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Infiltration Behavior of Internal Electrode for Multilayer
T S Oh C B Lee and Y H
Y Nakano A Satoh A Hitomi and T Nomura
17 other sections not shown
additive alumina American Ceramic Society annealed barium titanate BaTiO3 behavior calcined capacitance cations CeO2 chemical composition Copyright Clearance Center copyright interests core-shell crystal structure cubic Curie point Curie temperature decrease densification rate dielectric constant dielectric properties diffusion dopants doped effect electrical electron excess express written consent extent authorized fee paid ferroelectric Figure films function glass frit grain boundary grain growth green density heating rate high dielectric constant increase internal electrodes lattice liquid phase lithium matrix measured mechanism micrograph microstructure microwave MLCCs Mullite multilayer capacitors multilayer ceramic capacitors oxidation oxygen parameters particle PbTi0 permittivity perovskite phase transition pores porosity pyrochlore PZST ratio reaction relaxor resonant frequency room temperature samples shown in Fig shows shrinkage sintering sintering temperature Society or fee solid solution specimens studied substrate surface suspensions temperature dependence tetragonal thermal thickness transformation versus X-ray diffraction