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• W2638198 startingPage "111" @default.
• W2638198 abstract "X-ray photodiffraction (in the chemical literature also referred to as photocrystallography), which is based on the combination of X-ray diffraction methods with samples excited by UV or visible light to solve fundamental photochemical or photophysical issues, has developed in the last couple of decades into a very promising technique for direct observation of photoinduced chemical species in the solid state. The capability of providing direct information on very small perturbations in atomic positions and thus on the minute changes in molecular geometry during (or as a consequence of) photoexcitation appears to be the most important asset of this emerging analytical technique. When combined with other physicochemical methods, X-ray photodiffraction can be a powerful tool for analysis of steady-state photoinduced structures as well as slow or very fast time-dependent phenomena. Despite being a very useful approach, however, due to a number of practical requirements that it places with regard to the system to be studied, at the present stage of developments the technique is not widely and indiscriminately applicable to any photoinduced process. In some particular chemical systems the inherent pitfalls could be practically overcome by practical or theoretical means. In this short chapter, the basic principles of X-ray photodiffraction are briefly summarized, and the prospects of its application to “physical” and “chemical” problems is illustrated with selected examples from recent literature. Some possible future developments and alternative approaches with this and related methods are also presented." @default.
• W2638198 created "2016-06-24" @default.
• W2638198 creator A5001482734 @default.
• W2638198 date "2011-01-01" @default.
• W2638198 modified "2023-10-18" @default.
• W2638198 title "Chemical X-Ray Photodiffraction: Principles, Examples, and Perspectives" @default.
• W2638198 cites W1497449820 @default.
• W2638198 cites W1504905980 @default.
• W2638198 cites W1539643835 @default.
• W2638198 cites W1625860372 @default.
• W2638198 cites W184070647 @default.
• W2638198 cites W1899122625 @default.
• W2638198 cites W1963806719 @default.
• W2638198 cites W1964331915 @default.
• W2638198 cites W1965248218 @default.
• W2638198 cites W1966311165 @default.
• W2638198 cites W1971789162 @default.
• W2638198 cites W1972613965 @default.
• W2638198 cites W1973332688 @default.
• W2638198 cites W1978509514 @default.
• W2638198 cites W1979710256 @default.
• W2638198 cites W1981581051 @default.
• W2638198 cites W1982806915 @default.
• W2638198 cites W1983164702 @default.
• W2638198 cites W1986899250 @default.
• W2638198 cites W1987090084 @default.
• W2638198 cites W1988448845 @default.
• W2638198 cites W1988568711 @default.
• W2638198 cites W1995075659 @default.
• W2638198 cites W1995431311 @default.
• W2638198 cites W1996555080 @default.
• W2638198 cites W1999595609 @default.
• W2638198 cites W2001175141 @default.
• W2638198 cites W2002327350 @default.
• W2638198 cites W2003498295 @default.
• W2638198 cites W2005072711 @default.
• W2638198 cites W2005831984 @default.
• W2638198 cites W2006058557 @default.
• W2638198 cites W2009125925 @default.
• W2638198 cites W2009638539 @default.
• W2638198 cites W2014227234 @default.
• W2638198 cites W2015079217 @default.
• W2638198 cites W2017470681 @default.
• W2638198 cites W2017878891 @default.
• W2638198 cites W2020217027 @default.
• W2638198 cites W2020620422 @default.
• W2638198 cites W2028680361 @default.
• W2638198 cites W2028990075 @default.
• W2638198 cites W2029325942 @default.
• W2638198 cites W2030458910 @default.
• W2638198 cites W2032868924 @default.
• W2638198 cites W2037121321 @default.
• W2638198 cites W2040569797 @default.
• W2638198 cites W2044394034 @default.
• W2638198 cites W2044459268 @default.
• W2638198 cites W2046006345 @default.
• W2638198 cites W2046717976 @default.
• W2638198 cites W2058816733 @default.
• W2638198 cites W2061389964 @default.
• W2638198 cites W2063651460 @default.
• W2638198 cites W2064413439 @default.
• W2638198 cites W2064895845 @default.
• W2638198 cites W2065382577 @default.
• W2638198 cites W2066380360 @default.
• W2638198 cites W2066917452 @default.
• W2638198 cites W2067248066 @default.
• W2638198 cites W2070558445 @default.
• W2638198 cites W2072324488 @default.
• W2638198 cites W2078276783 @default.
• W2638198 cites W2079402041 @default.
• W2638198 cites W2089072541 @default.
• W2638198 cites W2089236898 @default.
• W2638198 cites W2091613866 @default.
• W2638198 cites W2092838573 @default.
• W2638198 cites W2093870114 @default.
• W2638198 cites W2095109295 @default.
• W2638198 cites W2104037784 @default.
• W2638198 cites W2104148174 @default.
• W2638198 cites W2104978178 @default.
• W2638198 cites W2112605368 @default.
• W2638198 cites W2116283727 @default.
• W2638198 cites W2131765651 @default.
• W2638198 cites W2133615033 @default.
• W2638198 cites W2135149860 @default.
• W2638198 cites W2146053166 @default.
• W2638198 cites W2148464783 @default.
• W2638198 cites W2149913942 @default.
• W2638198 cites W2150315155 @default.
• W2638198 cites W2157285691 @default.
• W2638198 cites W2168435571 @default.
• W2638198 cites W2171781209 @default.
• W2638198 cites W2325478206 @default.
• W2638198 cites W2416131396 @default.
• W2638198 cites W2949263888 @default.
• W2638198 cites W2950652535 @default.
• W2638198 cites W2951889136 @default.
• W2638198 cites W2952053429 @default.
• W2638198 cites W2994649191 @default.

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