Optical and Luminescent Properties

Of all the subject areas in the field of polymer photochemistry this one remains by far the most prolific and is yet the least practical from a commercial point-of-view. Several reviews of interest have appeared, one, in 

The lumine cence properties of commercial polymers continues to attract interest particularly with regard to the involvement of the chromophores in thermal and photochemical 

The luminescence of doped polymers still continues to attract interest. Dimethylterephthalate quenches the delayed fluorescence of polyvinylcarbazole containing pyrene and 

The substitution in polymer-fluorescent dye-competitor systems has been investigated by fluorescence analysis and depending on their ability to substitute dyes competitors 

Diffusion coefficients and molecular/ionic interactions between polymers and other species appear to have attracted some interest, particularly with regard to polyions. Quantitative information on coil size and associated changes therein together with the degree of aggregation in blends of polymers and copolymers has been shown to be possible using fluorescence depolarisation measurements. Using copolymer 

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Optical and Luminescence Properties Several review articles of topical interest have appeared. Donor-acceptor interactions in charge-transfer complexes between low... 

OPTICAL AND LUMINESCENCE PROPERTIES AND APPLICATIONS OF METAL COMPLEX-BASED POLYMERS... 

Morozov YV, Bazhulina NP, Karpeiskii MY, Ivanov VI and Kuklin AI, Optical and luminescent properties of vitamin B6 and its derivatives. III. Pyridoxannne and pyridoxamine-5 -phosphate, Biofizica, 11,228-36 (1966) CA 65 8935. Cited in Perrin Bases suppl. no. 7794 ref. M21. NB Also includes fluorescence data. 

The solution combustion synthesis method has proven to be a great technique to obtain various types of oxides at the nanometer scale and is used for a variety of technological applications, as can be seen in Table 2.1. This wide range of oxides is prepared with an eye on their magnetic, mechanical, dielectric, catalytic, optical and luminescent properties. 

IV. PHYSICAL AND CHEMICAL PROPERTIES A. Optical and Luminescent Properties... 

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