Creating Solid sensors that combine the principles of optical and electrical detection based on thin film hybrid structures of organic compounds deposited on the surface of single crystal semiconductor nanowires

    Theoretical and experimental studies on the creation of new types of sensor materials-hybrid inorganic/organic crystals based on synthetic organic receptors: metal complexes of crown ethers polypyridines metalloporphyrins and deposited on the surface of a metal oxide semiconductor nanocrystals, and polymer composites , which are incorporated into the fluorescent and electrochemical receptors based on porphyrins naphthalimides, polythiophenes. Methods of synthesis of the semiconductor nanocrystal oxide colloids modified sol-gel method with the use of surfactants . The conditions for the application of organic macrocyclic compounds on the surface of semiconductor nanocrystals synthesized by impregnation nanocrystals organic precursors.

    With the use of the complex methods including transmission electron microscopy study the properties of the hybrid crystal crystal structure , the microstructure , the thermal and electrical stability of materials in air. Developed effective methods for the synthesis of functionalized crown ethers and their  analogues, naphthalimides, polythiophenes as highly selective receptors toxic chemicals. The conditions for obtaining polymer films containing optical and electrochemical chelators. With the use of optical and electrochemical methods of research identified characteristics of the polymer films .

    The modernization of the experimental complexes with pulsed supersonic jets and molecular beams to create the experimental setup for nanofilms organic compounds. The production technology of the detectors of toxic products in the air and wastewater based micromachine technology.