Calcium and Gallium Team Up to Fine-Tune Zinc Ferrite for Next-Gen Electronics
Researchers have synthesized a calcium and gallium co-doped zinc ferrite whose structural, optical, and electrical properties can be precisely tuned ...
Researchers have synthesized a calcium and gallium co-doped zinc ferrite whose structural, optical, and electrical properties can be precisely tuned ...
A new review consolidates how oxygen, nitrogen and sulphur functional groups are formed, stabilized and exploited to transform inert carbon ...
Korean researchers used laser ablation to transform platinum-coated copper electrodes from hydrogen producers into selective catalysts for ethylene, ethanol, and ...
A new study shows that the synthesis method used to prepare rhodium-on-zirconia catalysts dramatically controls their surface composition and their ...
South Korean researchers showed that deactivated manganese ozone-decomposition catalysts can be restored either by heating to 300–500 degrees Celsius or, ...
Researchers in Malaysia show that self-assembled P3HT nanowires trade a modest loss in nonlinear optical response for crucial long-term stability ...
Scientists converted Bauhinia variegata flowers into manganese-doped activated carbon that boosts supercapacitor capacitance and nearly doubles dye-sensitized solar cell efficiency.
Researchers have developed a stressor-matched co-monomer design strategy that tailors para-aramid thin films to survive thermal shock, metal-ion exposure or ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine