FORMATION OF A NANOCLUSTER SUBSYSTEM OF A FILM HETEROTRANSITION

Laser technologies enable the separation and removal into open space, as well as onto various substrates, of structural fragments of any dispersibility formed in gaseous, liquid, and solid matrices. The work focuses on the study of synergistic processes responsible for the self-organization of nanoclusters (NC) coherent with the matrix. When forming NC, due to the presence of matrix material, a significantly greater number of degrees of freedom are involved than in the formation of molecules. A model approach is proposed that opens up new opportunities for studying the processes of film formation on the surface of a solid body in the form of a nanocluster subsystem (NCS). The process of NCS film GP formation is proposed to be considered from the perspective of ideas about the clustered phase of matter. NCP can be used as a component of a film heterojunction (HJ) with extremely interesting practical applications. Such a film HJ with NCP has high photosensitivity, which can open up new real practical opportunities for the creation of highly efficient hypersensitive optical sensors.