Atmospheric Fate and Transformations of Volatile Organic Compounds
In the troposphere, vocs are removed by the physical processes of wet and dry deposition and are transformed by the chemical processes of photolysis and reactions with hydroxyl radicals (OH), nitrate radicals(NO3), and O3.
In general, the degradation/transformation reactions of VOCs, which occur in the troposphere can be represented by Figure 3, with the important intermediate radicals being alkyl- or substituted alkyl radicals(R), alkyl peroxy- or substituted alkyl peroxy radicals and alkoxy- or substituted alkoxy radicals(Roo(RO)
Atmospheric Fate and Transformations of Volatile Organic Compounds In the troposphere, vocs are removed by the physical processes of wet and dry deposition and are transformed by the chemical processes of photolysis and reactions with hydroxyl radicals (OH), nitrate radicals(NO3), and O3.In general, the degradation/transformation reactions of VOCs, which occur in the troposphere can be represented by Figure 3, with the important intermediate radicals being alkyl- or substituted alkyl radicals(R), alkyl peroxy- or substituted alkyl peroxy radicals and alkoxy- or substituted alkoxy radicals(Roo(RO)
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