al.. 2008).. Using. computer. simulation,.
one.can.predict.the.reliability.of.an.industrial.application.based.on.several.
outputs.such.as.ion.distribution,.range,.ionization,.phonons,.recoiled.energy,.
and.potential.damage.events.
Historically,. accelerator-driven. nuclear. transduction. was. performed. by.
Cockcroft.and.Walton.in.the.1930s.(Cockcroft.and.Walton.1932)..In.the.experi-
ment,.the.proton.was.collided.with.lithium.and.then.two.helium.atoms.were.
produced,.which.is.similar.to.nuclear.waste.transmutation.
23
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