This article provides new insight into previous and new experimental data regarding
behaviour of small-scale density fluctuations in T-10 ohmic and electron cyclotron …

The paper is focused on the new systematic measurements of the 3D spatial distributions of
the amplitudes, the radial correlation lengths and the long-range correlations along the …

We present the theory of propagation and scattering of strongly refracting microwaves in
turbulent inhomogeneous plasmas. We calculate the scattered signal amplitude in the case …

The turbulence, plasma flow and edge localized mode (ELM) dynamics in the limiter H-
mode TEXTOR plasmas are investigated. Properties of both ambient turbulence within 0< …

We describe a way to parameterize power spectra extracted from fixed-frequency
reflectometry data, with a view to systematic studies of turbulence properties in tokamak …

Reflectometry is currently considered as one of the promising diagnostics for measuring
parameters of plasma in thermonuclear devices. This diagnostics is characterized by good …

One major goal of data science applications is to extract patterns from large datasets. Such a
database approach has been applied, for the first time in fusion science, towards a …

The response of microwave reflectometry for various configurations is studied theoretically.
Based on the Kirchhoff integral (ie physical optics), analytic formulae for the measured …

The investigation of the rotating plasma is of interest for solving a wide range of scientific
and applied problems in the plasma physics. To investigate the multicomponent gas-metal …

Investigation of turbulence properties could reveals the nature of anomalous transport in
tokamak. This paper presents results of systematic investigations of poloidal and toroidal …