Physical and chemical properties of black carbon and organic matter from different combustion and photochemical sources using aerodynamic aerosol classification

Physical and chemical properties of black carbon and organic matter from different combustion and photochemical sources using aerodynamic aerosol classification

<p dir="ltr">The physical and chemical properties of black carbon (BC) and organic aerosols are important for predicting their radiative forcing in the atmosphere. During the Soot Aerodynamic Size Selection for Optical properties (SASSO) project and a EUROCHAMP-2020 transnational acc...

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Main Author: Dawei Hu (2186113) (author)
Other Authors: M. Rami Alfarra (1343493) (author), Kate Szpek (8726523) (author), Justin M. Langridge (2101759) (author), Michael I. Cotterell (2902566) (author), Claire Belcher (7914926) (author), Ian Rule (18520047) (author), Zixia Liu (8929370) (author), Chenjie Yu (127596) (author), Yunqi Shao (8368584) (author), Aristeidis Voliotis (16563090) (author), Mao Du (16563091) (author), Brett Smith (750172) (author), Greg Smallwood (809091) (author), Prem Lobo (2039206) (author), Dantong Liu (4922356) (author), Jim M. Haywood (7109078) (author), Hugh Coe (2011966) (author), James D. Allan (2039230) (author)
Published: 2021
Subjects:
Earth sciences
Atmospheric sciences
Environmental sciences
Climate change impacts and adaptation
Black carbon (BC)
Organic aerosols
Radiative forcing
EUROCHAMP-2020
Light-absorbing carbon
Brown carbon (BrC)
Wood burning
Pyrolysis
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