Liqun Song, Ph.D. Liqun Song received her Ph.D. from the University of California, Davis in 2002. Her Ph.D. dissertation was on the design of a W-band high power klystron called a klystrino conducted at Stanford Linear Accelerator Center (SLAC). During her graduate work, she employed Magic, a particle-in-cell (PIC) code to do the complete klystron design. Dr. Song joined CCR after graduation. She has been responsible for doing beam-RF interaction analysis and circuit design in various microwave devices. Prior to her employment at CCR, Dr. Song worked in the klystron department at SLAC, where she was responsible for PIC analysis of a 75MW PPM focused klystron at 11.424GHz for the Next Linear Collider (NLC).

Technical Publications (Partial Listing) F. V. Hartemann, H.A. Baldis, R.R. Freeman, A.K. Kerman, E.C. Landahl, N.C. Luhmann, Jr., L. Song, A.L. Troha, J.R. Van Meter, D. L. Yu "The Chirped Pulse Inverse Free Electron Laser: A High Gradient Vacuum Laser Accelerator," October 1999 Physics of Plasmas. G. Caryotakis, G. Scheitrum, E. Jongewaard, A. Vlieks, R. Fowkes, L. Song, J. Li, "High Power W-Band Klystrons", SLAC-REPRINT-1998-001, Oct 1998. S. Liu, J.K. Lee, L. Song, Y. Yan, D. Zhu "Propagation along Corrugated Waveguide Filled with Plasmas Immersed in an Axial Magnetic Field", IEEE Plasma Science, Vol.24 No.3 June 1996.

Ives | Neilson | Read | Kory | Miram | Bui | Mizuhara | Marsden | Collins | Song

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