Gum Arabic Stabilized Silica-Zinc Oxide Hybrid Nanofluids Characterized in New Study
A new study reports that gum arabic stabilization and controlled aggregation determine the heat transfer viability of water-based SiO2-ZnO hybrid ...
A new study reports that gum arabic stabilization and controlled aggregation determine the heat transfer viability of water-based SiO2-ZnO hybrid ...
An outdoor experimental study of a flat-plate solar water heating system found that Al2O3/water nanofluid raised peak thermal efficiency to ...
Steelmaking slag can fully replace natural aggregates in pavement concrete while meeting flexural strength targets and cutting peak surface temperatures ...
A new study reports that silica-fume-modified expanded-perlite mortars achieved thermal conductivity as low as 0.206 W/m K and compressive strength ...
A modelling study of Pannonian Basin sedimentary formations shows that accounting for depth-, temperature- and pressure-dependent rock thermal conductivity changes ...
Lab-prepared ZnO-coconut oil nanofluids stabilized with PVP, SDS and EBT showed thermal conductivity gains of up to 439 percent and ...
A Columbia-led team has introduced a physics-aware benchmark showing that machine learning models can predict thermal conductivity accurately while misrepresenting ...
Masked stereolithography 3D printing aligns boron nitride platelets through filler size and layer thickness, raising in-plane thermal conductivity by up ...
Laboratory experiments found that rapid cooling weakened ice adhesion nearly to zero on metal through contraction, tensile stress and fracture ...
Combined measurements and simulations on single-crystal MAPbI3 show that disorder from the confined motion of organic molecules, not weak bonding ...
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© 2025 Scienmag - Science Magazine