Nuclear moments in the doubly odd 132I isotope

H. Ooms; J. Claes; F. Namavar; H. Van De Voorde; M. Rots

doi:10.1016/0375-9474(79)90691-2

Nuclear moments in the doubly odd ¹³²I isotope

H. Ooms, J. Claes, F. Namavar, H. Van De Voorde, M. Rots

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Abstract

The nuclear moments of the 50 keV, I = 3⁺ and 278 keV, I = 1⁺ states in ¹³²I are measured by perturbed angular correlation techniques, using the quadrupole interaction of iodine in a tellurium matrix and a combined magnetic and electric interaction of iodine in nickel. The results are |Q(3⁺)| = 0.23±0.07 b and Q(1⁺) = -0.170±0.006 b and μ(1⁺) = +1.88±0.11 μ_N, confirming a [(πg_{7 2})(νd_{3 2})^-1] and a [(πd_{5 2})(νd_{3 2})^-1] configuration for the states concerned.

Original language	English (US)
Pages (from-to)	180-188
Number of pages	9
Journal	Nuclear Physics, Section A
Volume	321
Issue number	1
DOIs	https://doi.org/10.1016/0375-9474(79)90691-2
State	Published - May 28 1979

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Nuclear and High Energy Physics

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title = "Nuclear moments in the doubly odd 132I isotope",

abstract = "The nuclear moments of the 50 keV, I = 3+ and 278 keV, I = 1+ states in 132I are measured by perturbed angular correlation techniques, using the quadrupole interaction of iodine in a tellurium matrix and a combined magnetic and electric interaction of iodine in nickel. The results are |Q(3+)| = 0.23±0.07 b and Q(1+) = -0.170±0.006 b and μ(1+) = +1.88±0.11 μN, confirming a [(πg 7 2)(νd 3 2)-1] and a [(πd 5 2)(νd 3 2)-1] configuration for the states concerned.",

author = "H. Ooms and J. Claes and F. Namavar and {Van De Voorde}, H. and M. Rots",

year = "1979",

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doi = "10.1016/0375-9474(79)90691-2",

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T1 - Nuclear moments in the doubly odd 132I isotope

AU - Ooms, H.

AU - Claes, J.

AU - Namavar, F.

AU - Van De Voorde, H.

AU - Rots, M.

PY - 1979/5/28

Y1 - 1979/5/28

N2 - The nuclear moments of the 50 keV, I = 3+ and 278 keV, I = 1+ states in 132I are measured by perturbed angular correlation techniques, using the quadrupole interaction of iodine in a tellurium matrix and a combined magnetic and electric interaction of iodine in nickel. The results are |Q(3+)| = 0.23±0.07 b and Q(1+) = -0.170±0.006 b and μ(1+) = +1.88±0.11 μN, confirming a [(πg 7 2)(νd 3 2)-1] and a [(πd 5 2)(νd 3 2)-1] configuration for the states concerned.

AB - The nuclear moments of the 50 keV, I = 3+ and 278 keV, I = 1+ states in 132I are measured by perturbed angular correlation techniques, using the quadrupole interaction of iodine in a tellurium matrix and a combined magnetic and electric interaction of iodine in nickel. The results are |Q(3+)| = 0.23±0.07 b and Q(1+) = -0.170±0.006 b and μ(1+) = +1.88±0.11 μN, confirming a [(πg 7 2)(νd 3 2)-1] and a [(πd 5 2)(νd 3 2)-1] configuration for the states concerned.

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DO - 10.1016/0375-9474(79)90691-2

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SP - 180

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JO - Nuclear Physics A

JF - Nuclear Physics A

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Nuclear moments in the doubly odd ¹³²I isotope

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