Journal of Material Sciences & Engineering

Obaiys SJ

Publications

• Research Article
  Attenuation Performance of Polymer Composites Incorporating NZF Filler for Electromagnetic Interference Shielding at Microwave Frequencies.
  Author(s): Ahmad AF, Abbas Z, Obaiys SJ and Abdalhadi DMAhmad AF, Abbas Z, Obaiys SJ and Abdalhadi DM
  
  Polymer composites have been thoroughly explored for future electromagnetic interference (EMI) applications owing to their unique combination of electrical, mechanical, and optical properties. The composition, morphology, and surface characteristics of the filler material play critical roles in regulating the composite activity. We studied the formation, synthesis and EM attenuation properties of nickel zinc ferrite (NZF) + Polycaprolactone (PCL) microcomposites that were prepared via the conventional mixed oxide (CMO) technique. Compared with other preparation routes, CMO may provide the advantages of a simple process and the ability for mass production and controlled product formation. A rectangular waveguide connected to a vector network analyser coaxial cable was employed to measure the scattering parameters [S] for use in determining the attenuation values of NZF+PCL substrates f.. Read More»
  DOI: 10.4172/2169-0022.1000289

  Abstract PDF