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1 Phone (Voice&Fax): +380 (44) 265 18 27 L.V.Pisarzhevskij Institute of Physical Chemistry, NAS Ukraine, 31 prospect Nauki, Kyiv, 252039, Ukraine Abstract. Diffractometric and optical measurements showed that at considerable (>200 o K) difference between sublimation temperature and substrate one dibenzotetraazaannulene forms well oriented films structure of which depends on their thickness. This phenomena was explained by assuming that the temperature gradient inside the film can be changed during the evaporation. Therewith, both diffusion processes in clusters and the restructurization of small crystallites were suggested to be important com- ponents of OMC film formation mechanism.

semiconductor physics, quantum electronics and optoelectronics/semiconductor physics quantum electronics and optoelectronics

Thin films of organic molecular crystals (OMC) possessing type B lattice: spatial structure of dibenzotetraazaannulene film is related to its thickness