National Academy Press / Cambridge University Press / Quantum / Lipson AG / Clarendon Press / Oxford University Press / Kadanoff LP / Migdal AB / Gorkov LP / /
Country
Japan / United States / /
Currency
pence / USD / / /
Facility
Purdue University / /
IndustryTerm
nano-scale metal particles / micro/nano-scale metal grains / mean-field energy / metal targets / nano-scale metal particle / high-pressure deuterium gas / anomalous low-energy / metal nanoparticles / metal particle / micro-scale metal grain / reaction products / ground state energy / deuteron gas-loading experiment / energy spectrum / metal atoms / metal surface / low-energy nuclear reactions / atomic gas / chemical potentials / energy / metal / Excess energy / hydrogen-metal systems / adhesion energy / kinetic energy / metal proceeds / metal grain / host metal lattice / approximate solution / low-energy nuclear fusion / micro-scale metal grains / kinetic energy terms / micro/nano-scale metal grain / maxwell gas / ground state solution / average deuteron kinetic energy / maximum kinetic energy / average kinetic energy / non-trivial solution / /
NaturalFeature
micro/nano-scale craters / /
OperatingSystem
Fermi / /
Organization
Cambridge University / National Research Council / Physics Department / Japanese Physical Society / Purdue University / Cornell EA / Oxford University / /
Naturwissenschaften[removed]:803–811 DOI[removed]s00114[removed]