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Keyword [Multiferroics]
Result: 41 - 60 | Page: 3 of 4
41.
Preparation And Properties Of BiFeO
3
-based Multiferroic Materials
42.
Research On Single Phase Multiferroic Hexagonal Manganites By Electron Microscopy
43.
Electronic And Magnetic Properties In Titanium Oxide Based Hetero And Amorhpous Structures:A First Principle Study
44.
Preparation And Multiferroics Properties Research Of BiFeO
3
Nanoceramics
45.
First-principles Studies Of Polarization And Topological Properties In Two-dimensional Systems
46.
Hydrothermal Synthesis And Multiferroic Properties Of Bismuth Layered Perovskite Oxide Single-crystalline Nanoplates
47.
First-Principles Design Of Superconductive And Multiferroic Two-Dimensional Materials
48.
Dynamics-based Atomic Force Microscopy For Electro-magneto-mechanical Couplings Of Multiferroics At The Nanoscale
49.
Research On Hexagonal Manganites And Ferrites Single Phase Multiferroics By Electron Microscopy
50.
Theoretical Studies Of Some Two-Dimensional Materials
51.
Study On The Preparation And Properties Of Ternary Solid Solution Multiferroics Materials
52.
The Magnetoelectric Properties Of Epitaxial Multiferroic Films Grown By Hydrothermal Method
53.
Excitation And Probing Of Spin Dynamics In SmDyFeO
3
And LuFe
2
O
4
Single Crystals With Terahertz Time-Domain Spectroscopy
54.
Characterization Of Ferroelectric Domain States In Multiferroics By Optical Second Harmonic Generation
55.
The Study On Physical Properties Of Transition Metal Fluorides
56.
Study On The Magnetic And Dielectric Properties Of Ion-doped CuFeO
2
Multiferroics Materials
57.
Neutron scattering studies of multiferroics
58.
Magnetic phase diagrams of hexagonal rare earth manganites, R-manganese oxide (R = holmium, erbium, thullium, ytterbium) and other multiferroics: Gadolinium triiron tetraborate, nickel orthovanadate, and holmium manganese pentoxide
59.
Magnetoelectric and multiferroic properties in layered 3D transition metal oxides
60.
Synthesis, Characterization and Surface/Interface Engineering of Confined Functional Materials: Multiferroics and Layered Semiconductors
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