Hydrogel turns freeze–thaw damage into strength gains for loess slopes
Laboratory triaxial tests show that 3 percent polymer hydrogel raised the shear strength of Yili loess by 82.5 percent after ...
Laboratory triaxial tests show that 3 percent polymer hydrogel raised the shear strength of Yili loess by 82.5 percent after ...
A study of 58 coal samples from the Baode Block links ancient swamp environments to pore structure and methane adsorption–desorption ...
A new review separates wood ash, biochar, and wood fiber into distinct material classes for low-carbon concrete, warning that laboratory ...
A laboratory study of coastal cement soil reports that 6 percent bamboo biochar raised unconfined compressive strength by up to ...
A bimetallic iron-manganese metal-organic framework with a 1:5 precursor ratio achieved the highest reported tetracycline hydrochloride adsorption capacity in the ...
Researchers transformed tunnel excavation muck into fine-particle high-density concrete, showing that a coupled vacuum and vibration mixing process boosts compressive ...
A laboratory study found that liquid-nitrogen cold soaking reduced methane adsorption and swelling deformation across three coal ranks while shifting ...
A new study links the fractal geometry of pore structures in activated red mud cementitious materials to both compressive strength ...
A study of the Longmaxi Formation in southern China shows that organic matter graphitization above an equivalent vitrinite reflectance of ...
A study of the Longmaxi Formation in the Yongchuan area of the Sichuan Basin shows that varying intensities of tectonic ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine