Eva Kjærgaard
@evakjaergaard1
PhD at Aarhus University - Atmospheric Chemistry
ID: 1470011566032670730
12-12-2021 12:44:25
20 Tweet
113 Followers
112 Following
The combination of fourier-transform infrared spectroscopy and theoretical investigations lets researchers from UCPH determine two main atmospheric oxidation products of the CH3OCF2CHF2 + Cl or OH reaction, HC(O)OCF2CHF2 and COF2 Eva Kjærgaard Department of Chemistry, University of Copenhagen go.acs.org/5z
Danmarks Grundforskningsfond grants scientists @MereBil, MG, Jonas Elm, Tobias Weidner and Ove Christiansen 59,998,000 DKK (approx. $8,620,000) for a new 'Center of Excellence' on cloud formation. Read more here: nat.au.dk/om-fakultetet/… #AUchemistry
Amazing 2 weeks at Hyytiälä summer school! Picture from the top of SMEAR II! @ceciliecarstens Hyytiälä Forest Station #WomenInScience #AtmosphericChemistry #NPF
#IAC2022_Athens talk BAP-1-4: Eva Kjærgaard explores sea spray emissions as functions of salinity and composition. Higher numbers of aerosols with higher salinity and a down-then-up trend number concentration effect with temperature, yielding minimums at 5°C. Cool stuff! 🌊🫧
The INPASS Campaign (Ice Nucleating Particles from Arctic Sea Spray) startede this week!🌊 Very excited about this interdisciplinary colab! Jennie Schmidt @Aerosol_BR lasse Z. jensen Department of Chemistry - Aarhus University
Very fast H-shifts reactions in triethylamine autoxidation lead to hydroperoxy amides. Products formed are highly oxygenated and functionalized, with as many as three OOH groups and O:C ratios larger than 1. Eva Kjærgaard Department of Chemistry, University of Copenhagen go.acs.org/6AK
Coauthors and I published our nanoplastic paper today: doi.org/10.1039/D3CP03…. @MereBil MG Eva Kjærgaard Department of Chemistry - Aarhus University @FrejaHasager @AndiMassling