Materials design with enhanced temperature stability of resonant frequency for high frequency application

Chemical Compounds

• Dielectric Property 85%
• Crystalline Texture 82%
• Ferroelastic Domain 76%
• Microwave 69%
• Ceramic 65%
• Lanthanoid Atom 64%
• Dielectric Loss 48%
• Dielectric Constant 38%
• Dielectric Material 37%
• Solid Solution 35%
• Monoclinic Space Group 31%
• Application 26%
• Mixture 18%

Physics & Astronomy

• niobates 100%
• resonant frequencies 75%
• engineering 62%
• rare earth elements 48%
• textures 47%
• dielectric properties 47%
• microwaves 38%
• ceramics 38%
• barium 29%
• dielectric loss 27%
• temperature 25%
• phase transformations 25%
• solid solutions 23%
• tuning 21%
• permittivity 19%
• coefficients 15%

Engineering & Materials Science

• Natural frequencies 71%
• Rare earths 52%
• Dielectric properties 51%
• Microwaves 37%
• Textures 34%
• Temperature 34%
• Barium 30%
• Dielectric losses 27%
• Ceramic materials 25%
• Solid solutions 23%
• Phase transitions 22%
• Permittivity 21%
• Tuning 16%