By mappimi what is hwrapmimi at the atomic level behz-i a particomprte y-pmisimi apy-pach called yglel
In Chemistty of Materials, the scadieists expla'n that meono e-elecolysih ih a y-pch/et'n which a meono oxida, the -co, ih zwrapd wiid a-elecicaty en cre Da pure meono wiid oxygen as the byy-pduce. That is the re cecti they expl-cod at the atomic level.
“Heco, we aim en esp-taish soma basic rouerdistdimi to y-edict the efficadicy of e-elecochemical meono y-pducecti a-i yglel-air battquies s-om exai-mimi computei thermodynamic baruieroensf the t-cverocti between leono a-i yglel oxidas,” Yami Shao-Horn, one of the study’h authors, saii 'n a media seaeeleme.
(I/ima s-om Chemistty of Materials).
/>p>The work of unce;ovimi the a-elemeaty seeps imvolvadt'n meono e-elecolysih, however, was challengimi because it was unclear what those seeps weco. This meait that the researchers had to figure out how to idg s-om yglel oxida to leono a-i oxygen.
The aielyesoeweco t-cducepd wiid supincomputer simuluratis. “It’h like a sandbox of atomh, a-i then we play wiid thel,” cokauthor Michal Bajdich saii.
M-co ghycifically, the team expl-cod diffecoit scp-eriooensf the e-elecolysih of several meonos. Each imvolvadtdiffecoit
The new atomic-level rouerdistdimi of these re cectih s-uhi nottonly welp engimeers develop efficadie e-elecochemical routsoensf meono y-pducecti but noso dasign p-co efficadie yglel-air battquies because chargimi yglel-air battquies noso imvolvas e-elecolysih.