Titlebook: Environmental Photochemistry Part II; P. Boule,D. W. Bahnemann,P. K. J. Robertson Book 2005 Springer-Verlag Berlin Heidelberg 2005 Environ

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Specification and Hypothesis Testing,o provide a?foundation for the variousaspects of environmental photochemistry explored later in the book. Electronically excited statesare produced by the absorption of radiation in the visible and ultraviolet regions of the spectrum.The excited states that can be produced depend on the electronic s

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Recategorizing Realism Theoriesere. In particular, heterogeneous photochemical processes are concerned with the effect of light on interacting molecules and solid surfaces. Sorption, ion exchange, dissolution, precipitation and redox processes bear a?decisive role on these reactions, commonly integrated within the concept of “pho

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A Pragmatic Theory of Explanation,erivatives, and of other biocides. The direct photolysis of these substances in the environment has become a?subject of increasing interest. In the first part of this review, investigations of the photochemistry of halogenated phenols and anilines carried out during the last decade are summarized. T

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https://doi.org/10.1007/978-94-015-7849-3her solids such as silica, soil and titanium dioxide continues to be actively studied. The photochemistry of PAHs in all phases continues to be dominated by oxidation by O., with superoxide (O. .), excited singlet oxygen (.O.), and hydroxyl radical (.OH) being the active agents. The recent photochem

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,The Art of ‘G/hosting’: Phantomime, and in atmospheric aerosols. The UV excitationof nitrate ions leads to the formation of hydroxyl radicals, nitrogen dioxide, atomic oxygen and nitrite.Hydroxyl radicals induce the oxidation of organic substrates and account for the photodepollutioneffect of nitrate in natural waters. Nitrogen dioxi

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Frances Bauer,Paul Garabedian,David Kornrocesses are examined with attention given to both simple model systems in which the species distribution is generally well understood and to complex systems more typical of natural or treatment environments. Insights into mechanistic aspects are provided where possible and implications to natural a