Implementation of collective Thomson scattering on the TEXTOR tokamak for energetic ion measurements

L. Porte; H. Bindslev; F. Hoekzema; J. Machuzak; P. Woskov; D. Van Eester

doi:10.1063/1.1322617

Implementation of collective Thomson scattering on the TEXTOR tokamak for energetic ion measurements

L. Porte, H. Bindslev, F. Hoekzema, J. Machuzak, P. Woskov, D. Van Eester

Laboratory for Plasma Physics

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Knowledge of the energy spectrum of fast ions in magnetically confined fusion plasmas is important and fundamental for achieving fusion energy production. Collective Thomson scattering (CTS) of high-power electromagnetic radiation is one of the most promising diagnostic methods for measuring the energy spectrum of confined fast ions. A CTS diagnostic has been implemented on the TEXTOR tokamak for the study of fast ions. It uses a 400 kW, 110 GHz gyrotron source as the probe and a high-resolution heterodyne radiometer as the receiver. Details of the system are given in this article. First results from the diagnostic show that scattered radiation has been detected.

Originele taal-2	Engels
Pagina's (van-tot)	1148-1150
Aantal pagina's	3
Tijdschrift	Review of Scientific Instruments
Volume	72
Nummer van het tijdschrift	1 II
DOI's	https://doi.org/10.1063/1.1322617
Status	Gepubliceerd - jan. 2001

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10.1063/1.1322617

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title = "Implementation of collective Thomson scattering on the TEXTOR tokamak for energetic ion measurements",

abstract = "Knowledge of the energy spectrum of fast ions in magnetically confined fusion plasmas is important and fundamental for achieving fusion energy production. Collective Thomson scattering (CTS) of high-power electromagnetic radiation is one of the most promising diagnostic methods for measuring the energy spectrum of confined fast ions. A CTS diagnostic has been implemented on the TEXTOR tokamak for the study of fast ions. It uses a 400 kW, 110 GHz gyrotron source as the probe and a high-resolution heterodyne radiometer as the receiver. Details of the system are given in this article. First results from the diagnostic show that scattered radiation has been detected.",

author = "L. Porte and H. Bindslev and F. Hoekzema and J. Machuzak and P. Woskov and {Van Eester}, D.",

year = "2001",

month = jan,

doi = "10.1063/1.1322617",

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pages = "1148--1150",

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AU - Porte, L.

AU - Bindslev, H.

AU - Hoekzema, F.

AU - Machuzak, J.

AU - Woskov, P.

AU - Van Eester, D.

PY - 2001/1

Y1 - 2001/1

N2 - Knowledge of the energy spectrum of fast ions in magnetically confined fusion plasmas is important and fundamental for achieving fusion energy production. Collective Thomson scattering (CTS) of high-power electromagnetic radiation is one of the most promising diagnostic methods for measuring the energy spectrum of confined fast ions. A CTS diagnostic has been implemented on the TEXTOR tokamak for the study of fast ions. It uses a 400 kW, 110 GHz gyrotron source as the probe and a high-resolution heterodyne radiometer as the receiver. Details of the system are given in this article. First results from the diagnostic show that scattered radiation has been detected.

AB - Knowledge of the energy spectrum of fast ions in magnetically confined fusion plasmas is important and fundamental for achieving fusion energy production. Collective Thomson scattering (CTS) of high-power electromagnetic radiation is one of the most promising diagnostic methods for measuring the energy spectrum of confined fast ions. A CTS diagnostic has been implemented on the TEXTOR tokamak for the study of fast ions. It uses a 400 kW, 110 GHz gyrotron source as the probe and a high-resolution heterodyne radiometer as the receiver. Details of the system are given in this article. First results from the diagnostic show that scattered radiation has been detected.

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VL - 72

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JO - Review of Scientific Instruments

JF - Review of Scientific Instruments

IS - 1 II

ER -

Implementation of collective Thomson scattering on the TEXTOR tokamak for energetic ion measurements

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