Nuclear spin-1/2 lattices where each spin has a small effective number of interacting
neighbors represent a particular challenge for first-principles calculations of free induction …

The current study considers analytical and numerical realization of the averaging procedure
modeling the observable magnetization response from the regular diluted spin system. It …

Problems of interacting quantum magnetic moments become exponentially complex with an
increasing number of particles. As a result, classical equations are often used to model spin …

We minimize the energy function of the classical Heisenberg model describing the frustrated
wheel shape systems consisting of an odd number of spin vectors, where a single vector is …

The study presents an analysis of free induction decay (FID) in the ensemble of ring spin
clusters using the formalism of collective modes similar to the spin waves. A dispersion …

We extend the theory of ground states of classical Heisenberg spin systems previously
published to the case where the interaction with an external magnetic field is described by a …

Simulation of free induction decay at low-temperature with spin waves and classical spins Page
1 Eur. Phys. J. B (2019) 92: 140 https://doi.org/10.1140/epjb/e2019-90439-9 THE EUROPEAN …

С применением квантово-механического подхода выполнено численное
моделирование функций спада свободной индукции для кольцевых спиновых …

С применением квантово-механического подхода выполнено численное
моделирование функций спада свободной индукции для кольцевых спиновых …

Исследуется возможность возникновения коллективных спиновых возбуждений в
двумерном парамагнитном кристалле с диполь-дипольным взаимодействием частиц …