A new study reveals that increasing yttrium and zinc in extruded magnesium alloys reduces impact toughness despite higher strength, due ...
MIT researchers used super-flexible, charged connector molecules to tune how nanoparticles bond, producing previously unseen crystal structures.
A systematic review of nineteen studies published between 2016 and 2025 details advances and challenges in self-healing elastomeric composites and ...
A comprehensive scientific review outlines the complex molecular architecture, biosynthetic mechanisms, and cross-sector applications of natural melanin.
A comprehensive review analyzes how distinct fluorination pathways regulate carbon nanotube bonding chemistry to enhance cathode capacities, interphase stability, and ...
Researchers have developed a flash Joule heating method that transforms discarded wind turbine blades into valuable silicon carbide and graphene ...
An experimental study led by researchers from Utrecht, Leiden, and Munich demonstrates that electron pairs can form at room temperature, ...
Researchers have developed an etching-flux method using oxide barriers to reliably control nucleation positions and grow uniform two-dimensional semiconductor single ...
A study in the Journal of Materials Science shows that adding 0.058 wt.% lanthanum to a copper-nickel-silicon alloy refines grain ...
Researchers have demonstrated that grading the Seebeck coefficient inside bismuth telluride single crystals creates directional cooling that boosts maximum temperature ...
Researchers found that incorporating bismuth oxide into polyvinylpyrrolidone thin films reduced the optical band gap, achieved a 75.60 percent degradation ...
Researchers synthesize high-purity porous gold using a hydrophilic coordinating polymer gel template without strong acids or high-temperature dealloying.
Flexible PVC composites doped with WO3, red clay, and brine sludge demonstrated enhanced gamma-ray shielding efficiency across experimental energies from ...
A comprehensive bibliometric analysis of literature from 2000 to 2025 charts the accelerated global emergence, core collaborative networks, and technical ...
Scientists have engineered high-performance iron-carbon electrocatalysts for rechargeable zinc-air batteries by using precursor coordination chemistry to establish direct sulfur-to-iron electronic ...
Long-term thermal aging impairs the creep resistance of 9% chromium steel primarily through the continuous precipitation and coarsening of the ...
Researchers have demonstrated that high-density electric current pulses drive discrete, pulse-synchronized crack propagation through repulsive Lorentz forces in thin aluminum ...
A review in the Journal of Materials Science evaluates synthetic strategies, fundamental characteristics, and key challenges in integrating fluorescent and ...
Researchers have developed a fabrication process for copper-polyimide flexible cables that cuts radioactive contamination to roughly 20-31 pg/g of uranium-238 ...
DGIST and Kookmin University researchers built a TiO2-based solar hydrogen photoelectrode using a 4-volt water-based deposition process that avoids toxic ...
