Battery Separators Hide a Secret: Porosity Only Matters When Electrodes Are Slow
New research shows that separator porosity governs lithium-ion battery power output only when paired with slow-diffusing electrode materials, revealing a ...
New research shows that separator porosity governs lithium-ion battery power output only when paired with slow-diffusing electrode materials, revealing a ...
A controlled study of twenty mortar mixtures shows that flax-fiber-reinforced foamed mortars containing waste rubber or expanded vermiculite can deliver ...
Researchers at Xi'an University of Technology combined the Cellpose deep learning segmentation algorithm with ImageJ image analysis to rapidly and ...
Researchers fabricated porous silicon nitride–silicon carbide composites at just 1200 °C using phosphoric acid, achieving a remarkably low friction coefficient ...
Researchers in Singapore have created the first magnesium composite reinforced directly with fallen waste mango leaves, achieving superior vibration damping ...
A new critical review shows that friction stir processing can eliminate the defects of fusion-welded aluminium alloys and dramatically restore ...
Researchers at CiQUS have built covalent organic frameworks with embedded neutral radicals that deliver high electrical conductivity while preserving crystallinity ...
French researchers found that adding just 5 to 20 percent ordinary Portland cement to binders made almost entirely of wood ...
Chemists have shown that charged ionic clusters can act as high-connectivity secondary building units for assembling crystalline porous organic salts ...
Scientists have printed a biodegradable PBAT–polypropylene battery separator whose nanoscale pore structure delivers ionic conductivity 633 percent higher than standard ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine