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Newly discovered rapid particle growth rates may be the answer to the mystery of aerosol formation in urban smog
Aerosols, suspended particles or droplets, play a key role in Earth’s atmosphere’s energy balance. They can also result in smog formation in cities, which leads to low visibility and serious health risks for the population. A recent study published in Nature outlines a newly discovered mechanism that may play a key role in the continued survival of particles in wintertime smog.
Research Committee
Prof. Dr. Marco Stampanoni (President) Photon Science Division (PSD) Dr. Knud Thomsen (Secretary) Research with Neutrons and Muons (NUM) Dr. Thomas Huthwelker Photon Science Division (PSD) Prof. Thomas Lippert Research with Neutrons and Muons (NUM) Dr. Andreas Menzel Photon Science Division (PSD) Dr. Christopher Mudry Research with Neutrons and Muons (NUM) Dr. Cristina Müller Biology and Chemistry (BIO) Dr. Bojan Niceno Nuclear Energy and Safety (NES) Prof. Christof Niedermayer
SINQ publications
2005 and before
SINQ Publications
Neutron diffraction investigations of residual stresses in titanium-steel and niobium-steel bilayer pipes manufactured by explosive welding Taran Y, Sabirov B, Balagurov A JOURNAL OF NEUTRON RESEARCH 17, 93 (2014). DOI: 10.3233/JNR-150022 Water Penetration into Micro-cracks in Reinforced Concrete Zhang P, Wittmann FH, Haist M, Mueller HS, Vontobel P, Zhao TJ INTERNATIONAL JOURNAL OF RESTORATION OF BUILDINGS AND MONUMENTS 20 (2), 85 (2014). DOI: 10.12900/RBM14.20.2-0008