Progress in NUCLEAR SCIENCE and TECHNOLOGY, Vol. 1, pARTICLE Dielectric thermometer by using the quantum paraelectricity for microcalorimeter Yasuhiro IKEDA1∗ , Yoshiki NAGAFUCHI1 , Keisuke MAEHATA1 ,

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5 Materials Science 5-1 Ferroelectricity in (Tb,Dy)MnO3 D e r i ve d f r o m S p i ra l S p i n Ordering Strong coupling between ferroelectricity and magnetic order has attracted much interest since Kimura et al. reporte

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• Science
• Materials science
• Environmental chemistry
• Electrical phenomena
• Crystallography
• Quantum paraelectricity
• Paraelectricity
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• Superlattice
• Physics
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• Scientific method

Enhanced ferroelectric and magnetic properties of perovskite structured Bi1amp#x02212;xamp#x02212;yGdxLayFe1amp#x02212;yTiyO3 magnetoelectric ceramics

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• Materials science
• Magnetic ordering
• Quantum phases
• Phase transitions
• Multiferroics
• Ferroelectricity
• Paraelectricity
• Bismuth ferrite
• Ferromagnetism
• Physics
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New Journal of Physics The open–access journal for physics Evidence for large electric polarization from collinear magnetism in TmMnO3 V Yu Pomjakushin1 , M Kenzelmann1,2 , A Dönni3 , A B Harris4 ,

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• Materials science
• Magnetism
• Physical quantities
• Quantum phases
• Multiferroics
• Ferroelectricity
• Paraelectricity
• Dielectric
• Magnetic field
• Physics
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• Condensed matter physics