Houston / Lewis / New York / Weinheim / Glasgow / London / Tilley / /
Company
M Co / V. When Co / Bostik Findley Ltd. / Newman A. E. / CRC Press / Mashkova N. V. / CVs / Hess / ASSOCIATED CONTENT / /
Country
United States / United Kingdom / /
Currency
pence / / /
Facility
stable Co / University of Glasgow / University Avenue / Glasgow University / University of Glasgow School / /
IndustryTerm
simultaneous gas evolution / gas production / cobalt metal / Transition metal ions / mild steel / rst row transition metal ions / given gas / measured gas percentages / produce gas / electrolytic gas production / dark anolyte solution / gas evolution / metal ions / aqueous solution / anode-compartment solutions / acidic media / metal ion solutions / energy / metal / pre-electrolysis solution / continued gas evolution / gas analysis / acidic solutions / gas chromatography headspace analysis / buffered solution / water oxidation catalyst systems / aqueous solutions / rst row transition metal catalysts / rst row transition metal electrocatalysts / /
Movie
A. I. / /
Organization
School of Chemistry / University of Glasgow / Royal Society of Chemistry / National Association of Corrosion Engineers / Glasgow University / University of Glasgow School of Engineering / University of Glasgow School of Chemistry / Royal Society/ Wolfson Foundation for a Merit / /
Person
Pedro I. Molina / John Liddell / Stefan Glätzel / Hashimoto / Paul Kögerler / Mark D. Symes / Mansour / Leroy Cronin / Marie Hutin / Benjamin Rausch / Nocera / Sha / Rasmus Pedersen / /
Position
King / AUTHOR INFORMATION Corresponding Authors mark.symes@glasgow.ac.uk lee.cronin@glasgow.ac.uk Notes The authors / /
Article pubs.acs.org/JACS Low pH Electrolytic Water Splitting Using Earth-Abundant Metastable Catalysts That Self-Assemble in Situ Leanne G. Bloor, Pedro I. Molina, Mark D. Symes,* and Leroy Cronin*