Upgrading of the triple axis neutron spectrometer TKSN-400 installed at Pakistan research reactor-1

J Bashir; R. T.A. Khan; M.M Khan; Naveed Iqbal; A Waheed; A Hussain; Asifullah U Khan; Q Zaman

Upgrading of the triple axis neutron spectrometer TKSN-400 installed at Pakistan research reactor-1

J Bashir, R. T.A. Khan, M.M Khan, Naveed Iqbal, A Waheed, A Hussain, Asifullah U Khan, Q Zaman

Research output: Contribution to journal › Article › peer-review

Abstract

The triple axis neutron spectrometer TKSN-400 installed at 10MW Pakistan Research Reactor has been upgraded. The upgrading included the development of a multi-counter assembly, a PC based spectrometer control and data acquisition system. The multi-counter assembly consists of an embankment of 8 pairs of /sup 3/He counter and 40' collimator. This system is more auspicious than the original arrangement because each of the collimator/counter pair is virtually identical, permitting automatic addition of the intensities and consequently a single high resolution profile as obtained with single counter machine. With these modifications, it has now become possible to measure the complete diffraction pattern in about 24 hours. Finally, the results obtained from the latest system are compared with the results reported in literature

Original language	English
Pages (from-to)	137-143
Number of pages	7
Journal	Nucleus
Volume	37
Issue number	3-4
Publication status	Published - 1 Jun 2001
Externally published	Yes

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@article{4015912c0b234cfb99f83384bb706937,

title = "Upgrading of the triple axis neutron spectrometer TKSN-400 installed at Pakistan research reactor-1",

abstract = "The triple axis neutron spectrometer TKSN-400 installed at 10MW Pakistan Research Reactor has been upgraded. The upgrading included the development of a multi-counter assembly, a PC based spectrometer control and data acquisition system. The multi-counter assembly consists of an embankment of 8 pairs of /sup 3/He counter and 40' collimator. This system is more auspicious than the original arrangement because each of the collimator/counter pair is virtually identical, permitting automatic addition of the intensities and consequently a single high resolution profile as obtained with single counter machine. With these modifications, it has now become possible to measure the complete diffraction pattern in about 24 hours. Finally, the results obtained from the latest system are compared with the results reported in literature",

author = "J Bashir and Khan, {R. T.A.} and M.M Khan and Naveed Iqbal and A Waheed and A Hussain and Khan, {Asifullah U} and Q Zaman",

year = "2001",

month = jun,

day = "1",

language = "English",

volume = "37",

pages = "137--143",

journal = "Nucleus",

issn = "0029-5698",

publisher = "Pakistan Institute of Nuclear Science and Technology (PINSTECH)",

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T1 - Upgrading of the triple axis neutron spectrometer TKSN-400 installed at Pakistan research reactor-1

AU - Bashir, J

AU - Khan, R. T.A.

AU - Khan, M.M

AU - Iqbal, Naveed

AU - Waheed, A

AU - Hussain, A

AU - Khan, Asifullah U

AU - Zaman, Q

PY - 2001/6/1

Y1 - 2001/6/1

N2 - The triple axis neutron spectrometer TKSN-400 installed at 10MW Pakistan Research Reactor has been upgraded. The upgrading included the development of a multi-counter assembly, a PC based spectrometer control and data acquisition system. The multi-counter assembly consists of an embankment of 8 pairs of /sup 3/He counter and 40' collimator. This system is more auspicious than the original arrangement because each of the collimator/counter pair is virtually identical, permitting automatic addition of the intensities and consequently a single high resolution profile as obtained with single counter machine. With these modifications, it has now become possible to measure the complete diffraction pattern in about 24 hours. Finally, the results obtained from the latest system are compared with the results reported in literature

AB - The triple axis neutron spectrometer TKSN-400 installed at 10MW Pakistan Research Reactor has been upgraded. The upgrading included the development of a multi-counter assembly, a PC based spectrometer control and data acquisition system. The multi-counter assembly consists of an embankment of 8 pairs of /sup 3/He counter and 40' collimator. This system is more auspicious than the original arrangement because each of the collimator/counter pair is virtually identical, permitting automatic addition of the intensities and consequently a single high resolution profile as obtained with single counter machine. With these modifications, it has now become possible to measure the complete diffraction pattern in about 24 hours. Finally, the results obtained from the latest system are compared with the results reported in literature

UR - https://inis.iaea.org/search/search.aspx?orig_q=RN:32040970

M3 - Article

VL - 37

SP - 137

EP - 143

JO - Nucleus

JF - Nucleus

SN - 0029-5698

IS - 3-4

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