Nuclearg-factors of the 328 keV state in194Pt, the 240 keV state in195Pt, and the 356 keV state in196Pt determined by recoil-implantation into iron and cobalt hosts

This publication has 19 references indexed in Scilit:

• Approach to Magnetic Saturation of Impurities in Iron: Effects on Nuclear Alignment, Perturbed Angular Correlation, Mössbauer, andγ-Ray Thermometry Measurements
  Physical Review Letters, 1973
• Theg-factor of the first 2+ state in192Pt by measurement of recoil into vacuum
  The European Physical Journal A, 1972
• Magnetic moment measurements of the 211.2 keV() and 239.8 keV() states of 195Pt
  Nuclear Physics A, 1969
• Approach to Magnetic Saturation and the Magnetic Moments of Nuclei
  Physical Review Letters, 1969
• Magnetic Dipole Moments of Excited Nuclear States
  Annual Review of Nuclear Science, 1968
• The nuclear g factor of the 356-keV level in ¹⁹⁶Pt and the internal field on mercury in iron
  Canadian Journal of Physics, 1968
• Magnetic Moments of the First Excited2+States in the Even Pt Isotopes
  Physical Review B, 1967
• Critique of the Method of Measurement of Magnetic Moments of Nuclei Embedded in Ferromagnetic Foils
  Physical Review Letters, 1967
• Hyperfine Interaction and Isomeric Shift inPt195
  Physical Review B, 1967
• Measurements of the g-factors of 2+ states in even nuclei utilizing hyperfine fields in iron lattice (I). The 316 keV state in 192Pt and 328 and 622 keV states in 194Pt
  Nuclear Physics, 1966