Welcome to Hae June's Homepage
Hae June Lee, Ph.D.
E-mail :
haejune@pusan.ac.kr,
leehj@postech.ac.kr,
leehj@eecs.berkeley.edu
- Present Address :
School of Electrical and Computer Engineering,
Pusan National University
(PNU),
30 Jangjeon-Dong, Guemjeong-Gu, Pusan 609-735, S. Korea
TEL : 82-51-510-3516
FAX : 82-51-513-0212
Resume : PDF .
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Education and Career
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Assistant Professor
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Research Scientist
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Post-doctoral researcher
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Post-doctoral researcher
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Post-doctoral researcher
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Ph.D. in Physics, POSTECH (1998).
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M.S. in Physics, POSTECH (1996).
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B.S. in Nuclear Engineering,
Seoul National University (1994).
Research Interests (Theory and Simulation)
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Efficiency enhancement of a PDP discharge (March 2004 -)
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Simulation of laser-plasma interactions (December 2001 -) :
electron and photon accelerations by laser wake fields
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Development of 3d charge-up simulation
for plasma process induced damage (PPID) (September 2001 -)
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Radiation transport in a plasma display
panel cell (May 2001 -)
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Development of 1d xoopic code for the
simulation of
laser pulse amplification and plasma wake fields
(November 2000 -)
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Radiation transport in fluorescent lamp
discharges (January 2000 -)
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Coupled-Cavity Traveling Wave Tube (CCTWT)
simulation (February 2000 - December 2000)
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2-D Kinetic and fluid simulation of Plasma Display Panel (PDP) cell
(August 1999 - January 2000 )
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Nonlinear dynamics and chaos in low
temperature plasmas :
Theory and simulation of beam-plasma interacting systems.
Instabilities, nonlinear dynamics
(self-oscillation and chaos),
double layer formation, and solitons in electron (or ion) beam
injected systems such as a Pierce diode, thermionic discharge plasmas,
and a double-plasma
system. (January 1996 - January 2000 )
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Nonneutral plasmas :
2-D Particle-in-Cell simulation for a diocotron instability,
vortex formation and merging in
magnetized pure electron plasmas.
(September 1998 - January 2000)
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Dust plasmas :
2-D Particle-in-Cell simulation for ion-dust acoustic waves,
instabilities.
(June 1998 - February 1999)
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Gas discharge physics and the simulation of plasma source devices
for material processing
such as ICP/TCP, Helicon, LAPS, etc. (1994 - 1997)
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Global modeling of a pseudospark discharge device for an intense
electron beam source
(1994-1995)