The Internal Hyperfine Magnetic Fields on Arsenic in Cobalt and Nickel Hosts

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概要

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• The hyperfine internal magnetic fields on arsenic nuclei in cobalt and nickel hosts have been measured by the integral reversed field method of perturbed angular correlation technique. The 5^+/2(121.1 keV) 5^-/2(279.6 keV)3^-/2 cascade in ^<75>As was used for the directional correlation and rotation measurements. Using g=0.36±0.04 and τ=(4.67±0.43)×10^<-10> sec for the 279.6 keV level of ^<75>As, the hyperfine fields on arsenic in cobalt and nickel at room temperature have been found to be H^<As>_<Co>=+252±45kOe, H^<As>_<Ni>=+121±20 kOe, respectively. The hyperfine fields in arsenic in iron, cobalt and nickel hosts seem to be predominantly proportional to the effective host moments.

• 社団法人日本物理学会の論文
• 1972-06-05

著者

• HANS H.

  Department of Physics, Panjab University

• Dhar A.

  Department Of Physics Panjab University

• SINGS Bhupender

  Department of Physics, Panjab University

• SINGS Vikram

  Department of Physics, Panjab University

• Sings Vikram

  Department Of Physics Panjab University

• Sings Bhupender

  Department Of Physics Panjab University

関連論文

• Electric Quadrupole Field in 'HfOCl_2・8H_2O' Crystals
• The Internal Hyperfine Magnetic Fields on Arsenic in Cobalt and Nickel Hosts

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