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    Mössbauer spectroscopy of R2Fe14B alloys
    Hyperfine Interactions (1986)
    M. RosenbergP. DeppeHans H. Stadelmaier
    Quadrupole splitting
    Citations (16)
    Hyperfine structure of nine levels in two configurations of93Nb
    Zeitschrift für Physik A Atoms and Nuclei (1975)
    S. B�ttgenbachR. H. DickeH. GebauerM. HerschelG. Meisel
    Atomic beam
    Citations (37)
    PrBa2Cu3O7−y investigated by141Pr Mössbauer spectroscopy
    Hyperfine Interactions (1994)
    A.A. MoolenaarP.C.M. GubbensJ.J. Van LoefM.J.V. MenkenA. A. Menovsky
    Valency
    Citations (8)
    Mössbauer effect study of Y(Fe, Co)2
    Physica B+C (1977)
    M.G. LuijpenP.C.M. GubbensA. M. van der KraanK.H.J. Buschow
    Citations (14)
    Pac studies of spin deviations, pressure induced hyperfine field shifts, and temperature variation of supertransferred hyperfine fields
    Hyperfine Interactions (1977)
    H. RinnebergG. P. SchwartzD. A. Shirley
    Citations (4)
    Fine and hyperfine interactions in CrN and MoN
    The Journal of Chemical Physics (1999)
    K. NamikiTimothy C. Steimle
    Pure rotational transitions of 52Cr14N and 98Mo14N radicals in their X 4Σ− state were recorded using a pump/probe microwave-optical double resonance (PPMODR) technique from which the hyperfine parameters of 14N (I=1) were precisely determined. In addition, the (0,0) A 4Π–X 4Σ band system of 53CrN was recorded from which the hyperfine parameters of 53Cr (I=32) were determined. The newly determined hyperfine interactions for 53Cr and 14N in CrN and 14N in MoN and the previously determined hyperfine interactions for other early transition metal mononitrides were analyzed using a simple, single configurational, model. The improved set of fine structure parameters for the CrN and MoN are discussed in terms of possible electronic state distributions.
    Citations (22)
    Calculation of hyperfine fields in binary Y-Fe compounds and in Y2Fe14B
    Journal of Applied Physics (1991)
    R. CoehoornC.J.M. DenissenR. Eppenga
    The Fermi contact contribution to the hyperfine fields on Fe nuclei in Y2Fe17, Y6Fe23, YFe3, YFe2, and Y2Fe14B has been calculated by means of first principles self-consistent band structure calculations. The calculated and experimental hyperfine fields are strongly correlated, but, similar to results reported earlier for elemental Fe, the absolute values of all calculated hyperfine fields are systematically too small. The 4s electron contribution to the hyperfine fields is shown to result in significant deviations from a simple proportionality relation between the hyperfine fields and the local Fe moments.
    Fermi contact interaction
    Citations (36)
    Mössbauer Studies of Dilute 119Sn and 57Fe in SrRuO3 and Sr2FeRuO6
    Springer eBooks (2004)
    I. NowikI. Felner
    Citations (1)
    Hyperfine (A) Anisotropy
    Electron paramagnetic resonance (2006)
    John A. WeilJames R. Bolton
    This chapter contains sections titled: Introduction Origin of the Anisotropic Part of the Hyperfine Interaction Determination and Interpretation of the Hyperfine Matrix Combined g and Hyperfine Anisotropy Multiple Hyperfine Matrices Systems With I > ½ Hyperfine Powder Lineshapes References Notes Further Reading Problems
    Matrix (chemical analysis)
    Citations (2)
    A Mössbauer effect investigation of Fe hyperfine fields in Fe3−xMnxSi alloys
    Solid State Communications (1989)
    J. Thampi Thanka KumaranC. Bansal
    Binary alloy
    Citations (22)