Epitaxial growth of ferroelectric Ba_1-xSr_xTiO₃ thin films for room temperature tunable microwave devices

Engineering & Materials Science

• Microwave devices 100%
• Epitaxial growth 99%
• Ferroelectric materials 93%
• Thin films 66%
• Microwaves 62%
• Superconductivity 54%
• Laser ablation 51%
• Pulsed lasers 48%
• Electron microscopy 45%
• Crystallinity 42%
• Phase shifters 41%
• Phase shift 37%
• Permittivity 35%
• X ray diffraction 34%
• Scattering 33%
• Electric fields 32%
• Temperature 28%
• Substrates 24%
• Microstructure 23%
• Communication 17%

Chemical Compounds

• Epitaxial Growth 85%
• Microwave 57%
• Superconductivity 41%
• Figure of Merit 40%
• Ambient Reaction Temperature 39%
• Laser Ablation 39%
• Liquid Film 34%
• Communication 32%
• Dielectric Constant 32%
• Electric Field 31%
• Electron Microscopy 30%
• Crystallinity 26%
• Microstructure 23%
• X-Ray Diffraction 17%

Physics & Astronomy

• microwaves 47%
• wireless communication 43%
• room temperature 39%
• thin films 36%
• laser ablation 34%
• figure of merit 33%
• crystallinity 31%
• pulsed lasers 30%
• electron microscopy 30%
• superconductivity 29%
• phase shift 29%
• permittivity 24%
• electric fields 20%
• microstructure 20%
• diffraction 18%
• scattering 18%
• x rays 15%