AGGREGATION OF CHLOROPHYLL &B IN POLYMER FILMS

$293,069P41FY2001RRNIH

University Of Maryland Baltimore, Baltimore MD

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Paper 27721522 Paper 27340372 Paper 27340364 Paper 26354735 Paper 26095366 Paper 26005313 Paper 24453935 Paper 23256816 Paper 20953312 Paper 20740066 Paper 20737023 Paper 20729993 Paper 20725614 Paper 20725613 Paper 20725608 Paper 20686644 Paper 20360870 Paper 20151044 Paper 19890454 Paper 19890452 Paper 19890406 Paper 19844613 Paper 19777127 Paper 19777118 Paper 19763236 Paper 19763235 Paper 19763234 Paper 19763232 Paper 19763187 Paper 19738928 Paper 19738927 Paper 19738916 Paper 19714260 Paper 19714227 Paper 19696913 Paper 19696912 Paper 19617923 Paper 19562099 Paper 19550610 Paper 19532498 Paper 19192209 Paper 19079780 Paper 18969865 Paper 18927603 Paper 18802494 Paper 18521191 Paper 18341300 Paper 18278953 Paper 18268785 Paper 18071576 Paper 17914851 Paper 17685553 Paper 17580926 Paper 17375898 Paper 17316540 Paper 17092012 Paper 17092001 Paper 16981751 Paper 16852030 Paper 16851931 Paper 16851886 Paper 16834349 Paper 16671705 Paper 16471829 Paper 16376933 Paper 16055432 Paper 15809297 Paper 15722022 Paper 15691498 Paper 15640144 Paper 15617385 Paper 15617384 Paper 15617269 Paper 15578680 Paper 15456766 Paper 15274090 Paper 15253645 Paper 15248975 Paper 15183765 Paper 15152329 Paper 15150802 Paper 15140382 Paper 15117938 Paper 15087228 Paper 14697250 Paper 14690680 Paper 14690679 Paper 14658678 Paper 14648769 Paper 14648768 Paper 14640738 Paper 14632044 Paper 14570195 Paper 12963458 Paper 12895465 Paper 12893239 Paper 12870845 Paper 12788090 Paper 12758251 Paper 12689825

Abstract

Time-resolved fluorescence of chlorophyll a and b in isotropic and oriented films was studied in the time-domain. The complex intensity decay analyzed according to multi-exponential model. The fluorescence lifetime distributions could be correlated with the extend of chlorophyll agregation. These studies provide a basis for understanding the luminescent properties of photosynthetic systems.

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