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![]() | Document Date: 2008-12-18 22:57:09Open Document File Size: 1,09 MBShare Result on FacebookCitySyracuse / New York / Pittsburgh / Phoenix / /CompanyGaussian Inc. / United States of America Journal / John Wiley & Sons / /CountryUnited States / /CurrencyUSD / /FacilityForesight Institute / RESEARCH ARTICLE Syracuse University / /IndustryTermtriplet energy gap / thetic systems / triplet energy difference alternative minima / high-energy species / placement tool / minimum energy / elastic energy state / free energy / mechanosynthetic tools / saturated-hydrocarbon tool / model diradical site / energy barriers / mechanosynthetic applications / mean energy / nosynthetic systems / hydrogen-transfer tool / calculated transfer energy / carbon-transfer tool / energy differences / lower energy bonds / machine-phase mechanosynthetic systems / dimer binding site / energy / time-dependent potential energy surface governing dimer motion / saturated hydrocarbon tool / potential applications / singlet-triplet energy differences / technology base / singlet energy / zero-point energy / empty tool / higher-energy radiation / triplet energy differences / high-energy molecular species / energy gaps / exchange energy / ble products / molecular tools / mechanical and electronic devices / potential energy / thetic device / triplet energy / mechanosynthetic tool / mean transfer energy / potential energy surface / high-energy radicals / gas-phase systems / energy calculations / subsequent high-energy hydrocarbon structure / distinct reactive site / Energy changes / transfer tools / mechanosynthetic systems / zeropoint energy / activation energy / ground-state singlet tool / /MovieD. V / /OrganizationCenter for Science and Technology / Foresight Institute / Syracuse University / /PersonR. A. Freitas / Jr. / Nat / R. C. Merkle / D. J. Mann / J. Peng / V. Schroeder / /PositionAuthor / /ProvinceOrStateNew York / California / /Technologyradiation / http / recombination / /SocialTag |