Improvement in tunability and dielectric loss of bstz ferroelectric thin films using post-annealing

Engineering & Materials Science

• Annealing 56%
• Dielectric losses 72%
• Dielectric properties 41%
• Electric delay lines 13%
• Electric fields 10%
• Ferroelectric materials 15%
• Ferroelectric thin films 100%
• Ions 10%
• Microstructure 7%
• Microwaves 10%
• Oxygen 18%
• Oxygen vacancies 17%
• Permittivity 57%
• Perovskite 15%
• Phase shifters 13%
• Pulsed laser deposition 17%
• Substrates 8%
• Temperature 4%
• Thermal conductivity 10%
• Thin films 21%

Physics & Astronomy

• annealing 34%
• cells 4%
• delay lines 9%
• dielectric loss 54%
• dielectric properties 20%
• electric fields 4%
• expansion 5%
• ferroelectric materials 9%
• grain size 6%
• ions 3%
• microstructure 4%
• microwaves 5%
• oscillators 6%
• oxygen 14%
• permittivity 28%
• perovskites 6%
• pulsed laser deposition 7%
• temperature 2%
• thermal conductivity 6%
• thin films 29%

Chemical Compounds

• Annealing 6%
• Application 2%
• Dielectric Constant 37%
• Dielectric Loss 65%
• Dielectric Property 24%
• Dioxygen 11%
• Electric Field 7%
• Grain Size 7%
• Ion 3%
• Microstructure 5%
• Microwave 6%
• Polarizability 8%
• Pressure 9%
• Pulsed Laser Deposition 10%
• Simple Cubic Crystal System 12%
• Thermal Conductivity 7%
• Volume 4%