M. V. Voinova

TL;DR: Current trends in the analysis of physical properties of various thin films measured with a solid-state sensor oscillating in a gaseous or liquid environment are summarized.

TL;DR: By exploiting the capabilities of steady-state electrochemical measurements, the inner diameter of a lipid nanotube is measured using Fick's first law of diffusion in conjunction with an imposed linear concentration gradient of electroactive molecules over the length of the nanotubes.

TL;DR: It is shown that an amphiphilic liquid crystal of the lipid monoolein and water can be used as a medium for electrophoresis of Amphiphilic molecules and both membrane-bound fluorescent probes and water-soluble oligonucleotides can migrate through the same bicontinuous cubic crystal.

TL;DR: In this paper, a theoretical analysis of dissipative effects in quartz crystal resonator applications to the dynamics of complex biological fluids and soft polymer films is presented, and rigorous expressions for the resonant frequency and damping of the quartz crystal which allow to quantify friction effects and distinguish between them in resonator measurements performing on various frequencies.

TL;DR: In this article, the authors theoretically investigate surface acoustic waves with horizontal polarization (SH-SAWs) propagating in a three-layer system consisting of an elastic substrate and two viscoelastic overlayers.