Slow-Release Alkalinity Turns Slag Cement Into a Stronger, Greener Binder
New research shows that the rate at which clinker-based activators release alkalinity, rather than the total amount supplied, controls crystal ...
New research shows that the rate at which clinker-based activators release alkalinity, rather than the total amount supplied, controls crystal ...
New research shows that adjusting laser power during directed energy deposition can raise the strength of 3D-printed Ti–48Al–2Cr–2Nb titanium aluminide ...
A study of 390 marble specimens from 26 Pakistani varieties shows that derivative-based analysis combined with rigorous grouped validation reveals ...
Researchers at AGH University of Krakow used cyclic extrusion–compression to tune the microstructure of biodegradable zinc–magnesium alloys, achieving an enhanced ...
New research shows that trace doses of L-(+)-tartaric acid delay cement setting yet ultimately produce denser pore networks and significantly ...
New research reveals how discontinuous and continuous dynamic recrystallization spatially partition the microstructural evolution of 347H heat-resistant steel during hot ...
Researchers in Thailand have shown that fibres from invasive water hyacinth plants can significantly boost the tensile strength and toughness ...
Researchers report that tuning scandium content between 0.16 and 0.50 percent in wire arc additive manufactured Al-Mg-Sc alloys refines grains ...
A new theoretical study of the exact Einstein–Skyrme black hole reveals one-sign thermodynamic microstructure, universal cooling without an inversion temperature, ...
Adding 1.5 weight percent iron to 3D-printed Ti5553 titanium alloy nearly halves its columnar grain width and boosts strength to ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine