Marilyn Stringer, Bonnie Renner Ohnishi, Deborah Ferrarello, Jessica Lazzeri, Nicholas A Giordano, Rosemary C Polomano
Subject Matter Expert Nurses in Safe Sleep Program Implementation
MCN. The American journal of maternal child nursing
outofequilibrium electrochemical reaction mechanisms notoriously difficult characterize however reactions critical range technological applications instance metalion batteries spontaneous electrolyte degradation controls electrode passivation battery cycle life improve ability elucidate electrochemical reactivity first time combine computational chemical reaction network crn analysis based density functional theory dft differential electrochemical mass spectroscopy dems study gas evolution model mgion battery electrolytemagnesium bistriflimide mgtfsi2 dissolved diglyme g2 automated crn analysis allows facile interpretation dems data revealing h2o c2h4 ch3oh major products g2 decomposition findings explained identifying elementary mechanisms using dft tfsi reactive mg electrodes find meaningfully contribute gas evolution combined theoreticalexperimental approach developed provides means effectively predict electrolyte decomposition products pathways initially unknown