Recent Advances in Plasma Diagnostics / Diagnostika Plasmy / &#1044,&#1080,&#1072,&#1075,&#1085,&#1086,&#1089,&#1090,&#1080,&#1082,&#1072, &#1055,&#1083,&#1072,&#1079,&#1084,&#1099

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Measurements of the Ion Temperature in Plasmas from Neutron Radiation.- Absolute Scintillation Measurements of Neutron Pulses Generated in a Hot Plasma.- Semiconductor Detectors for Recording Fluxes of Hydrogen Ions with Energies of 1-15 keV.- Recording and Energy Analysis of Low-Energy H1+, H2+, and He+ Ions by Means of Surface-Barrier Silicon Counters.- Device for Plasma Diagnostics with a Multicomponent Beam of Fast Neutral Particles.- Flight-Type Mass Spectrometers for Research on Plasma Bursts.- Experimental Method for Investigating the Energy Losses and the Stability of a Plasma in Toroidal Chambers of the Tokamak Type by Means of a Bolometric Probe.- Thermocouple Method for Determining the Energy Losses in a Plasma and the Distribution of the Energy Losses over the Diaphragm of the Discharge Chamber.- Investigation of the Space- and Time-Dependent Emission Characteristics of a Pulsed Toroidal Penning Discharge.- Measurement of the Correlation Functions of the Light-Emission Intensity in a Plasma-Beam Discharge.- Application of a Correlation Technique for Investigations of the Turbulent Plasma in the Alpha Device.- Investigation of Ionic Cyclotron Oscillations in a Plasma by Means of a Fast-Response Analyzer of the Frequency Spectrum.