Blue Pigment Molecules Deliver Platinum-Free Power Boost for Fuel Cells
Researchers in Japan and Israel have engineered nitrogen-enriched blue pigment molecules into platinum-free fuel cell catalysts that achieve a record ...
Researchers in Japan and Israel have engineered nitrogen-enriched blue pigment molecules into platinum-free fuel cell catalysts that achieve a record ...
Researchers have shown that substituting nickel for iron in a cobalt-free lanthanum strontium ferrite perovskite sharply improves both oxygen evolution ...
Researchers report that adding zirconium pyrophosphate to cesium dihydrogen phosphate boosts proton conductivity by three to four orders of magnitude ...
Researchers at Forschungzentrum Jülich have combined finite element simulations with quantum optimal control to turn magnetic field distortions from metal ...
Researchers found that HTaWO6 nanosheets spontaneously roll into nanotubes, slashing conductivity anisotropy and enabling record out-of-plane proton conduction and strong ...
Scientists have engineered the electronic charge flow between platinum and molybdenum carbide to create a fuel cell catalyst that is ...
Researchers have boosted the conductivity, strength and corrosion resistance of graphite composite fuel cell bipolar plates by adding just 2.5 ...
Researchers in Shanghai have created sulfonated polyimide membranes doped with phosphotungstic acid that match Nafion's proton conductivity while enduring over ...
Researchers at Firat University report that water-based Ni–Cr–Ta–graphene composite coatings cut interfacial contact resistance on metallic bipolar plate substrates by ...
Researchers have grown platinum nanowires on a titanium dioxide–carbon composite support, producing an oxygen reduction catalyst with roughly double the ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine