Department of Mathematics

Dr. P. N. Deka

Professor 

Specialization
Nonlinear Plasma Dynamics, MHD, Heat and Mass Transfer, CFD


Contact
Phone No:

 

Mobile No:
9854148361

 

publications

 

  1.  Plasma –Maser Instability of Bernstein Mode in Presence of Magnetohydrodynamic Turbulence, Contribution to Plasma Physics. Vol. 35(1995),3,p263-271.(Germany) (With B.J. Saikia and S. Bujarbaruah)
  2. Plasma maser effect in magnetosphere plasma associated with MHD turbulence, Planetary and Space Science. Vol. 45(1997),11, 1443-1447.(UK) (with K.S. Goswami and S. Bujarbaruah)
  3. Orthogonal interaction of Bernstein mode with ion-acoustic wave through plasma maser effect, PRAMANA-journal of physics, Vol.50, (1998), 4, p345-354.(Bangalore) Indian Academy of Science
  4. Plasmas-maser effect in inhomogeneous plasma in the presence of drift wave turbulence, Physics of Plasmas Vol.12(2005). USA (with M. Singh)
  5. Plasma-maser instability of the ion-acoustic wave in the presence of lower hybrid turbulence in inhomogeneous plasma , PRAMANA--a Journal of Physics, Vol. 66, No.3, 2006, (Bangalore) Indian Academy of Science (with M. Singh)
  6. Skin- friction for unsteady free convection MHD flow between two heated vertical parallel plates.Theoretical Applied . Mechanics Vol. 33, No. 4, pp 259-280, (2006), Appeared in 2007. Belgrade, Yogoslovaia (with K.G Singha)
  7. Magnetohydrodynamic Heat Transfer in Two-Phase Flow in Presence of   Uniform Inclined Magnetic Field, Bull Cal. Math Soc., vol. 101(1) 25-36(2009)(with K.G Singha)
  8. Unsteady Free Convective Flow of a Temperature Varying Electrically Conducting Fluid, Conference Proceeding of World Congress on Engineering Congress 2009,Vol II,  London,  ISBN  978-988-18210-1-0. (with K.G. Singha).
  9. Amplification of ion acoustic wave in an inhomogeneous plasma through nonlinear wave –particle interaction with drift turbulence,Physics of Plasmas18,042311 (2011) USA  ( with A. Borgohain)
  10. On unstable. electromagnetic radiation through nonlinear wave-particls interactions in presence of drift wave tubulence, J. Plasma Physics, Cambridge 2012, 10.10117/S0022377812000207 (with A. Borgohain)
  11. Numerical Study of Liquid Metal MHD Flow through a Square Duct under the Action of Strong Transverse Magnetic Field, International Journal of Computer Application ,Vol-71(8)(June,2013) USA(With Dipjyoti Sarma and G. C. Hazarika).
  12. Numerical Study of Liquid Metal MHD duct  Flow under hydrodynamic "slip" condition, International Journal of Computer Application ,Vol-81(16)(June,2013) USA(With Dipjyoti Sarma ).
  13. Numerical Study on Steady Magnetohydrodynamics (MHD) Flow and Heat Transfer in a Heated Rectangular Electrically Insulated Duct under the Action of Strong Oblique Transverse Magnetic Field,International Journal of Computer Application Vol-86(15) (January,2014) USA(With Muhim Chutia).
  14. Electrostatic instability in magnetically confined in homogeneous plasma driven by nonlinear force,Physics Letter A  (Elsevier)  Vol-378(2014) 790-794  (With A. Borgohain).