ZrO ₂ layer thickness dependent electrical and dielectric properties of BST/ZrO ₂/BST multilayer thin films

Engineering & Materials Science

• Barium strontium titanate 27%
• Capacitors 13%
• Chemical analysis 10%
• Data storage equipment 30%
• Dielectric losses 41%
• Dielectric properties 79%
• Doping (additives) 18%
• Electric breakdown 18%
• Electric properties 70%
• Ferroelectric materials 65%
• Field effect transistors 17%
• Leakage currents 53%
• Microelectronics 17%
• Microwave devices 23%
• Multilayer films 100%
• Multilayers 63%
• Permittivity 49%
• Sol-gel process 22%
• Substrates 11%
• Thin films 62%

Chemical Compounds

• Application 13%
• Capacitor 22%
• Dielectric Constant 60%
• Dielectric Material 38%
• Dielectric Property 66%
• Electrical Property 55%
• Field Effect 21%
• Leakage Current 86%
• Liquid Film 10%
• Microwave 17%
• Multilayer 58%
• Multilayer Film 51%
• Reduction 10%
• Sol Gel Process 17%
• Strength 14%

Physics & Astronomy

• barium titanates 10%
• breakdown 7%
• capacitors 8%
• dielectric loss 18%
• dielectric properties 54%
• electrical properties 48%
• field effect transistors 7%
• laminates 26%
• leakage 23%
• low currents 10%
• microelectronics 9%
• microwaves 6%
• permittivity 19%
• random access memory 10%
• sol-gel processes 11%
• strontium titanates 11%
• tangents 19%
• thin films 33%