High dielectric constant polymer composites have considerable potentials in energy storage and dielectric applications because of simple fabrication p

Enhanced Dielectric Properties of Polyimide Matrix Using Modified Electrospun Barium Titanate Nanofibers pEffect of Different Solutions on Hydrothermal Treatment of Tricalcium Phosphate Scaffold pFabrication of pSynthesis and

The dielectric constant (Dk) of the PI BaTiO [email protected] ( ) hybrid was at kHz, i.e three times higher than that of the PI BaTiO ( ) nanocomposite without [email protected] fairly improved dielectric properties were due to the synergistic enhancement of the ferroelectric ceramic filler, BaTiO, and conductive filler, [email protected] nanoparticles, as well as due to homogeneous dispersion.

Enhanced dielectric properties in polyimide nanocomposites containing barium [email protected] polydopamine core shell nanoparticles Author links open overlay panel Zhiqiang Wu a Huihui Zhou a Qiang Guo a Zhenguo Liu b Lei Gong b Qiuyu Zhang a Ganji Zhong c Zhongming Li c Yanhui Chen a c

Enhanced dielectric properties of amino modified CNT polyimide composite films with a sandwich structure Yaqin Chen , a Baoping Lin , a Xueqin Zhang , a Junchuan Wang , a Changwei Lai , a Ying Sun , a Yurong Liu ab and Hong Yang a

This work reports the excellent dielectric properties of polyimide (PI) embedded with CaCuTiO(CCTO) Ag nanoparticles ([email protected])By functionalizing the surface of CCTO nanoparticles with Ag coating, the dielectric permittivity of PI [email protected] composites is significantly increased to ( Hz) at vol f

Electrical properties including AC electrical conductivity, dielectric permittivity, and dielectric loss (tan) were measured by broadband dielectric spectrometer (Novocontrol, Concept )The magnetic properties of magnetic composite films were investigated by vibrating sample magnetometer (VSM, Quantum Design, MPMS squid).

Recently, many researchers focus on the nanoscale fillers to enhance electrical properties of composite due to the uniqueness of materialIn this study, polyimide barium titanate (BaTiO) nanofibers films were prepared by incorporating electrospun BaTiO nanofibers with polyimide derived from , Bis [ ( aminophenoxy) phenyl] propane (BAPP) and ,',,' Biphenyl tetracarboxylic dianhydride

Enhanced dielectric properties of polyimide matrix using modified electrospun barium titanate nanofibers Sopheak PMeng, Zulkifli Ahmad, Hanafi Bin Ismail, Tan Soon Huat, Kry Nallis, Mitsugu Todo Renewable Energy Center Research output Chapter in Book

The said composite with enhanced dielectric properties with a wide range of frequency exhibits high dielectric constant and loss value remains ( Hz) for wt. of filler loading.