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Publishing a high-impact scientific article is a significant achievement for researchers. Being featured on the journal cover is even better.
A new study outlines advances in the field of catalysis research, with broad applications for innovative energy technology.
Gary - Moore - Assistant - Professor - School
Gary Moore, an assistant professor in the School of Molecular Sciences and a researcher with the Biodesign Center for Applied Structural Discovery, and his team won the coveted honor when their research article, "Electrocatalytic Properties of Binuclear Cu(II) Fused Porphyrins for Hydrogen Evolution," was selected for the cover of the October edition of ACS Catalysis.
Moore's graduate students, Diana Khusnutdinova and Brian Wadsworth, were the lead authors on the study. Jason Drees, former multimedia developer for Biodesign designed the journal cover.
Pleasure - Others - Notice - Group - Research
"It's always a pleasure to have others take special notice of my group's research," Moore said.
Established in 2011, ACS Catalysis is a peer-reviewed journal that publishes manuscripts covering experimental and theoretical research on materials and molecules that are catalytic in nature. Catalysts play an essential role in energy conversion processes in biology and technology. They act to provide low-energy pathways for chemical reactions and find their way into applications ranging from fuel manufacturing to guiding the bioenergetic reactions essential to all living organisms.
Moore - Lab - Studies - Ways - Materials
Moore's lab studies the ways in which catalytic materials powered by photovoltaics can produce energy to meet humans' needs while minimizing environmental impact. According to Moore, their studies are inspired by the process that plants and other photosynthetic organisms use to convert sunlight to fuels through a series of photochemical reactions.
"This process powers our biosphere and supplied the fossil fuels our modern societies rely on," Moore said.
Art - Structure - Catalyst - Copper - II
The cover art illustrates the molecular structure of the reported catalyst, a binuclear copper(II) fused porphyrin which is composed of two porphyrin macrocycles, as well as the union of two protons to synthesize hydrogen (H2). The study...
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