A comprehensive scientific review examines how machine learning algorithms accelerate the synthesis, structural characterization, and property prediction of multielement nanoparticles ...
Spectroscopic experiments and computational modeling reveal that low-coordinated palladium centers on a carbon nitride composite lower the activation energy for ...
First-principles calculations reveal that compressive biaxial strain induces out-of-plane corrugation across hBN-encapsulated GaS, GaSe, and InS heterostructures while sustaining robust ...
A computational first-principles study reveals that vacancy-ordered double perovskite hydrides offer high theoretical hydrogen contents, led by Li2GeH6 at 6.53 ...
A new kosmotropic anion-polar anion-nucleophilic species electrolyte framework enables reversible four-electron iodine conversion in halogen-free aqueous metal-iodine batteries.
A multiscale review reveals how organisms coordinate genetics and physical self-assembly across cellulose, chitin, protein, and melanin systems to generate ...
Researchers synthesized twelve novel quinolin-3-yl hydrazone derivatives and identified five candidates with nanomolar predicted binding affinities against Mycobacterium tuberculosis CYP51 ...
A comprehensive review analyzes how incorporating five or more transition metals into layered double hydroxides enhances oxygen evolution catalysis and ...
Coupling atomically dispersed ruthenium with neighboring chromium sites suppresses metal overoxidation and reduces catalyst degradation during acidic water electrolysis.
A novel diglycidyl methacrylamide epoxy resin achieved over 87 percent corrosion inhibition efficiency for carbon steel in a 1.0 M ...
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