Water Kefir Waste Becomes Stretchy Bioplastic Film With a Simple Glycerol Soak
Researchers turned dried water kefir grains into highly extensible dextran films using a NaOH dissolution, ethanol precipitation, and glycerol diffusion ...
Researchers turned dried water kefir grains into highly extensible dextran films using a NaOH dissolution, ethanol precipitation, and glycerol diffusion ...
Blending PBS and PBAT at different ratios tunes strength, moisture barrier, hydrophobicity and UV shielding of biodegradable packaging films without ...
Moisture exposure measurably weakened three types of fibre-reinforced epoxy composites in a laboratory ageing study, with glass-fibre epoxy showing the ...
A comparative study shows that cryo-rolling and annealing give the Al0.3CoCr1.3FeMnNi0.7 dual-phase high-entropy alloy a yield strength near 786 MPa ...
A new study shows that pomegranate, dragon fruit and black grape extracts systematically alter the crystallinity, mechanics, UV absorption and ...
A T6 heat treatment raised the tensile strength of wire-arc 3D-printed WE43 magnesium alloy from 221.7 to 272.7 MPa while ...
A comprehensive review maps how arc power, heat management, grain evolution, residual stress and defects jointly control WAAM Ti-6Al-4V components.
Researchers combined machine learning with GAN and SMOGN data augmentation to accurately predict the tensile properties of sub-sized nuclear steel ...
Researchers have shown that a machine learning model trained on casting data, guided by chromium and nickel equivalents, can accurately ...
New research shows that rolling 9Cr-ODS steel within the intercritical temperature window preserves its strengthening nano-oxides and delivers higher strength ...
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© 2026 Scienmag - Science Magazine