Tag: hydrogen bonding

An experimental study of neutral water clusters has identified 17 molecules as the minimum needed to build an endohedral cage ...

Ten CMC–KGM–kappa-carrageenan film formulations reveal how crystallinity and hydrogen bonding govern moisture transport, with a balanced 6:3:1 blend offering the ...

New density functional theory simulations show that interlayer bonding type governs the optical anisotropy and ultraviolet absorption of talc and ...

A newly synthesized thioxoacetamide compound shows sulfur-driven hydrogen bonding in its crystal structure and favorable predicted binding to human thymidine ...

A hybrid polyethylenimine–diethanolamine adsorbent in mesoporous silica foam captured 177 mg of CO2 per gram, about 70% above theoretical additive ...

Grape-derived polyphenols assembled with corn starch under 600 megapascals of high hydrostatic pressure formed hydrogen-bonded complexes that restructured the starch, ...

A new study shows that pomegranate, dragon fruit and black grape extracts systematically alter the crystallinity, mechanics, UV absorption and ...

Researchers used a dual-amide hydrogen-bonding additive to control crystallization in thermally evaporated perovskite films, yielding near-infrared LEDs with a 25.0 ...

A laboratory study synthesized a 1:1 crystalline berberine–2-sulfobenzoate salt and characterized its hydrogen bonding, vibrational shifts and computationally predicted reactivity.

Hydrogen-bond-driven folding pre-organizes synthetic polymer chains, enabling non-thermal covalent ligation and producing helical polymers with hierarchical structures and temperature-responsive entanglements.