Extended Model of Photopolymerization and Multicomponent Diffusion During Holographic Recording

This paper is devoted to the development and consideration of an extended model which describes processes of photopolymerization and multicomponent diffusion during holographic recording. One polymerizable and one chemically neutral component, as well as the effects of shrinkage, are included in the system. Resulting equations are solved numerically. The model can be used for the selection and specification of the characteristics of a polymer-quantum dots composite, which allows for designing distributed feedback lasers (DFB).