Development of a new luminescent material to increase efficiency of photoelectric converters based on silicon.
The study of synthetic polymers is of great practical importance for production of new luminescent materials. Objectives: analysis of the current state of development of photoelectric devices for solar energy; search for new luminescent materials effectively converting ultraviolet radiation of solar spectrum into radiation of orange-red range; study of the processes of transformation of ultraviolet radiation in fluorescent materials and establishment of mechanisms of their behavior, etc.; the luminescent pure and doped with Eu3+, Tb3+ monodisperse highly porous silica microspheres with size of 340-360 nm were produced using the colloidal sol-gel method.
The studied substances can be used as containers delivering drugs, chemicals to pathology areas, as luminophores, solar cells, etc.
Scope of Application
For execution of the project 20 250 thousand tenge are required.