Air, 6. Photochemical Degradation

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Air, 6. Photochemical Degradation

Walter Simmler, 

• https://doi.org/10.1002/14356007.o02_o06

Air

John Wolf, Gerhard Manier, Thomas Eikmann, Gerhard Scholl, Gerhard Feldhaus, Klaus Grefen, Peter Bruckmann, Hans-Ulrich Pfeffer, Klaus Lützke, Eberhard Schmidt, Torsten Schmidt, Theo Pilhofer, Helmut Krill, Harald Menig, Stephan Schirz, Helmut Pollack, Walter Simmler, 

• https://doi.org/10.1002/14356007.b07_403.pub2

Air

John Wolf, Gerhard Manier, Thomas Eikmann, Gerhard Scholl, Gerhard Feldhaus, Klaus Grefen, Peter Bruckmann, Hans-Ulrich Pfeffer, Klaus Lützke, Eberhard Schmidt, Torsten Schmidt, Theo Pilhofer, Helmut Krill, Harald Menig, Stephan Schirz, Helmut Pollack, Walter Simmler, 

• https://doi.org/10.1002/14356007.b07_403

Sascha Nehr, 

Sascha Nehr

CBS International Business School GmbH, Brühl, Germany

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Walter Simmler, 

Walter Simmler

Bayer AG (Retired), Leverkusen, Germany

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Sascha Nehr, 

Sascha Nehr

CBS International Business School GmbH, Brühl, Germany

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Walter Simmler, 

Walter Simmler

Bayer AG (Retired), Leverkusen, Germany

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First published: 27 July 2023

https://doi.org/10.1002/14356007.o02_o06.pub2

Abstract

The article contains sections titled:

1	Introduction
2	Structure of the Atmosphere
3	Atmospheric Photochemistry
3.1	Reaction Cycles in the Troposphere
3.2	Reaction Cycles in Indoor Environments
3.3	Reaction Cycles in the Stratosphere
4	Interaction of VOCs with Surface Layers of Aquatic and Terrestrial Environments
5	Measurement and Modeling of Photochemical Degradation
	References

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