Lab crystal expands to selectively capture CO₂ and benzene
A laboratory zinc-based coordination crystal expands its 2.6-angstrom interlayer spaces to capture CO₂ at low pressure and preferentially incorporate benzene ...
A laboratory zinc-based coordination crystal expands its 2.6-angstrom interlayer spaces to capture CO₂ at low pressure and preferentially incorporate benzene ...
Researchers created diamondiyne, an experimentally confirmed three-dimensional carbon allotrope whose tetrahedral framework forms a porous structure resembling diamond.
A Chinese Academy of Sciences team showed that tailored zeolite pores can catalyze propene and ethene carbonylation without precious metals ...
A laboratory C/CoNi nanofiber aerogel derived from coconut achieved a minimum reflection loss of −39.41 dB, a 4.58 GHz absorption ...
A magnetic-probe and electron spin resonance method revealed differences in water-attracting and water-repelling environments inside covalent organic framework pores.
A new review in the Journal of Materials Science maps how sustainable biomass-derived carbon aerogels could replace heavy conventional microwave ...
A new review in Frontiers in Acoustics maps the standardized and emerging methods used to measure the fluid and solid ...
Researchers at the National University of Singapore have developed a reusable benzimidazole hydrogen-bonding catalysis strategy that produces high-crystallinity covalent organic ...
Researchers have created a porous geopolymer adsorbent from metakaolin and silica fume, using hydrogen peroxide foaming and oil templating, that ...
Chinese researchers used ultrafast operando solid-state NMR spectroscopy to reveal a proton-mediated dual-channel gating mechanism that directs nucleation and morphology ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine