Cadmium Sulfide Doping Boosts MXene Catalyst for Hydrogen Production
A hydrothermally synthesized CdS-doped Ti3C2Tx MXene composite with 1 wt% CdS showed the best electrocatalytic hydrogen evolution performance in acidic ...
A hydrothermally synthesized CdS-doped Ti3C2Tx MXene composite with 1 wt% CdS showed the best electrocatalytic hydrogen evolution performance in acidic ...
A new study combining a literature review, stakeholder survey and systems modelling warns that green hydrogen deployment could reproduce inequalities ...
University of Oregon chemists have identified dissolved iron impurities as the controlling factor in the degradation of alkaline water electrolyzers ...
Experimental systems used alkaline-electrolysis waste heat to desalinate seawater while producing hydrogen and fresh water, with the 250-kilowatt unit reaching ...
Researchers at the University of Sharjah report a low-cost nickel hydroxide, cerium oxide and phosphate catalyst that ran for about ...
Researchers at The University of Osaka and international collaborators show that the hydrogen-bonded structure of water at electrode surfaces regulates ...
A laboratory study of La₂FeCuO₆ found a distorted monoclinic double-perovskite structure, a 3.45 eV band gap, ferrimagnetic-like behavior and moderate, ...
Researchers report quaternary Pt–Sn–Ni–Ru and Pt–Sn–Ni–Ga carbon-supported catalysts that lower ethanol oxidation onset potentials, resist poisoning and reach up to ...
A global life-cycle assessment estimates that lower-emission steel production by 2040 could require up to 90 million tonnes of hydrogen, ...
A review of electrolyzer performance, hydrogen-valley deployment and certification finds that green hydrogen viability depends on matching technology, infrastructure and ...
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© 2025 Scienmag - Science Magazine