Dynamics of space and polarization charges of ferroelectric thin films measured by atomic force microscopy

Engineering & Materials Science

• Ferroelectric thin films 100%
• Electric space charge 76%
• Atomic force microscopy 72%
• Polarization 52%
• Electrostatic force 51%
• Lead zirconate titanate 46%
• Microscopic examination 41%
• Thin films 36%
• Electrodes 29%
• Sol-gel process 25%
• Drying 18%
• Hysteresis 18%
• Electric fields 17%
• Temperature 7%

Physics & Astronomy

• space charge 49%
• atomic force microscopy 43%
• polarization 30%
• thin films 29%
• electrostatics 21%
• microscopy 20%
• entrapment 19%
• electrodes 17%
• drying 14%
• gels 11%
• hysteresis 11%
• trapping 11%
• electric fields 8%
• decay 8%
• curves 7%
• temperature 4%

Chemical Compounds

• Space Charge 73%
• Electric Force Microscopy 47%
• Atomic Force Microscopy 45%
• Polarization 42%
• Behavior as Electrode 14%
• Hysteresis 14%
• Sol Gel Process 11%