On the methodology of Mössbauer spectroscopy with67Zn

Ruskov, T.; Spirov, I.; Tomov, T.; Nikolov, O.; Asenov, S.; Dimitrov, L.; Kirov, A. G.; Hadji, V. E.

doi:10.1007/bf02399540

Cited by 4 publications

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“…The incompatibility between line intensity and field splitting may theoretically be relieved by allowing the Fe spins to move out of the a c plane during the SR; any movement of the spins away from the a axis would reduce the field splitting but such a movement towards the b axis would also maintain 2,5 line intensity. Improved fits were made in this way, the Fe spins moving approximately 40' out of the a c plane in the course of the a + c SR. (Non-planar SR is not unknown; it has been reported, for example, by Nikolov el a1 [8] for HoFeO,.) test this possibility we used an ac-plane absorber.…”

Section: Resultsmentioning

confidence: 91%

Mossbauer spectra from (NH₄)₂FeCl₅.H₂O in applied magnetic fields

Brown¹,

Hall²

1992

J. Phys.: Condens. Matter

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M k b a u e r absorplion spectra have been recorded for singlecrystal samples of the antiferromagnetic mmpound (NHs)2FeCIr.Hz0 in applied magnetic fields up to 10 ?: A reorientation of the Fe ion spins h m the rrystal (1 axis U) Ihe c axis was obsewed. ?his transition was found U) be a continuous and planar mtation at fields around 2 ?: Detailed fitting of the spectra in he spin-reorientation region indicated some inequality between the magnelic hyperfme fields associated with oppositely directed ionic spins.

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Section: Resultsmentioning

confidence: 91%