Tag: materials science

An experimental study demonstrates that replacing thirty percent of concrete aggregate with steel slag and ten percent of cement with ...

Researchers demonstrated that refreshing chemical bath solutions during zinc oxide nanorod deposition decouples seed-layer thickness effects from precursor depletion, establishing ...

Trace additions of phosphorus and boron stabilize tensile strength and ductility in GH4169 superalloys during aging by altering precipitate coarsening ...

A comprehensive review reveals that field-deployable and wearable ion sensors remain constrained by reference-electrode drift, biofouling, and matrix interference despite ...

A study in the Journal of Materials Science demonstrates that artificial neural network models outperform modified constitutive models in predicting ...

Researchers developed a polyvinyl alcohol and magnetite nanocomposite coating that significantly reduces carbon steel degradation in a saline environment.

Researchers synthesized cadmium-modified zinc borate glasses, demonstrating that progressive cadmium oxide substitution compacts the atomic network and markedly enhances calculated ...

Researchers have developed a screw-threaded ultrasound transducer that suppresses internal lens noise to clearly reveal microscopic defects within power semiconductors.

A study finds that concrete mixed and cured in hypersaline water suffers up to a 64 percent drop in compressive ...

A review in the Journal of Materials Science summarizes thermodynamic, geometric, and electronic parameters for evaluating solid solution formability in ...