Dual Dynamic Bonds Give Bio-Based Epoxy Vitrimers Remarkable Self-Healing Power
Japanese researchers have created epoxy vitrimers that are roughly 81 percent bio-based and recover 86 percent of their tensile strength...
Bethany Barker is a Scienmag editorial specialist profile for Catalysis coverage.
Japanese researchers have created epoxy vitrimers that are roughly 81 percent bio-based and recover 86 percent of their tensile strength...
Researchers in Thailand have built an interpretable stacked machine learning framework called Meta-iPPAR that accurately predicts PPAR-γ agonists and identified...
A comparative study finds iron electrodes outperform aluminum in electrocoagulation, removing over 97 percent of the textile dye neutral red...
Researchers found that tuning the nitrogen-to-boron ratio in sawdust-derived biochar transforms it from a passive adsorbent into a highly efficient...
Molecular simulations of four coal ranks reveal that compressive stress nonlinearly alters methane and carbon dioxide adsorption and diffusion, with...
Researchers in India have developed the first green, stability-indicating HPTLC method for the kidney-anemia drug desidustat, using Analytical Quality by...
A new study shows that high hydrostatic pressure combined with grape polyphenols slows corn starch retrogradation and produces doughs and...
Researchers in Graz show that the first 120 seconds of open circuit voltage after conditioning can flag proton exchange membrane...
A new review outlines how coupling chemical depolymerization of lignin with microbial funneling pathways could transform the biomass industry's most...
A new study finds chlordecone, banned in 1993, in the blood of 58.4 percent of green turtles sampled in Martinique,...
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© 2025 Scienmag - Science Magazine