M Booth

Publications (4)0.42 Total impact

• Article: Magnetic dipole moment of127Sb by NMR/ON

  M. Booth, M. Lindroos, I. Oliveira, P. Richards, J. Rikovska, N. J. Stone, B. Fogelberg, M. Veskovic
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  ABSTRACT: The technique of NMR on oriented nuclei has been applied to127Sb to measure the magnetic dipole moment of the127Sb ground state. Resonant destruction of gamma-ray anisotropy from127Sbg (I =7/2+) has been observed at 139.6(2) MHz forB app=0.30(1) T andat 138.7(1) MHz forB app=0.25(1) T. The deduced magnetic moment is ||=2.697(6) N.
  Hyperfine Interactions 02/1993; 78(1):147-151. · 0.21 Impact Factor
• Article: Hyperfine interactions, including Bhf[FrFe], studied in the decay chain of225Ra by alpha and gamma anisotropy measurements

  M. Lindroos, P. Richards, J. Rikovska, N. J. Stone, I. Oliveira, K. Nishimura, M. Booth, the Nicole and Isolde Collaboration
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  ABSTRACT: A low temperature nuclear orientation experiment has been performed on the 14.8d225Ra activity. Gamma anistotropy [221Fr (4.8m) and213Bi (45.6m)] and alpha anisotropy [225Ac (10.0d),221Fr,217At (32.3ms) and209Po (4.2μs)] measurements has been carried out and values for the hyperfine field of225Ac and221Fr in iron and the magnetic moment of213Bi are reported.
  Hyperfine Interactions 10/1992; 75(1):323-330. · 0.21 Impact Factor
• Article: Magnetic dipole moment of $^{127}$Sb by NMR/ON

  M Booth, M Lindroos, I Oliveira, P L Richards, J Ríkovská, N J Stone, B Fogelberg, M Veskovic
• Article: Magnetic dipole moment of^{127} Sb and^{129} Sb by nuclear magnetic resonance on oriented nuclei

  M. Lindroos, M. Booth, D. Doran, Y. Koh, I. Oliveira, J. Rikovska, P. Richards, N. J. Stone, M. Veskovic, D. Zákoucký, B. Fogelberg
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  ABSTRACT: A series of low temperature nuclear orientation (LTNO) experiments has been initiated to measure accurately ground-state magnetic dipole moments of a sequence of odd-proton antimony isotopes up to the neutron shell closure at N=82 using the sensitive technique of nuclear magnetic resonance on oriented nuclei (NMR/ON). The main aim of this investigation is to clarify the single-particle+collective core coupling mechanism in the heavy antimony isotopes and its influence on the value of magnetic dipole moment. This paper reports results of precision measurement of the magnetic dipole moments of 127Sb and 129Sb. © 1996 The American Physical Society.
  Phys. Rev. C. 53(1).