Core–Shell Electrode Design Pushes Asymmetric Supercapacitors Toward Higher Energy Storage
Researchers report a cobalt-regulated NiMoO4@FeCo-LDH core–shell cathode paired with a CNT/PdO anode that delivers a 1.6 V asymmetric supercapacitor with...
Faith Mcneil is a Scienmag editorial specialist profile for Renewable Energy coverage.
Researchers report a cobalt-regulated NiMoO4@FeCo-LDH core–shell cathode paired with a CNT/PdO anode that delivers a 1.6 V asymmetric supercapacitor with...
A University of Bath feasibility study finds that swapping standardized hydrogen tanks instead of pumping gas could cut refueling infrastructure...
A new review details how agricultural waste, food scraps, and other biomass can be converted into high-performance porous carbon electrodes...
A new panel study of seventeen economies finds that economic growth, post-Paris climate commitments, and carbon pricing strongly drive renewable...
Korean researchers show that acetone-assisted wet mixing and an optimized 7 percent carbon nanotube loading push composite fuel cell bipolar...
New research using asymmetric wavelet quantile regression shows that AI-related equity shocks affect clean energy, fossil fuel, and agribusiness markets...
A new bi-level optimization framework coordinates solar generation, battery storage, and vehicle-to-grid electric vehicle fleets, cutting a charging station's evening...
Indian researchers have shown that lutetium donor doping of sol-gel barium strontium titanate simultaneously boosts dielectric tunability to 67.1 percent,...
A new study of 129 Brazilian municipalities finds that wind and solar power development is statistically linked to urban expansion...
Researchers embedded strontium titanate nanoparticles in PVC–ammonium thiocyanate films to create an acid-free proton-conducting electrolyte that powered a stable primary...
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© 2025 Scienmag - Science Magazine