Applied Sciences, Free Full-Text
$ 12.99 · 5 (168) · In stock
The oxygen reduction reaction (ORR) and hydrogen evolution reaction (HER) both are key electrochemical reactions for enabling next generation alternative-power supply technologies. Despite great merits, both of these reactions require robust electrocatalysts for lowering the overpotential and promoting their practical applications in energy conversion and storage devices. Although, noble metal-based catalysts (especially Pt-based catalysts) are at the forefront in boosting the ORR and HER kinetics, high cost, limited availability, and poor stability in harsh redox conditions make them unfit for scalable use. To this end, various strategies including downsizing the catalyst size, reducing the noble metal, and increasing metal utilization have been adopted to appropriately balance the performance and economic issues. This mini-review presents an overview of the current state of the technological advancements in noble metal-based heterogeneous nanocatalysts (NCs) for both ORR and HER applications. More specifically, we focused on establishing the structure–performance correlation.
Applied Sciences, Free Full-Text, gas hupe dose
Aaron Tay's Musings about librarianship : The open access aggregators challenge — how well do they identify free full text?
PDF) Invitation to Workshop on Functional Materials Science and Engineering-2023 (FREE) Chair of the Organizing Committee Assoc. Prof. Dr. Ali Kemal HAVARE
Applied Sciences, Free Full-Text, Calcium Carbonate
Saver PricesApplied Sciences, Free Full-Text, vibration resonance
Applied Sciences, Free Full-Text, ray manchester x reader
Applied Research: Over 2,574 Royalty-Free Licensable Stock Illustrations & Drawings
IU Germany Largest Scholarships 2022 Funded Opportunity Desk » Opportunity Desk
Applied Sciences, Free Full-Text, driving simulator 2009
Applied Science & Technology Full Text