Chemiluminescent conducting polymer

A = electrochromism B = photoelectric conversion C = electrogenerated chemiluminescence D = highly dispersed noble metal E = catalyst F = high mechanical strength conducting polymer, G = charge-controllable transport membrane H = sensor. 

There are many functional molecules, and their functions, such as electro-chromism, photochromism, photoelectric conversion, chemiluminescence, catalyst, molecular recognition (sensor) etc., are all attributed to a deviation or a change in electronic structure or state of these molecules. For their materializations, conducting polymers are considered to be suitable matrices because their conductive properties and compatibilities to mole-... 

Various photophysical techniques continue to be used in the study of polymers some particularly interesting work on electrically-conducting pol37mers has been described by Roth and Bleier, inter alia. The photophysics of thin films and colloidal systems, including micelles, continues to be an important and active field of research see e.g. Kalyansundaram Debe. Cyclodextrins have been found to increase the chemiluminescence yields from aqueous peroxyoxalates by up to 300-fold (Woolf and Grayeski). Enzymegenerated excited states of acetone have been found to induce quasi-photochemical behaviour of riboflavin in the dark (Rojas and Silva). From studies of the luminescence of Schmidt and... 

---