2.1. Physics and chemistry of nanomaterials and nanostructures
Purpose:The development of the fundamentals of obtaining new photocatalytic redox degradation wide range of compounds in water to justify the choice of methods and parameters of deep cleaning of organic and inorganic contaminants and study the effect of cluster structural features of the environment in the purification of water
Expected results:Other (to increase production, improve working conditions, environmental improvement, energy savings, material savings, reduced equipment wear, increase productivity, improve efficiency of diagnosis and treatment, etc.)
Stage 1:The study of the relationship between physical and chemical properties of new materials caused conditions of their synthesis and activation and their catalytic and photocatalytic activity.
Stage 2:Study of degradation of organic and inorganic environmental toxins in various photocatalytic systems.
Stage 3:Investigation of the formation of structured films on the surface of fiberglass and catalytic reactors under controlled hydrolysis.
Stage 4:Studying the impact of cluster structural features of the environment in the process of water purification.
Stage 5:Development of the concept of sol-gel method of preparation of new photo catalytic redox system types.