Researchers found that incorporating detergent wastewater treatment sludge into cement mortar safely immobilizes heavy metals below permitted regulatory limits.
Researchers found that pairing pretreated municipal solid waste bottom ash with discrete basalt fibers mitigates both autogenous and drying shrinkage ...
Incorporating nano-silica up to 0.8 percent into cement mortars refines internal pore architectures, alters acoustic fracture modes, and significantly increases ...
Thermal evolution alters pore networks and enhances hydrocarbon mobility in Lucaogou Formation shales across experimental maturity stages.
In rapid freeze-thaw tests, sodium sulfate concentration showed a non-monotonic effect on concrete deterioration, with damage increasing up to 9% ...
Researchers analyzed deep coal-rock reservoirs from the Ordos Basin to evaluate how nanoscale pore structures and mineral components govern methane ...
A new review maps how statistical and AI-based optimization, coupled with life cycle assessment, can balance strength, durability and carbon ...
A new study combined SEM, XRD and NMR pore characterization with six machine-learning models on 37,227 well-log records, finding that ...
A two-year field trial in China's coastal saline soils found that adding straw or biochar to manure raised soil organic ...
Researchers combined rapid freeze–thaw testing, CT scanning and finite element simulation to track mesoscale damage in concrete, finding pore surface ...
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