Abstract
The paper presents the transmission and absorption spectra of electromagnetic radiation for thin films obtained by pouring from solutions of fullerene-water system and N-isoamylisatin 
 4-methylphenylhydrazone in chloroform. The method of obtaining, synthesis, microscopy of carbon and organic films is described. Shown are the spectra of the interaction of electro-magnetic radiation with thin films in the vision (400–920 nm) and IR (650–4000 cm-1) ranges. 
 The optimal thicknesses of the active layers of the heterostructure based on aqueous solutions of fullerene and N-isoamylisatin 4-methylphenylhydrazone were determined, which made it possible to obtain the maximum increase in conductivity.
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