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High dielectric constant material development

机译:高介电常数材料开发

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Novel dielectric films were produced via homogeneous incorporationof small particles of high dielectric constant ceramics, such as leadzirconium titanate (PZT), into cyanoresin films. The goal was togenerate high dielectric constant composites. Induction of crystallinitywas expected to further increase the voltage breakdown strengths.However, upon detailed testing, it appeared that the composites,dielectric constants, dielectric losses, and DC breakdown strengths donot merit further optimization of physical and electrical properties. Afuture alternative approach will be molecular modeling to guide thesynthesis of semicrystalline, film-forming polymers with polarizablegroups in their backbones
机译:通过均匀掺入生产新型介电膜 高介电常数陶瓷的小颗粒,例如铅 钛酸锆(PZT),变成氰基树脂薄膜。目标是 产生高介电常数的复合材料。结晶度的诱导 有望进一步提高电压击穿强度。 但是,经过详细测试,看来复合材料 介电常数,介电损耗和直流击穿强度 不宜进一步优化物理和电气性能。一种 未来的替代方法将是分子建模,以指导 具有可极化性的半结晶,成膜聚合物的合成 骨干群体

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