Utilization of the specific characteristics of the synchrotron radiation in experiments of the 57mFe Mössbauer level excitation

Artemyev, A. N.; Kabannik, V.A.; Kazakov, Yu N; Kulipanov, G. N.; Meleshko, E.A.; Sklyarevskiy, V.V.; Skrinsky, A.N.; Stepanov, E.P.; Khlestov, V.B.; Chechin, A.I.

doi:10.1016/0029-554x(78)90272-0

Cited by 13 publications

(3 citation statements)

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“…There have been at least two other attempts in this field (Artemyev, Kabannik, Kazakov, Kulipanov, Meleshko, Sklyarevskiy, Skrinsky, Stepanov, Khlestov & Chechin, 1978;Kagan, Afanas'ev & Kohn, 1979). This might suggest the possibility of the feasible future use of nuclear resonance scattering.…”

Section: Introductionmentioning

confidence: 99%

Phase-angle determination by anomalous X-ray scattering with a four-circle SSD diffractometer

Sakamaki¹,

Hosoya²,

Fukamachi³

1980

Acta Cryst Sect A

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By the use of a four-circle diffractometer with a solidstate detector, the integrated Bragg reflexion intensities from hemimorphite [Zn4Si2Ov(OH)2.H20] have been measured by energy-dispersive diffractometry at three energy values, including the region very near the Zn K absorption edge. The anomalous difference Patterson map obtained indicated Zn-Zn peaks. By the use of the anomalous-scattering effect to the maximum extent, the phases of one hundred reflexions have been determined with a mean error of 15.4 °

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Section: Introductionmentioning

confidence: 99%

Phase-angle determination by anomalous X-ray scattering with a four-circle SSD diffractometer

Sakamaki¹,

Hosoya²,

Fukamachi³

1980

Acta Cryst Sect A

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“…The idea to use synchrotron radiation as the source for Mössbauer spectrometry experiments was proposed by Ruby in 1974. [ 159 ] Various attempts to observe nuclear resonant excitation were reported in the late 1970s and early 1980s, [ 160–162 ] and in 1991 the first measurement of nuclear forward scattering of a 57 Fe foil in the time domain was reported. [ 163 ] The field has made rapid advances, particularly with the development of synchrotron sources (with regard to brilliance and beam qualities, among other aspects) of the past couple of decades.…”

Section: Techniques For Probing the Cycloid In Bifeo3mentioning

confidence: 99%

The Experimentalist's Guide to the Cycloid, or Noncollinear Antiferromagnetism in Epitaxial BiFeO₃

et al. 2020

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Bismuth ferrite (BiFeO3) is one of the most widely studied multiferroics. The coexistence of ferroelectricity and antiferromagnetism in this compound has driven an intense search for electric‐field control of the magnetic order. Such efforts require a complete understanding of the various exchange interactions that underpin the magnetic behavior. An important characteristic of BiFeO3 is its noncollinear magnetic order; namely, a long‐period incommensurate spin cycloid. Here, the progress in understanding this fascinating aspect of BiFeO3 is reviewed, with a focus on epitaxial films. The advances made in developing the theory used to capture the complexities of the cycloid are first chronicled, followed by a description of the various experimental techniques employed to probe the magnetic order. To help the reader fully grasp the nuances associated with thin films, a detailed description of the spin cycloid in the bulk is provided. The effects of various perturbations on the cycloid are then described: magnetic and electric fields, doping, epitaxial strain, finite size effects, and temperature. To conclude, an outlook on possible device applications exploiting noncollinear magnetism in BiFeO3 films is presented. It is hoped that this work will act as a comprehensive experimentalist's guide to the spin cycloid in BiFeO3 thin films.

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“…3) Attempts to observe nuclear resonant excitation with SR were reported in 1978, [4][5][6] and Gerdau et al reported the clear observation of the nuclear Bragg scattering of SR by 57 Fe in a single crystal in 1985. 7) In 1991, nuclear resonant forward scattering by 57 Fe in iron foil in the time domain was observed.…”

Section: Introductionmentioning

confidence: 99%

Condensed Matter Physics Using Nuclear Resonant Scattering

Seto

2013

J. Phys. Soc. Jpn.

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Mössbauer spectroscopy is a powerful and well-established method used in a wide variety of scientific applications. An outstanding feature of this method is that element specific information on electronic and phonon states can be obtained. The use of high-brilliance synchrotron radiation as an excitation source for Mössbauer measurements enables measurements to be recorded under extreme conditions such as high pressures, very high or very low temperatures, and strong external magnetic fields. In addition, the tunability of synchrotron radiation energy allows a wide range of nuclides to be used. Moreover, the use of synchrotron radiation enables the measurement of the element-and sitespecific phonon density of states. Another unique property of the method is the narrow energy width of the nuclear excited states, due to which the method is an effective tool for studying the slow dynamics of soft matter and glass transitions. The concepts and methods involved in these measurements are introduced and discussed, and the unique features of the methods are highlighted.

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Utilization of the specific characteristics of the synchrotron radiation in experiments of the 57mFe Mössbauer level excitation

Cited by 13 publications

References 0 publications

Phase-angle determination by anomalous X-ray scattering with a four-circle SSD diffractometer

Phase-angle determination by anomalous X-ray scattering with a four-circle SSD diffractometer

The Experimentalist's Guide to the Cycloid, or Noncollinear Antiferromagnetism in Epitaxial BiFeO₃

Condensed Matter Physics Using Nuclear Resonant Scattering

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Utilization of the specific characteristics of the synchrotron radiation in experiments of the 57mFe Mössbauer level excitation

Cited by 13 publications

References 0 publications

Phase-angle determination by anomalous X-ray scattering with a four-circle SSD diffractometer

Phase-angle determination by anomalous X-ray scattering with a four-circle SSD diffractometer

The Experimentalist's Guide to the Cycloid, or Noncollinear Antiferromagnetism in Epitaxial BiFeO3

Condensed Matter Physics Using Nuclear Resonant Scattering

Contact Info

Product

Resources

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The Experimentalist's Guide to the Cycloid, or Noncollinear Antiferromagnetism in Epitaxial BiFeO₃