ИСТИНА

Nanoscale hybrid luminescent structures are promising for development of a new generation of long-live storage devices with high resolution and easy fast access. One of the techniques for organic-inorganic hybrid materials synthesis is a melt synthesis when the exchange reaction between organic constituent and metal ions of inorganic matrices results in the formation of hybrid material with new luminescent properties. In the research we conducted the exchange reaction by the action both femtosecond and continuous-wave lasers on nanosize heterogenic or multilayer films preliminary fabricated by thermal sputtering on a substrate. As initial materials high pure metal-organic complexes of 8-hydroxyquinoline with aluminum and gallium and inorganic binary compounds (PbO, PbF2, B2O3) were used. The obtained 2D HM images demonstrated strong difference in luminescent characteristics depending on the initial materials and preparation conditions. The research was financially supported by the grant of the Ministry of Science and High Education of the Russian Federation, project ID RFMEFI57418X0186.