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Dunlap-Lander relation

Fig. 14. Plot of hyperfine fields (as measured by Np Mossbauer spectroscopy) versus the moment on Np (as measured by neutron diffraction) for various magnetically ordered neptunium intermetallics. A general, linear relation emerges independent of details of magnetic or crystallographic structure (Dunlap- Lander relation). [Taken from Dunlap and Lander (1974).]... Fig. 14. Plot of hyperfine fields (as measured by Np Mossbauer spectroscopy) versus the moment on Np (as measured by neutron diffraction) for various magnetically ordered neptunium intermetallics. A general, linear relation emerges independent of details of magnetic or crystallographic structure (Dunlap- Lander relation). [Taken from Dunlap and Lander (1974).]...
Fig. 43. Uranium hyperfine fields against uranium ordered moment. U and U represent the fiee-ion fields. The line corresponds to the Dunlap- Lander relation (see fig. 14 for the case of Np). [Taken from Dunlap and Kalvius (1985).]... Fig. 43. Uranium hyperfine fields against uranium ordered moment. U and U represent the fiee-ion fields. The line corresponds to the Dunlap- Lander relation (see fig. 14 for the case of Np). [Taken from Dunlap and Kalvius (1985).]...
As shown by Dunlap and Lander (1974) a simple linear relation... [Pg.562]

See other pages where Dunlap-Lander relation is mentioned: [Pg.577]    [Pg.599]    [Pg.625]    [Pg.577]    [Pg.599]    [Pg.625]    [Pg.480]   
See also in sourсe #XX -- [ Pg.562 , Pg.564 , Pg.577 , Pg.599 , Pg.607 , Pg.625 ]



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Dunlap

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