ISOTOPIC RATIO MEASUREMENT AT ABUNDANCE SENSITIVITIES GREATER THAN 1: 10**1**5: A COMPARISON BETWEEN MASS SPECTROMETRY AT keV AND MeV ENERGIES.

K. H. Purser; Peter Williams; A. E. Litherland; J. D. Stein; H. A. Storms; H. E. Gove; C. M. Stevens

ISOTOPIC RATIO MEASUREMENT AT ABUNDANCE SENSITIVITIES GREATER THAN 1: 1015: A COMPARISON BETWEEN MASS SPECTROMETRY AT keV AND MeV ENERGIES.

K. H. Purser, Peter Williams, A. E. Litherland, J. D. Stein, H. A. Storms, H. E. Gove, C. M. Stevens

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

The mass abundance sensitivities of the best conventional mass spectrometers are about 10** minus **1**0 in the uranium region and 10** minus **1**1 for low masses. This is about five orders of magnitude below several measurements that have been made using the new accelerator-centered mass spectrometry technique. The reasons for this dramatic increase in sensitivity are discussed. As an example, a tandem accelerator-centered double mass spectrometer is analyzed. It is pointed out that with suitable ion sources the accelerator-centered technique has the potential of unambiguously detecting a single atom of specific mass and atomic number for many elements.

Original language	English (US)
Title of host publication	Nuclear Instruments & Methods in Physics Research
Pages	487-498
Number of pages	12
Volume	186
Edition	1-2
State	Published - Jul 1 1980
Externally published	Yes
Event	Electroman Isot Sep and Tech Relat to their Appl, Proc of the Int Conf, 10th, Zinal - Duration: Sep 1 1980 → Sep 6 1980

Other

Other	Electroman Isot Sep and Tech Relat to their Appl, Proc of the Int Conf, 10th, Zinal
Period	9/1/80 → 9/6/80

ASJC Scopus subject areas

Engineering(all)

Cite this

Purser, KH, Williams, P, Litherland, AE, Stein, JD, Storms, HA, Gove, HE & Stevens, CM 1980, ISOTOPIC RATIO MEASUREMENT AT ABUNDANCE SENSITIVITIES GREATER THAN 1: 10**1**5: A COMPARISON BETWEEN MASS SPECTROMETRY AT keV AND MeV ENERGIES. in Nuclear Instruments & Methods in Physics Research. 1-2 edn, vol. 186, pp. 487-498, Electroman Isot Sep and Tech Relat to their Appl, Proc of the Int Conf, 10th, Zinal, 9/1/80.

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abstract = "The mass abundance sensitivities of the best conventional mass spectrometers are about 10** minus **1**0 in the uranium region and 10** minus **1**1 for low masses. This is about five orders of magnitude below several measurements that have been made using the new accelerator-centered mass spectrometry technique. The reasons for this dramatic increase in sensitivity are discussed. As an example, a tandem accelerator-centered double mass spectrometer is analyzed. It is pointed out that with suitable ion sources the accelerator-centered technique has the potential of unambiguously detecting a single atom of specific mass and atomic number for many elements.",

author = "Purser, {K. H.} and Peter Williams and Litherland, {A. E.} and Stein, {J. D.} and Storms, {H. A.} and Gove, {H. E.} and Stevens, {C. M.}",

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T2 - Electroman Isot Sep and Tech Relat to their Appl, Proc of the Int Conf, 10th, Zinal

AU - Purser, K. H.

AU - Williams, Peter

AU - Litherland, A. E.

AU - Stein, J. D.

AU - Storms, H. A.

AU - Gove, H. E.

AU - Stevens, C. M.

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AB - The mass abundance sensitivities of the best conventional mass spectrometers are about 10** minus **1**0 in the uranium region and 10** minus **1**1 for low masses. This is about five orders of magnitude below several measurements that have been made using the new accelerator-centered mass spectrometry technique. The reasons for this dramatic increase in sensitivity are discussed. As an example, a tandem accelerator-centered double mass spectrometer is analyzed. It is pointed out that with suitable ion sources the accelerator-centered technique has the potential of unambiguously detecting a single atom of specific mass and atomic number for many elements.

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ISOTOPIC RATIO MEASUREMENT AT ABUNDANCE SENSITIVITIES GREATER THAN 1: 1015: A COMPARISON BETWEEN MASS SPECTROMETRY AT keV AND MeV ENERGIES.

Abstract

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ASJC Scopus subject areas

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