Low-Cost Microscope Framework Measures Cement Particle Shape to Predict Slurry Flow
University of Illinois researchers developed a low-cost microscope technique to assess cement particle size and shape for predicting slurry flow ...
University of Illinois researchers developed a low-cost microscope technique to assess cement particle size and shape for predicting slurry flow ...
A multi-year study in Xi’an reveals that shifting bioaerosol particle sizes nonlinearly altered respiratory deposition doses, with children facing the ...
Microplastics were detected across all sediment and water samples in Argentina's lower Negro River, displaying heterogeneous spatial and temporal distribution ...
An experimental comparison reveals that jaw crushing requires less comminution energy and generates fewer carbon emissions than impact crushing during ...
A scientific review reveals that arbuscular mycorrhizal fungi regulate microplastic movement in agricultural soils through particle-dependent mechanisms rather than acting ...
A comprehensive laboratory evaluation reveals that commercial pancreatic enzyme formulations sold across Europe and Canada display dramatic differences in physical ...
Researchers report a machine-learning model, trained on CFD-DEM simulations, that predicts the critical drawdown pressure gradient at which sand production ...
A METSIM simulation study designed a pilot beneficiation flowsheet for Ethiopia's Melka Arba titaniferous magnetite ore, predicting 86 percent magnetite ...
A field study on reclaimed island-reef foundations found that coarse coral-sand backfill and centroid densification together produced stronger and more ...
An abstract-described laboratory study found that jujube-seed particle content produced distinct changes in the strength, wear, erosion, water absorption and ...
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© 2026 Scienmag - Science Magazine