Current sheet axial dynamics of 2.5-kj ksu-dpf under high-pressure regime

Faculty Engineering Year: 2012
Type of Publication: ZU Hosted Pages:
Authors:
Mohammed Ismail Abdelaziz Mohamed
Journal: Plasma Science, IEEE Transactions on IEEE Volume: 40
Keywords : Current sheet axial dynamics , 2.5-kj ksu-dpf    
Abstract:
In dense plasma focus (DPF) machines, the high-pressure (HP) regime of operation can be used as alternative technique to short-circuit (SC) test as the current sheet motion is minimal. The SC test was performed to get the right values f
    
     
 
       

Author Related Publications

  • Mohammed Ismail Abdelaziz Mohamed, "Measurement and processing of fast pulsed discharge current in plasma focus machines", Springer US, 2012 More
  • Mohammed Ismail Abdelaziz Mohamed, "Deuteron beam characteristics of 2.5 kJ KSU-DPF as a high inductance dense plasma focus machine", IEEE, 2013 More
  • Mohammed Ismail Abdelaziz Mohamed, "Preliminary Results of Kansas State University Dense Plasma Focus", IEEE, 2012 More
  • Mohammed Ismail Abdelaziz Mohamed, "Kansas State University Dense Plasma Focus (KSU-DPF) initial neutron results", IEEE, 2011 More
  • Mohammed Ismail Abdelaziz Mohamed, "Short circuit test-complete analysis for the dense plasma focus", IEEE, 2011 More

Department Related Publications

  • Ola Ragab Abdou Mohamed, "Analysis of Composite Plates Using Moving Least Squares Differential Quadrature Method", Science Direct, 2014 More
  • Ola Ragab Abdou Mohamed, "Efficient Quadrature Solution for Composite Plate Problems", medwelljournals, 2014 More
  • Rasha Ibrahiem Saleh Mohamed, "Generalized extended method for solution of nonlinear diffusion equations", مجلة الهندسة والعلوم التطبيقية, 2014 More
  • Mohamed Mohamed Ali Mohamed Saied, "Three Resultant Applications In Surface Modeling For Computer Graphics", Second National Conference of Mathematics, Cairo 6-11 April 1996, 1996 More
  • Magda Mahmoud Mohamed Kasem, "Similarity Analysis of Mass and Heat Transfer of FHD Steady Flow of Nanofluid Incorporating Magnetite Nanoparticles (Fe3O4)", East African Scholars Publisher, Kenya, 2020 More
Tweet