Large electrocaloric effect and energy storage performance of site-engineered lead-free Ba_1-x(Bi_0.5Li_0.5)_xTiO₃ferroelectric oxides

Engineering & Materials Science

• Lead 84%
• Energy storage 80%
• Oxides 78%
• Ferroelectric materials 59%
• Curie temperature 35%
• Cooling 31%
• Temperature 27%
• Polarization 20%
• Entropy 19%
• Display devices 17%
• Chemical analysis 14%

Physics & Astronomy

• energy storage 100%
• oxides 56%
• performance 40%
• cooling 30%
• Curie temperature 20%
• solid state 17%
• entropy 16%
• temperature 13%
• room temperature 12%
• coefficients 12%
• polarization 12%
• energy 6%

Chemical Compounds

• Energy Storage 78%
• Oxide 49%
• Cooling 40%
• Curie Temperature 27%
• Polycrystalline Solid 20%
• Dielectric Material 20%
• Entropy 18%
• Polarization 17%
• Ambient Reaction Temperature 12%
• Application 7%