Keywords: فلوئورسنت; Electrocaloric effect; Phase transition; Ferroelectrics; 77.70.+a; 64.70.K-; 65.40.-b;
مقالات ISI فلوئورسنت (ترجمه نشده)
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Keywords: فلوئورسنت; Microactuators; Piezoelectric actuators; Ferroelectrics; Micro-robotics;
Keywords: فلوئورسنت; Nanopore; Domain structure; Switching properties; Ferroelectrics; Phase field model;
Keywords: فلوئورسنت; Photoluminescence modulation; Phtochromism; Ferroelectrics; Light irradiation; Electric-filed stimulation;
Keywords: فلوئورسنت; Ferroelectrics; Composite materials; Dielectric response; Tunability; Finite element method;
Keywords: فلوئورسنت; Ferroelectrics; Vortex; Mechanical switching; Defect engineering;
Keywords: فلوئورسنت; Piezoceramics; Ferroelectrics; Lead-free; Application; Actuators; Sensors;
Keywords: فلوئورسنت; Ferromagnetism; Ferroelectrics; Multiferroics; Thin film; Sputtering;
Keywords: فلوئورسنت; Molecular dynamics; Ferroelectrics; Solid-solid phase transition; Long range forces;
Keywords: فلوئورسنت; Grain boundary plane; Ferroelectrics; Piezoelectricity; Coincidence site lattice theory; Domain wall continuity;
Keywords: فلوئورسنت; High-throughput experimentation; (KxNa1-x)NbO3 ceramics; Ferroelectrics; Piezoelectrics;
Keywords: فلوئورسنت; Ferroelectrics; Monte Carlo; Simulation;
Keywords: فلوئورسنت; X-ray diffraction; Ferroelectrics; Electric field-induced phase transitions; PZT; Piezoactuator;
Keywords: فلوئورسنت; Electronic materials; Atomic force microscopy; Ferroelectrics; Relaxor; Piezoresponse force microscopy;
Keywords: فلوئورسنت; Ferroelectrics; Piezoelectric materials; Field-induced strain
Keywords: فلوئورسنت; A. Nano-structures; A. Glasses; B. Electrical properties; B. Physical properties; Ferroelectrics;
Keywords: فلوئورسنت; Crystal growth; Ferroelectrics; Optical properties; Polarizability
Keywords: فلوئورسنت; Multiferroics; DC magnetron sputtering; Thin films; Ferroelectrics;
Keywords: فلوئورسنت; Piezoresponse force microscopy (PFM); Ferroelectrics; Hysteresis; Piezoelectrics
Keywords: فلوئورسنت; Ferroelectrics; Ising model; Metropolis method; Monte Carlo simulation
Keywords: فلوئورسنت; Memories; Data retention; Resistive switching; Organic electronics; Ferroelectrics
Keywords: فلوئورسنت; Ferroelectrics; Transverse Ising model; Quantum Monte Carlo simulation; Hysteresis loop
Keywords: فلوئورسنت; Ferroelectrics; Piezoelectrics; Domain walls; Domain switching; Crack growth; Damage evolution; Condensed model; Effective properties;
Keywords: فلوئورسنت; Ferroelectrics; Catalysis; Photocatalysis; Switchable surface chemistry; Surface reconstructions; Novel scaling relations;
Keywords: فلوئورسنت; Ferroelectrics; Switching; 1-3 composites; Coupled problems;
Keywords: فلوئورسنت; BiFeO3; Optical materials; Spin coating method; Ferroelectrics; Solar energy material
Keywords: فلوئورسنت; Ferroelectrics; Monolithic integration; MBE; ALD; Density functional theory;
Keywords: فلوئورسنت; Ferroelectrics; Dielectric permittivity; Composite; Phase transition; Spontaneous polarization
Keywords: فلوئورسنت; Ferroelectrics; Capacitance; Hysteresis; Interfaces;
Keywords: فلوئورسنت; Ferroelectrics; Domain structure; Vortex switching; Electrostatic field; Dislocation;
Keywords: فلوئورسنت; Nanostructured materials; Ferroelectrics; Chemical synthesis; Magnetization; Dielectric response;
Keywords: فلوئورسنت; Nanofiber; Ferroelectrics; Piezoelectricity;
Keywords: فلوئورسنت; Pyroelectric energy converters; Dielectric energy converters; Figures of merit for converters; Ferroelectrics; Antiferroelectrics; Relaxors;
Keywords: فلوئورسنت; Energy dissipation; Energy loss; Quality factor; Ferroelectrics; Piezoelectric; Dielectric;
Keywords: فلوئورسنت; Ferroelectrics; Sintering; Dielectric response; Scanning electron microscopy (SEM);
Keywords: فلوئورسنت; Multiferroics; Ferroelectrics; DFT; Manganites; Polarization; Antiferromagnetic.;
Keywords: فلوئورسنت; A; agate; YZO; yttria partially stabilized zirconia; Ceramics; Ferroelectrics; Oxide materials; Mechanochemical processing; Sintering; Magnetic measurements;
Keywords: فلوئورسنت; Ferroelectrics; Phase transition; Stress effect; Phenomenology; Polarization
Keywords: فلوئورسنت; Ferroelectrics; Lead-free ceramics; Microstructure; Sintering; Piezoelectrics
Keywords: فلوئورسنت; Ferroelectrics; Nanomaterials; Light interaction; Spectroscopy; Photovoltaics;
Keywords: فلوئورسنت; Phase field; Ferroelectrics; Ginzburg-Landau equation; Invariant formulation;
Keywords: فلوئورسنت; Ferroelectrics; PVDF; Extrusion; Phase transformation; Recycling; Reuse;
Keywords: فلوئورسنت; Ceramics; Ferroelectrics; Solid state reaction; Microstructure; Dielectric response; Luminescence;
Keywords: فلوئورسنت; (K,Ba)(Ni,Nb)O3−δ; Ferroelectrics; Thin films; Pulsed laser deposition; Optical properties
Keywords: فلوئورسنت; BiFeO3; Ferroelectrics; Optical and magnetic properties; Sol-gel preparation; Thin films
Keywords: فلوئورسنت; Upconversion luminescence; Ferroelectrics; Epitaxial thin films; Lanthanides; Pulsed laser deposition
Keywords: فلوئورسنت; Liquid crystals; Self-organization; Free-standing films; Two-dimensional systems; Ferroelectrics;
Keywords: فلوئورسنت; Ferroelectrics; Rate and external stress dependency; Mixture theory; Finite element method; Electromechanical coupled problems; Parameter identification;
Weak ferromagnetic state in the polar phase of Bi1âxCaxFe1âx/2Nbx/2O3 multiferroics
Keywords: فلوئورسنت; BiFeO3; Crystal structure; Ferroelectrics; Magnetically ordered materials; Multiferroics; Spin cycloid;
Oxygen vacancy dependent structural phases in KNbO3
Keywords: فلوئورسنت; Ferroelectrics; Structural; Phase transformation; X-ray techniques;