Abstract
Since first becoming operational in 1984 the survey spectrometer, KT2, has undergone slight modifications on the Joint European Torus Joint Undertaking (JET), and following a failure at one point the original spectrometer-`A`, was exchanged for an almost identical instrument-`B`. Periodically, calibrations have been performed on the diagnostic using the diverse techniques of charge exchange branching ratios, deuterium lamp transfer irradiance standard, branching ratios from visible transitions, VUV transfer radiance standard and model calculations of line intensities in low Z ions from JET. Comparisons have been made with the theoretical instrument performance and with the prototype instruments of similar construction. This report summarises these various calibrations, carried out by the Culham Task Agreement team, until the end of 1990 when the responsability for the operation of the diagnostic was handed over to JET staff. (author).
Citation Formats
Hawkes, N, Peacock, N, and Lawson, K.
Intensity calibrations of the broadband VUV impurity survey spectrometer - KT2.
United Kingdom: N. p.,
1991.
Web.
Hawkes, N, Peacock, N, & Lawson, K.
Intensity calibrations of the broadband VUV impurity survey spectrometer - KT2.
United Kingdom.
Hawkes, N, Peacock, N, and Lawson, K.
1991.
"Intensity calibrations of the broadband VUV impurity survey spectrometer - KT2."
United Kingdom.
@misc{etde_10120777,
title = {Intensity calibrations of the broadband VUV impurity survey spectrometer - KT2}
author = {Hawkes, N, Peacock, N, and Lawson, K}
abstractNote = {Since first becoming operational in 1984 the survey spectrometer, KT2, has undergone slight modifications on the Joint European Torus Joint Undertaking (JET), and following a failure at one point the original spectrometer-`A`, was exchanged for an almost identical instrument-`B`. Periodically, calibrations have been performed on the diagnostic using the diverse techniques of charge exchange branching ratios, deuterium lamp transfer irradiance standard, branching ratios from visible transitions, VUV transfer radiance standard and model calculations of line intensities in low Z ions from JET. Comparisons have been made with the theoretical instrument performance and with the prototype instruments of similar construction. This report summarises these various calibrations, carried out by the Culham Task Agreement team, until the end of 1990 when the responsability for the operation of the diagnostic was handed over to JET staff. (author).}
place = {United Kingdom}
year = {1991}
month = {Aug}
}
title = {Intensity calibrations of the broadband VUV impurity survey spectrometer - KT2}
author = {Hawkes, N, Peacock, N, and Lawson, K}
abstractNote = {Since first becoming operational in 1984 the survey spectrometer, KT2, has undergone slight modifications on the Joint European Torus Joint Undertaking (JET), and following a failure at one point the original spectrometer-`A`, was exchanged for an almost identical instrument-`B`. Periodically, calibrations have been performed on the diagnostic using the diverse techniques of charge exchange branching ratios, deuterium lamp transfer irradiance standard, branching ratios from visible transitions, VUV transfer radiance standard and model calculations of line intensities in low Z ions from JET. Comparisons have been made with the theoretical instrument performance and with the prototype instruments of similar construction. This report summarises these various calibrations, carried out by the Culham Task Agreement team, until the end of 1990 when the responsability for the operation of the diagnostic was handed over to JET staff. (author).}
place = {United Kingdom}
year = {1991}
month = {Aug}
}