Ferroic Materials: Design, Preparation, and CharacteristicsA. S. Bhalla A collection of papers on ferroelectric thin films, materials for intelligent/smart systems and adaptive structures, and processing of thin films. Contributors discuss preparation and characteristics of thin films, materials design and properties, and sensor characteristics. The papers were original |
Contents
Preparation of PbLaTiO3 Thin Films by Multiple Cathode | 15 |
Sputter Deposition of Ferroelectric PbTiO3 Thin Films on MgO100 | 37 |
Deposition and Dielectric Properties of IonBeamAssisted Bismuth | 55 |
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acac-H acetate actuator alkoxide American Ceramic Society annealed Appl applied atmosphere barium titanate barrier heights BaTiO3 behavior bismuth titanate capacitors characteristics coating composites Copyright Clearance Center copyright interests crystalline DC bias decreased densification density dielectric constant effect electric field electrical resistance electrode epitaxial express written consent extent authorized ferroelectric ferroelectric thin films Figure film thickness films deposited films prepared fracture frequency grain Hâ‚‚ heat-treated hetero-contacts humidity hysteresis increase interface lead zirconate titanate leakage current LiNbO3 thin films materials measured mechanism metal methoxyethanol microstructure observed optical orientation oxide oxygen particles PbTiO pellets perovskite phase photostrictive Phys piezoelectric PLZT pore pyrochlore PZT films PZT thin films reactance refractive index relaxor room temperature samples sapphire sensitivity sensors shown in Fig shows sintered Society or fee sol-gel process spin coating structure substrate temperature surface thermal thin layers top electrode voltage zirconia