Researchers developed ultrathin polyimide composite films using covalent organic framework-anchored carbon nanotubes, achieving a 45 percent weight reduction while enhancing ...
Engineers have developed a spatiotemporal exposure technique that overcomes optical pixel limits in projection stereolithography to print functional micro-machines with ...
A comprehensive bibliometric analysis of literature from 2000 to 2025 charts the accelerated global emergence, core collaborative networks, and technical ...
A literature review in Science Bulletin demonstrates how synchrotron X-ray scattering methods track the formation, nanoscale heterogeneity, and degradation of ...
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 ...
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