Synthesis and crystal growth of binary organic NLO material UNBA

This paper presents the synthesis of new, optically nonlinear binary organic material and its single crystal growth based on the prior investigation of phase diagram and physical properties. The transparent single crystal of binary organic material has been grown from ethanol solution. The differential scanning calorimeter and microhardness measurements show better thermal and mechanical properties for the newly grown crystal compared to the parent components. The optical characterization of the crystals shows the cutoff wavelength near the UV region, and the SHG measurement by Kurtz powder technique shows a reasonable peak intensity with the binary polycrystalline material. (C) 2002 Elsevier Science B.V. All rights reserved.