Prof. Nathan Blaunstein

Prof. Nathan Blaunstein Profile

Professor


Department : Department of Communication Systems Engineering
Room : 302/B
בנין הפקולטה למדעי הטבע ע"ש גורובוי - 30
Phone : 972-8-6477846
972-8-6477238
Email : natanb@cse.bgu.ac.il
Office Hours :  

Education

  • Degree Institution Years
  • M.Sc. degree in Radio- University of Tomsk, USSR, 1966-1972
  • physics and Electronics. Department of Radiophysics
  • Thesis title : Propagation Phenomena in Urban Environment
  • Post-Graduate study Institute of Terrestrial Magnetism, 1980-1984
  • Ionosphere and Radiowave Propagation
  • (IZMIRAN) of the Academy of Sciences,
  • Moscow, USSR.
  • Thesis title : Dynamic of Inhomogeneous Ionospheric Plasma
  • and Its Influence on Radiowave Propagation
  • Ph.D. degree in Radiophysics IZMIRAN, Academy of Sciences, Moscow,
  • and Electronics USSR 1984
  • Thesis title : Diffusion Spreading of Ionospheric Inhomogeneities
  • Doctor of Physical and IZMIRAN, Academy of Sciences,
  • Mathematical Sciences degree Moscow, USSR. 1991
  • in Radiophysics and Electronics
  • Thesis title : Modification of the Ionospheric Plasma by Use of
  • Powerful Heating Radar Systems
  • Details of Academic Degree
  • 1. Diploma of Doctor of Science and Professor 04.10.91
  • (Radiophysics and Electronics)
  • 2. Diploma of Associate Professor 30.03.89
  • (Electronics and Information Science)
  • 3. Diploma of Ph.D. in Mathematics and Physics 27.10.84
  • (Radiophysics and Electronics)

Research Interests

  • Radio wave propagation, Communication Systems.

Research Projects

  • 1. Development of the theory and analytical models of scattering processes and
  • radio wave propagation in inhomogeneous media (sub-soil media, land terrain,
  • turbulent atmosphere and ionosphere) with special applications to conventional
  • cable, radio and optical communication and radiolocation.
  • 2. Prediction of main characteristics of propagation channels in personal, mobile
  • and satellite communication channels, in cellular networks performance.
  • 3. Applied mathematical and numerical methods with special applications to radio
  • wave propagation, electrodynamics, radiophysics and plasma physics.