Advances in photochemistry; v.29.0471682403 Advances in photochemistry photochemistry, study of chemical processes that are accompanied by or catalyzed by the emission or absorption of visible light or ultraviolet radiation. A molecule in its ground (unexcited) state can absorb a quantum of light energy, or photon, and go to a ; v.29. Ed. by Douglas C. Neckers et al. John Wiley John Wiley may refer to:
2007 384 pages $145.00 Hardcover Series: title QD714 In this 29th volume of a series begun in 1963, Neckers (photochemical photochemical in laser treatment, the laser light is absorbed and converted into chemical energy. sciences, Bowling Green State U.), Jenks (chemistry, Iowa State U.) and Wolff (Technische Universitat Dresden) continue the series' original purpose of exploring the frontiers of photochemistry through the eyes of experts and pioneers. The three articles address ensemble photophysics of rigid polyphenylene-based dendritic dendritic /den·drit·ic/ (den-drit´ik) 1. branched like a tree. 2. pertaining to or possessing dendrites. den·drit·ic adj. Relating to the dendrites of nerve cells. structures; the photochemistry of short-lived species using multi-beam irridation; and the theory, techniques, chromophore chromophore /chro·mo·phore/ (kro´mo-for) any chemical group whose presence gives a decided color to a compound and which unites with certain other groups (auxochromes) to form dyes. design, and applications of two-photon physical, organic and polymer chemistry. The volume includes a cumulative index for volumes 1-29. ([c]20062005 Book News, Inc., Portland, OR) |
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