Aluminum Alloy Engineering Enhances Gallium Oxide Heterojunction Power Diodes
Incorporating aluminum into nickel oxide significantly improves the breakdown voltage and thermal stability of beta-gallium oxide heterojunction power diodes.
Incorporating aluminum into nickel oxide significantly improves the breakdown voltage and thermal stability of beta-gallium oxide heterojunction power diodes.
Researchers report a hybrid BiLSTM framework with wavelet feature extraction and modified Archimedes optimization that classifies composite insulator aging states ...
A dynamic AC discharge model that accounts for calcium sulfate’s conductivity saturation reproduced polluted-insulator flashover voltages with an average relative ...
Researchers have unveiled a solar-powered wireless sensor mesh architecture in which a single node monitors ten streetlights, detecting faulty bulbs, ...
A new review reveals how silicone and EPDM rubber composites reinforced with inorganic nanofillers are transforming the sheds that protect ...
Indian researchers have shown that lutetium donor doping of sol-gel barium strontium titanate simultaneously boosts dielectric tunability to 67.1 percent, ...
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© 2026 Scienmag - Science Magazine