Cresol Oxidation Rapidly Forms Aerosol Vapors, Study Shows
Flow reactor experiments and quantum chemical calculations reveal how cresols rapidly form aerosol-forming vapors in the atmosphere.
Flow reactor experiments and quantum chemical calculations reveal how cresols rapidly form aerosol-forming vapors in the atmosphere.
A physics-aware deep learning framework reconstructs a gapless, hourly tropospheric NO2 record over four Asian pollution hotspots from 2019 to ...
A hybrid physics-and-data framework decomposes pollutant forecasting into advection, learned diffusion, and a regressed gap term, achieving predictions in under ...
A decade of nationwide monitoring and machine-learning analysis shows surface ozone in China rose significantly in both warm and cold ...
A ten-year analysis of Warsaw monitoring data shows wintertime PM2.5 and PM10 conditions improved substantially, driven by emission reductions as ...
A remote laser system measured benzene concentrations of 2.23 to 3.17 ppm and fluxes of 6.18 to 10.33 kg per ...
A new AI emulator reproduces GEM-MACH ammonia ensembles about 3300 times faster while delivering nearly identical emissions inversion results.
A new review finds that sensors already built into Brazilian vehicles could complement the country's 775 fixed weather stations and ...
A five-year monitoring study in Heyuan, South China, recorded 39 ozone pollution days and found regional transport from the Pearl ...
New research finds that lead concentrations in the 2025 Eaton fire smoke plume exceeded 80 times background levels, with arsenic, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine