Magnetic Hyperfine Field at ^<119>Sn in Fe_3O_4 and γ-Fe_2O_3
スポンサーリンク
概要
- 論文の詳細を見る
Magnetic hyperfine fields at "'Sll iua ferriunagnetic Fe30,( and y-Fe.0. weremeasured by means of M6ssbauer spectroscopy. The mea?t values at 4.2 K inFe30. auad 7-Fez03 were -241 k0e and - 115 k0e respectively. The difference isexplained by assuming that the traxtsferred hyperfimte contributions from A-siteFe", B-site Fe" and B-site Fe" are -I]7k0e/atom, 1]3k0e/atomn and40 kOe/atom, respectively.
- 社団法人日本物理学会の論文
- 1980-02-15
著者
-
SHINJO Teruya
Institute for Chemical Research,Kyoto University
-
TAKADA Toshio
Institute for Chemical Research,Kyoto University
-
KIYAMA Masao
Institute for Chemical Research, Kyoto University
-
Takada Toshio
Institute For Chemical Research Kyoto University
-
Torii Hideo
Institute For Chemical Research Kyoto University
-
Kiyama Masao
Institute For Chemical Research Kyoto University
-
Shigematsu Toshihiko
Institute for Chemical Research, Kyoto University
-
Shigematsu Toshihiko
Institute For Chemical Research Kyoto University:(present Address)konan University
-
Shinjo Teruya
Institute For Chemical Research Kyoto Universiry
関連論文
- Preparation and Mossbauer Study of Epitaxial Cr/Sn Multilayers
- The Surface Magnetism of Thick Fe Films Coated by MgO, MgF_2 and Sb
- A Low-Temperature ^Sn Mossbauer Study of ErPd_2Sn
- Transport Properties of Cu/Permalloy Artificial Layers : Condensed Matter: Electronic Properties, etc.
- Neutron Diffraction Studies on a Non-Coupled Giant Magnetoresistance System, Co/Cu/NiFe/Cu Multilayer
- Spin Reorientation in Fe/Nd Multilayered Films from Neutron Diffraction Experiments
- Polarized Neutron Diffraction Studies of Fe/Cr Multilayered Films with Giant Magnetoresistance Effect
- Neutron Diffraction Studies on Magnetic Properties of Fe/Dy Artificial Superstructured Films
- Reply to the Comment by Jaggi and Schwartz
- Structure Modulation of Fe-V Artificial Superstructure Films
- Magnetic Properties of Fe-V Multilayered Films with Artificial Superstructures
- Interface Magnetism of Fe-Sb Multilayered Films with Artificial Superstructure from ^Fe and ^Sb Mossbauer Spectroscopy,Neutron Diffraction and FMR Experiments
- Mossbauer Effect Study of V_2O_3
- Mossbauer Effect Study of Fe^ Doped in the V_nO_ System
- Electron Diffraction Study on the "Shear Structure" of V_nO_
- Electrical Properties of the V_5O_9 Single Crystals
- Electrical Properties of the V_3O_5 Single Crystals
- Magnetoresistance of Multilayers Prepared on Microstructured Substrates
- Successive Magnetic Ordering in CuFeO_2 : A New Type of Partially Disordered Phase in a Triangular Lattice Antiferromagnet
- New Preparation Method and Metal Ion Distribution in CoMn_2O_4
- Local Magnetic Moment in Al-Mn Based Quasicrystals
- Interface Magnetism in Fe/Mn Artificial Metallic Superlattice Investigated by ^Mn NMR
- Microscopic Magnetic Properties of Fe-V Metallic Superlattice Investigated from ^V NMR
- ^Co NMR Observation for Compound Formation at Interface of Co-Sb Multilayered Film
- Observation of ^V NMR in Multilayered Fe-V Film with Artificial Superstructure
- Magnetic Polarization of Au Layers in Co/Au Multilayers Observed by ^Sn Mossbauer Effect
- Mossbauer Study of Fe/Nd Artificial Superstructure Films
- Thermoelectric Power of Co/Cu Multilayer
- Hall Effect and Thermoelectric Power in Multilayers Prepared on Microstructured Substrate
- Kondo-Like Scattering Correlated with the Giant Magnetoresistance in Au/Fe Superlattices
- Giant Magnetic Field Effect on Thermal Conductivity of Magnetic Multilayers, Cu/Co/Cu/Ni(Fe)
- Mossbauer Study of Co/Cu Multilayers Using ^Sn Probes
- Mossbauer Study of Supertransferred Hyperfine Field of ^Sn (Sn^) in Ca_Sr_xMnO_3
- Mossbauer Study of the Trinuclear cluster in [Fe^_3MO(O_2CR)_6L_3]X (M=Mn^, Fe^, and Ni^) : II. LOW TEMPERATURE PROPERTIES OF SOLIDS : Magnetism : Cluster, Low Dimension
- Neutron Diffraction of Manganese Ferrite Prepared from Aqueous Solution
- Magnetic Field Effects on Thermopower of Fe/Cr and Cu/Co/Cu/Ni (Fe) Multilayers
- Recoil-Free Fraction of ^197Au Mossbauer Resonance in Au (1 nm)/Ni (1 nm) Multilayer
- Single Crystal Growth of x-MnO_2
- Dielectric Properties of the Mixtures of α-Fe_2O_3, TiO_2 and Fe_2TiO_5
- Mossbauer Study of Ni-Fe Hydrides
- Coherent Interface Structures Observed in Co/Au(001) Epitaxial Superlattices
- X-Ray Diffraction Measurements of Lattice Strains in Co/Pd(001) Superlattice Filrms
- Ferromagnetic Resonance of Mn/Sb Multilayered Films with Artificial Superstructure
- Monolayer of Ferromagnetic MnSb
- The Magnetic Properties of α-Fe_2O_2 Fine Particles
- Mossbauer Study of α-, β- and γ-FeOOH
- A Structural Study of Co-Sb Multilayered Film by X-Ray Diffraction
- Surface State of Ferromagnetic Cobalt Metal by Mossbauer Spectroscopy
- Single Crystal Growth of CuO by Chemical Transport Method
- Growth of Mn_3O_4 Single Crystals by Chemical Transport Method
- Growth and Magnetic Properties of V_8O_ Single Crystals
- Properties of Ti_4O_7 Single Crystals
- Growth of V_5O_9 Single Crystals
- Growth of V_3O_5 and V_6O_ Single Crystals
- Growth of V_4O_7 and V_7O_ Single Crystals
- Growth of VO_2 Single Crystals by Chemical Transport Reaction
- Growth of Co_3O_4 Single Crystals and Its Reaction Mechanism
- Mossbauer Effect Study of α-FeOOH and β-FeOOH; Making Use of Oriented Particles
- Epitaxial Growth of Nickel Ferrite on (111) and (110) Surface of MgO
- Mossbauer Effect of Fe^ in Fe(OH)_2
- NMR Determination of Metal Ion Distribution in Manganese Ferrite Prepared from Aqueous Solution
- Cation Distribution in Chemically Precipitated ZnFe_2O_4
- Magnetic Properties of Fe-Mg Artificial Superstructure Films
- Mossbauer Studies of Very Thin Oxide Layer on Fe Surface
- Very Thin Oxide Layer on Fe Surface by Mossbauer Spectroscopy
- Magnetism of Fe Interface in Contact with Pd by Mossbauer Spectroscopy
- Reaction at Fe-Sn Interface Studied by Mossbauer Spectroscopy
- Magnetic Hyperfine Field at ^Sn in Fe_3O_4 and γ-Fe_2O_3
- A New Preparation Method of Mn_5O_8
- A Mossbauer Study of Magnetic Hyperfine Fields in Fe^-Antiferromagnetic Oxides
- On the Spin Arrangement in "Kagome" Lattice of Antiferromagnetic KFe_3(OH)_6(SO_4)_2
- Mossbauer Study of Fe_2TiO_5 and FeTi_2O_5
- Mossbauer Effect Study of KFeO_2
- Magnetic Properties of α-NaFeO_2
- Fe^ Mossbauer Effect and Magnetic Susceptibility of Hexavalent Iron Compounds; K_2FeO_4, SrFeO_4 and BaFeO_4
- Magnetic Properties of Jarosites, RFe_3(OH)_6(SO_4)_2(R=NH_4, Na or K)
- Z_2 Vortex-Induced Broadening of the EPR Linewidth in the Two-Dimensional Triangular Lattice Antiferromagnets,HCrO_2 and LiCrO_2
- Mossbauer Spectrum for Fe^ and Co^ in Cr Metal at Very Low Temperature
- Structural Aspects of Fe-Mg Artificial Superstruture Films Studied by X-Ray Diffraction
- Temperature Shift of the Fe^ Mossbauer Line in the Quenched Al-0.01% Fe Alloy
- A Simple He^3-Dilution Refrigerator for Mossbauer Spectroscopy
- Giant Magnetoresistance of Fe/Cr Mullilayers on MgO(100) and Glass Substrates
- Magnetic Properties of Fe/Co Multilayered Films
- Magnetic Properties of FeAsO_4・2H_2O and KFe_4(OH)_4(AsO_4)_3・8H_2O
- Reactive Condensation and Magnetic Properties of Iron Oxide Films
- Magnetoresistance Study of Noncoupled-Type Multilayers Prepared on V-groove Substrates
- Surface Magnetic Properties of γ-Fe_2O_3 by ^Fe Mossbauer Emission Spectroscopy
- Magnetism of Fe/Dy Multilayers Studied from Mossbauer Spectroscopy
- Surface Magnetism of α-FeO(OH) and β-FeO(OH) by Mossbauer Spectroscopy
- Magnetization Process of Granular Fe-Ag GMR System Studied by Mossbauer Spectroscopy
- The Effect of Particle Size of γ-Fe_2O_3 on the Transformation from γ-Form to α-Form
- Monatomic Fe Layer Sandwiched in Sb Layers
- Preparation and Magnetic Properties of V Monolayers in V/Ag Multilayered Films
- Interface Magnetic Properties for X/Co/Y Sandwich Films (X, Y=Pd, Au, Cu)
- Nuclear Magnetic Resonance of Cr^ in Ferromagnetic CrO_2
- The Magnetic Property of Ni(OH)_2
- The Magnetic Property of β-Co(OH)_2
- The formation of needle-like particles of xCoFe2O4(1-x)Fe3O4 with x.LEQ.0.2.
- Iron Compounds Formed by the Aerial Oxidation of Ferrous Salt Solutions
- Formation of anatase precipitates containing Fe(III) by the air oxidation at 95.DEG.C of strongly acidic solutions.