Phase development and dielectric properties of BaAl₂Si ₂O₈-based low temperature co-fire ceramic material

Chemical Compounds

• Glass Ceramic 90%
• Dielectric Property 82%
• Dielectric Constant 75%
• Ceramic 63%
• Crystallinity 62%
• Microstructure 55%
• Strength 52%
• Porosity 47%
• Crystallization 28%
• Amorphous Material 28%
• Glass 28%
• Composite Material 20%
• Amount 17%

Engineering & Materials Science

• Dielectric properties 100%
• Ceramic materials 97%
• Fires 67%
• Glass ceramics 43%
• Crystallinity 40%
• Powders 40%
• Strength of materials 34%
• Permittivity 33%
• Temperature 33%
• Microstructure 22%
• Differential thermal analysis 21%
• Crystallization 17%
• Crystalline materials 17%
• Aluminum oxide 15%
• Thermodynamic properties 15%
• Glass 13%
• Composite materials 9%

Physics & Astronomy

• dielectric properties 68%
• ceramics 55%
• crystallinity 48%
• Q factors 47%
• glass 47%
• permittivity 38%
• dilatometry 35%
• microstructure 32%
• thermal analysis 26%
• temperature 24%
• thermodynamic properties 22%
• crystallization 21%
• composite materials 16%