Density functional theory modeling demonstrates that strategic heteroatom doping with nitrogen, sulfur, and silicon enhances the chemisorption capacity of covalent ...
Sulfur doping of ZIF-67-derived hollow NiCo-LDH enhances faradaic kinetics and energy density in asymmetric supercapacitors.
Published in the Harm Reduction Journal, the cross-sectional study provides preliminary support for a seven-profile structure that characterizes how German ...
A study of sputtered doped zinc oxide thin films found that variational quantum regression predicted near-band-edge emission energies with a ...
Researchers developed a convolutional neural network framework to predict magnetic transition temperatures and multiferroic properties across doped rare-earth orthochromates.
A new review argues that rare earth metals such as cerium, yttrium, europium, and terbium can steer the complex electrochemical ...
A peer-reviewed study in Nature Materials reports that a chemical doping method generated up to 100 times more mobile electrical ...
An aqueous asymmetric supercapacitor pairing lanthanum-doped NiWO4 with VN on reduced graphene oxide delivered about 95 Wh per kilogram on ...
An experimental study of sputtered nanocrystalline Ni-Cr-Y films found that varying chromium and yttrium contents with grain size held constant ...
A new density functional theory study compares single, mixed, and multi-doping strategies in ZnO, identifying co-dopant combinations like Al–Mg and ...
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