In this chapter the specific physical effects in structures with hydrogen bonds receive most of
the authors' attention. Considerable attention is given to the description of theoretical …

Microscopic one-dimensional noninteracting model for the description of the energy
spectrum of the ion subsystem in ionic conductor is considered. The processes of ionic …

We performed density functional studies of electronic properties and mechanisms of
hydrogen transport in Rb 3 H (SeO 4) 2 crystal that represents technologically promising …

A microscopic simple noninteracting model for the description of the energy spectrum of ion
subsystem in Pauli ionic conductor is considered. Phase diagram of the model is obtained …

The pseudospin-electron model is formulated for the description of the correlated proton-
electron charge transfer in the complex with hydrogen bonds. The energy spectrum of the …

Peierls-type instabilities in quarter-filled (n̄= 1/2) and half-filled (n̄= 1) quantum double-
well hydrogen-bonded chain are investigated analytically in the framework of two-stage …

The kinetic Monte Carlo method is used to model the dynamic properties of proton diffusion
in anhydrous proton conductors. The results have been discussed with reference to a two …

Energy spectrum and thermodynamics of the proton subsystem of the crystal with chains of
hydrogen bonds are investigated. The consideration is based on the orientational-tunneling …

The protonic conductivity in the hydrogen-bonded chains is investigated theoretically in the
framework of the two-stage transport model. The strong interactions with optical phonon …

We present the results of the modelling of proton translocation in finite H-bonded chains in
the framework of the two-stage proton transport model. We explore the influence of …