Delhi College of Engineering
University of Delhi
 

Prof. Kunj Lata Deori





Qualifications: M.Sc, Ph.D.

Specialisation: Thin Film

E-Mail: kldeori@dce.ac.in

Publications:

Publications

  1. The dielectric response of KxAlxTi8-xO16 and KxMgx/2Ti8-x/2O16. K. L. Deori, A. K. Jonscher, J. M. Reau and J. Moali, Journal of Material Science 14 (1979) pp 1308-1320.
  2. Dielectric response of solid electrolyte at low temperature. K. L. Deori and A. K. Jonscher, Journal of Physics, C : Solid State Physics, Vol. 12 1979, pp L289-292.
  3. Dielectri response at very low temperature. K. L. Deori, R. M. Hill, A. K. Jonscher and A. C. Leech, Cdelsea Dielectric Group Sixth Progress Report, January 1981.
  4. Electrical properties of Methyl Methacrylate-Methacrylic acid Copolymer thin films. R. Sarmah, N. N. Dass and K. L. Deori, Journal of Assam Science Socity, 31 (3) pp 1-14, 1989.
  5. Optical and electrical properties of Tin oxide thin films prepared by atmospheric pressure CVD. P. K. Saikia and K. L. Deori, Asian Chemistry Letters Vol. 3 No. 1&2, 1999 pp 66-69.
  6. Switching characteristics of voltage controlled electron waveguides Shalini Garg, R. K. Sinha and K. L. Deori, Science Letters, Journal of National Academy of Sciences, India, Vol. 25, No. 1&2, 2002 pp 36-39.
  7. Modelling of a bistable current switch in electron waveguides. Shalini Garg, R. K. Sinha and K. L. Deori, Journal of Microwave and Optoelectronics (Brazil), Vol. 2, No. 5 June 2002.
  8. Nanostructure devices based on electron waveguides. Shalini Garg, R. K. Sinha and K. L. Deori, IETE Technical Review, Vol. 19, No. 5 Sept- Oct 2002, pp 269-284
  9. Design parameter of a tunable multiple quantum well electron wave filter. Shalini Garg, R. K. Sinha and K. L. Deori, Semiconductor Science and Technology, IOP(UK) Vol. 18, 2003, pp 292-296
  10. Design parameters of multiple quantum well interference filter. Shalini Garg, R. K. Sinha and K. L. Deori, Photonic West, SPIE conference at San Jose, CA, USA, during 25-31, January 2003.