Hardware solutions for ITER divertor Thomson scattering

Eugene Mukhin,P. Andrew,Nikita Babinov,M. Bassan,Alexander Bazhenov,Ivan Bukreev, Alexander Chernakov,Anton Chernakov,Artem Dmitriev, Victor Yukish, Michael Kochergin,Alexander Koval,G.S. Kurskiev, A.E. Litvinov, Vladimir Nelyubov,Alexey Razdobarin,Dmitry Samsonov,V.V. Semenov,Vladimir Solokha, Valery Solovey, Sergey Yu. Tolstyakov,M. Walsh

FUSION ENGINEERING AND DESIGN(2017)

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摘要
The ITER divertor Thomson scattering (TS) system has been significantly upgraded in the last few years in terms of equipment and experimental setup design. In this paper, we are focusing on lasers, digital filter polychromator and piezo actuators, which could be also useful for other diagnostics. Capabilities of the probing and calibration lasers are specified and compared against ITER requirements. Key features. of the digital polychromator design for TS applications are presented and obtained signal-to-noise ratios are discussed. The main reason to use piezo actuators for in-vessel remotely controlled devices is high radiation and magnetic resistance of piezo elements. Piezo actuators of inertial and ultrasonic types were produced and their promising performance for fusion devices was demonstrated. (C) 2017 Elsevier B.V. All rights reserved.
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关键词
ITER,Diagnostic hardware,Thomson scattering,Divertor,Laser,Polychromator,Piezo actuator
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