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Co(II) Optical Absorption in Spinels: Infrared and Ligand-Field Spectroscopic Study of the Ionicity of the bond. Magnetic Structure and Co2+→Fe3+MMCT in Ferrites. Correlation with the Magneto-Optical Properties

机译：CO（ii）尖晶石的光学吸收：红外和配体场光谱研究对键的离子性。铁氧体中的磁结构和CO2 +→Fe3 + MMCT。与磁光特性的相关性

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F. Hochu; M. Lenglet;
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年度 1998
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1. Co(II) Optical Absorption in Spinels: Infrared and Ligand-FieldSpectroscopic Study of the Ionicity of the bond. MagneticStructure and Co2+→Fe3+MMCT inFerrites. Correlation with the Magneto-Optical Properties [J] . F.Hochu, M.Lenglet Active and passive electronic components . 1998,第3期

机译：尖晶石中Co（II）的光吸收：键的离子性的红外和配体光谱研究。磁性结构和Co2 +→Fe3 + MMCT铁素体。与磁光特性的相关性
2. Comparative Studies of Magneto-Optical and Photocatalytic Properties of Magnetically Recyclable Spinel ZnFe2O4 Nanostructures by Combustion Methods [J] . R. C. Sripriya, B. Vigneaswari, Victor Antony Raj International journal of nanoscience . 2019,第2期

机译：燃烧方法对磁性可回收尖晶石ZnFe2O4纳米结构磁光和光催化性能的比较研究
3. Comparative Study of Structural, Morphological, Magneto-Optical and Photo-Catalytic Properties of Magnetically Reusable Spinel MnFe2O4 Nano-Catalysts [J] . Silambarasu A., Manikandan A., Balakrishnan K., Journal of nanoscience and nanotechnology . 2018,第5期

机译：磁力可重复使用尖晶石MnFe2O4纳米催化剂结构，形态，磁光和光催化性能的比较研究
4. Isocrystalline core/shell synthesis of high quality II-VI diluted magnetic semiconductor quantum dots: ligand-field spectroscopic studies [C] . Pavle V. Radovanovic, Daniel R. Gamelin International Society for Optical Engineering Annual Meeting . 2002

机译：高质量II-VI稀释磁半导体量子点的异晶芯/壳合成：配体场光谱研究
5. IRON-57 MOESSBAUER STUDIES OF STRUCTURE AND MAGNETIC PROPERTY RELATIONSHIPS IN SPINEL AND HEXAGONAL FERRITES. [D] . VOGEL, ROBERT HAROLD. 1980

机译：铁-57 Moessbauer研究尖顶和六角形铁素体的结构和磁性能关系。
6. Effect of Electronic Correlations on the Electronic Structure Magnetic and Optical Properties of the Ternary RCuGe Compounds with R = Tb Dy Ho Er [O] . Alexey V. Lukoyanov, Lubov N. Gramateeva, Yury V. Knyazev, 2020

机译：电子关系对三元rcuge化合物的电子结构磁性和光学性质r = tbdyhoer
7. Optical spectroscopic study of tetrahedrally coordinated Co2+ in natural spinel and staurolite at different temperatures and pressures [O] . M. N. Taran, M. Koch-Muller, A. Feenstra 2009

机译：不同温度和压力下天然尖晶石和石龙岩四面体协调CO2 +的光学光谱研究

Co(II) Optical Absorption in Spinels: Infrared and Ligand-Field Spectroscopic Study of the Ionicity of the bond. Magnetic Structure and Co2+→Fe3+MMCT in Ferrites. Correlation with the Magneto-Optical Properties

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