Предмет исследования. Приведены результаты исследования влияния распределения
цезия по стенкам газовой ячейки квантового датчика вращения на ширину и амплитуду …

We theoretically describe the phenomenon of non-adiabatic spin dynamics, which occurs in
a gas cell filled by alkali vapor in the presence of a strong alternating magnetic field and …

The features of a feedback loop in a quantum sensor with a two-frequency spin oscillator are
discussed. Engineering solutions that ensure stable two-frequency oscillation and, in …

In this paper, we describe the unusual low-frequency magnetic resonances in alkali vapor
with oriented atomic spins regarding the framework of density matrix formalism. The feature …

Designing a compact balanced quantum rotation sensor (gyroscope) based on nuclear
magnetic resonance in xenon is one of the most urgent and promising tasks in modern …

The article presents numerical requirements for vapor cells for a nuclear magnetic
gyroscope. The design requirements for the cells, such as shape, size and transparency, as …

Abstract Subject of Research. The paper presents results of the experimental and theoretical
studies on cesium distribution effect along the vapor cell walls of quantum rotation sensor on …

Reduction of optical quantum sensors in size, including nuclear magnetic resonance (NMR)
gyroscopes, implies primarily downsizing of the working gas cell. This paper considers the …

To adjust the stabilization systems that ensure the operation of the angular position or rate
sensor based on the effect of nuclear magnetic resonance, it is required to choose the …

This article presents a cross-correlation method for estimation the size of nanoparticles in
monodisperse colloidal solutions and suspensions. The original scheme of the experimental …