Controlled study links moisture to freeze-thaw pore changes in saline soils
A controlled Jilin Province study found that moisture was most strongly associated with NMR-derived pore redistribution in saline and non-saline ...
A controlled Jilin Province study found that moisture was most strongly associated with NMR-derived pore redistribution in saline and non-saline ...
A deep learning attribution study reveals that snowpack loss and winter warming interact synergistically to drive amphibian and reptile extirpation ...
New research on the 2025 Yuzhong disaster in China reveals how freeze-thaw weakened slopes and dense forest vegetation combined to ...
A new study shows that self-protected underwater mortar, cast in polymer-treated water, loses significant freeze-thaw durability when sulfate-rich environments accelerate ...
Isotope tracing in the Qinghai Lake Basin reveals that freeze–thaw cycles, not rainfall or snowmelt alone, control the sources and ...
A new Nature Water study shows that freeze–thaw cycles at ice–water interfaces rapidly convert freshly deposited industrial arsenic in soils ...
A new cross-scale study shows that 1% polypropylene or PVA fibers dramatically improve concrete's freeze–thaw durability, with PVA's stronger bond ...
A new discrete element study shows that freeze–thaw damage in macroporous recycled concrete progresses in stages, severing dominant force chains ...
Researchers used seven machine-learning models, led by Transformer and LSTM architectures, to reconstruct deep soil temperatures in cold-region canal slopes ...
In the quest to revolutionize cold storage and transportation without the downsides of melting ice, researchers have pioneered an innovative ...
Success! An email was just sent to confirm your subscription. Please find the email now and click 'Confirm Follow' to start subscribing.
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine