In our latest publication by @lu_caudillo et al.📰, four mass spectral techniques were used to compare the chemical composition of nanoparticles < 100 nm🫧, which until today limited our atmospheric understanding.
Also, CONGRATULATIONS Dr. Caudillo!! 🎉
https://t.co/QRmSAVetH2
The Final Report for CLOUD-MOTION is submitted to the REA!
Many thanks to all!
We wish success to all researchers participated in the project!
CLOUD-MOTION Management Team
In Beijing🇨🇳, PM2.5 pollution, aka 'Haze'👻has roots all the way from the smallest particles🍌🚗🍌
We said it once and we'll say it again, and again, the smallest particles matter.
Check out our just out of the oven publication📰@EnvSciRSC@INAR_fin
https://t.co/OsX78jFLYR
Very nice work by @lu_caudillo
https://t.co/OKK9x24oQG
The most interesting result to me is that they report α-pinene/isoprene derived C5 and C15 compounds can contribute to the growth of particles larger than 15 nm which may affect free tropospheric aerosol growth
Have you ever published a scientific paper with your picture on it?
We did 😀💪🏻⬇️
A standard operating procedure for Airmodus Particle Size Magnifier ... https://t.co/44BdnW7P9u
Join our October webinar, where Dr. Dominik Stolzenburg from the University of Helsinki will introduce the DMA-train used e.g. in measurements in the CLOUD chamber in CERN. Register and send us your questions prior the event. @NpfPanda @helsinkiuni
https://t.co/oeTvcZyl2L