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Recent ECRH Experiments in the L-2 M Stellarator with the Use of a New High-Power Gyrotron

Plasma and Fusion Research · 2011 · Vol. 6 · pp. 2402142–2402142
Н. К. ХарчевГ. М. БатановM. S. BerezhetskiǐВ. Д. БорзосековO.I. FedyaninS. E. GrebenshchikovIina A. GRISHINAYuriy V. KHOL'NOVЛ. В. КоликЕ. М. КончековЛ. М. КоврижныхN. F. LarionovaД. В. МалаховAleksey I. MESHCHERYAKOVA. E. PetrovE. I. PleshkovK. A. SarksyanС. В. ЩепетовН. Н. СкворцоваВ. Д. СтепахинI. Yu. VafinD. G. VasilkovGenadiy S. VORONOV

Abstract

The results of experiments on plasma confinement at ECRH power density up to 1.5 MW/m3 are reported. It is shown that the results of measurements of the diamagnetism and poloidal rotation velocity of the plasma in the peripheral region agree with numerical calculations using a neoclassical model with allowance for anomalous losses. The correlation has been found between the low-frequency modulation of the gyrotron power radiation and the modulation of the radiation scattered by the turbulent plasma density fluctuations.

Magnetic confinement fusion researchIonosphere and magnetosphere dynamicsParticle accelerators and beam dynamicsGyrotronStellaratorPhysicsPlasmaAllowance (engineering)Rotation (mathematics)Power (physics)TurbulenceDiamagnetismRadiation
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Recent ECRH Experiments in the L-2 M Stellarator with the Use of a New High-Power Gyrotron · Scinovex