Boundary layer structure and photochemical pollution in the Harz Mountains—An observational study
Author:
Publisher
Elsevier BV
Subject
Atmospheric Science,General Environmental Science
Reference23 articles.
1. Evidence of ozone destruction in clouds;Acker;Naturwiss.,1995
2. Assessing recent surface ozone concentrations in the U.K.;Bower;Atmospheric Environment,1994
3. Zu Ursachen für Unterschiede zwischen mittleren Tagesgängen der Ozonkonzentration in Bodennähe;Dietze;Meteorol. Z. (N.F.),1993
4. Photochemical smog in the Munich metropolitan area;Fabian;Contr. atmos. Phys.,1994
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