Journal of Research and Development
Open Access

USA

Publications

• Extended Abstract   
  Graphene 2018: Surface modified barium titanate for optimal dielectric properties in polymer-ceramic nanocomposite films
  Author(s): Kimberly Cook-Chennault
  
  High permittivity polymer-ceramic nanocomposite dielectric films leverage the ease of flexibility and processing of polymers and functional properties of ceramic fillers. Thus, they could be applied to advanced embedded energy storage devices for printed wired electrical boards. The incompatibility of the two constituent materials, hydrophilic ceramic filler and hydrophobic epoxy limits the filler concentration and therefore, dielectric properties of these materials. Use of surfactants and core-shell processing of composite fillers is traditionally used to achieve electrostatic and steric stabilization for ad.. View More»
  

  Abstract PDF