Structural Research of Nanoparticles Dispersions

In this paper we report on investigation of the viscoelastic and rheological properties of early synthesized and characterized nanosuspensions by acoustical method, allowing to obtain the characteristic curves of shear elastic moduli and to assess the degree of "hardening" and structuring of the suspension. The paper is rising the question of fundamental problem - the structuring the nanosuspension, that might shed a light on the possibility of "engineering" the structure of a liquid by controlling and regulating the degree and nature of intermolecular interaction.

Ultrasonic, spectrophotometric and theoretical studies of sigma and PI interactions of iodine with substituted benzene

The acoustical method shows the ability to study the structure, energetics and spectroscopic aspects of charge transfer complexes of three different benzenoid compounds with iodine and is supported by the UV-Visible and DFT methods.