Metal-ion distribution and magnetic structure of Fe-substituted cobaltite spinel: FeCo2O4 (Selected papers related to neutron diffraction studies by the use of KUR-TAS)
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概要
著者
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YAMAMOTO Naoichi
Department of Chemistry, Kyoto University of Education
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ACHIWA Norio
Research Reactor Institute,Kyoto University
関連論文
- Weak ferromagnetism of the layered perovskite (CnH2n+1NH3)2MnCl4 (n = 1, 2 and 3) (Selected papers related to neutron diffraction studies by the use of KUR-TAS)
- The hydrogen bond in boehmite (γ AlOOD): neutron profile refinement of the structure (Selected papers related to neutron diffraction studies by the use of KUR-TAS)
- Metal-ion distribution and magnetic structure of Fe-substituted cobaltite spinel: FeCo2O4 (Selected papers related to neutron diffraction studies by the use of KUR-TAS)
- ESR and Optical Studies on Cl^-_2 in Single Crystals of (C_nH_NH_3)_2CdCl_4 with n=1,2 and 3
- High-Pressure Cell for Neutron Scattering
- Neutron Diffraction Study on Crystal and Magnetic Structures of α-Mn (Cr) and α-Mn (Fe) Alloys
- Determination of Metal Ion Distribution in Cubic Spinel FeCO_2O_4
- New Preparation Method and Metal Ion Distribution in CoMn_2O_4
- Magnetoresistance of Gd (Al_Cu_x)_2
- Crystalline Phases Formed in the Partially Melted States of Bi-Sr-Ca-Cu-O
- Crystallization Behavior and Partially Melted States in Bi-Sr-Ca-Cu-O
- Crystal Phases of BiSrCaCu_2O_x Heat Treated in a Vacuum-Sealed System : Electrical Properties Condensed Matter
- Single Crystal Growth of x-MnO_2
- The Magnetic Properties of α-Fe_2O_2 Fine Particles
- Mossbauer Study of α-, β- and γ-FeOOH
- Single Crystal Growth of CuO by Chemical Transport Method
- Growth of Mn_3O_4 Single Crystals by Chemical Transport Method
- 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
- A New Preparation Method of Mn_5O_8