Texas A&M Engineering Building / Since building / /
IndustryTerm
low-energy events / high-energy configurations / energy barrier / lowest-energy barrier events / isolated low-energy configurations / low energy / energy level / precise energy barriers / formation energy spectra / high-energy saddle point / symmetric systems / minimum-energy path / different algorithm / lower-energy configurations / energy barriers / saddle point searching algorithms / energy basin / different systems / double-ended saddle search algorithm / appropriate systems / low-dimensional systems / energy minima / particular systems / free-energy barriers / open-ended saddle point search algorithm / energy landscapes / nouveau algorithm / low-energy specific events / saddle-point search / energy difference / update energy barriers / lowest energy / double-ended algorithms / low-energy barriers / large biological systems / energy / potential energy drops / dimensional systems / minimisation algorithm / large systems / saddle point search / chemical reactions / energy minimum / systematic search / local energy-minimum / lowest-energy configuration / energy landscape / minimum energy configuration / local energy minimum / energy refining simulations / similar algorithms / barrier energy / potential energy / lowest parallel energy configuration / local energy landscape / higher energy / lowest-energy barrier present / amorphous systems / defective and disordered systems / saddle-point searching algorithms / chemical / adjacent local energy minimum / zero energy / minimum-energy / energy landscape indicative / /
Organization
Succursale Centre / Nanosciences Foundation / Texas A&M at Qatar / /
Hindawi Publishing Corporation Journal of Atomic, Molecular, and Optical Physics Volume 2012, Article ID[removed], 14 pages doi:[removed][removed]Review Article