Poster
Session:
Posters can
be installed on Tuesday morning from 8:00 AM and will
be available for viewing during the day. The posters
will be located at hall A, where coffee breaks will
take place. The posters have to be removed by the end
of the session on Tuesday. Authors have to attend their
posters from 4:30 to 5:30 for odd-numbered posters and
from 5:30 to 6:30 for even-numbered posters.
1. Thomas
C Marshall (Columbia University) tcm2@columbia.edu
- WAKE
FIELDS EXCITED IN A SEMI-INFINITE RECTANGULAR DIELECTRIC
WAVEGUIDE BY A TRAIN OF ELECTRON BUNCHES
2. Chunguang Jing (ANL) jingchg@hep.anl.gov
- Mode
Analysis in Multilayer Dielectric-Loaded Accelerating
Structure
3. Matthew C Thompson (UCLA) mct@physics.ucla.edu
- Plasma
Density Transition Trapping of Electrons in Plasma Wake
Field Accelerators
4. Stanislav Zhilkov (Temple University)
zhilkov@temple.edu - Light
beam transformation and the energy exchange with 2-D
particle cluster
5 . Amit Kesar (MIT) kesar@psfc.mit.edu
- Experimental
Status of The 17 GHz RF Gun at MIT
6 . Philippe Piot (FNAL) piot@fnal.gov
- Laser-acceleration
of electrons at Fermilab/NICADD photoinjector laboratory
7 . Levi Schachter (Israel Institute
of Technology) levi@ee.technion.ac.il - Roughness
Effect on a Microbunch
8.
Changbiao Wang ("Omega-P, Inc.")
wang@omega-p.com - Rectangular
Dielectric-lined Accelerator Structure
9.
Sergey V Shchelkunov (Columbia University)
in NYC - shchelkunov@bnl.gov A
New Nondestructive Method for Measuring the RMS Length
of Charge Bunches Using Their Wake Field Radiation Spectrum
10. Evgenya Smirnova
(Massachusetts Institute of Technology) smirnova@lanl.gov
- Progress
on the MIT Photonic Band Gap accelerator experiment
11. Noboru Yugami
(Utsunomiya University) - yugami@cc.utsunomiya-u.ac.jp
Radiation
from Interaction between Short Pulse and Ultra High
Power Laser and Magnetized Plasma
12. Kazuhisa Nakajima
(KEK/JAERI) - nakajima@post.kek.jp Head-on
injection and acceleration of a high quality femtosecond
electron bunch in a plasma
13. Scott G Anderson
(LLNL) - anderson131@llnl.gov Sub-picosecond
Compton scattering x-ray generation using a velocity
bunched electron beam at PLEIADES
14. Rafal Zgadzaj (University
of Texas at Austin) rafal@physics.utexas.edu - Channeling
Experiments and Wakefield Diagnostics
15. Bonggu Shim (University of Texas
at Austin) bgshim@physics.utexas.edu - Time-resolved
harmonic generation from exploding noble-gas clusters
16. Adnan Doyuran
(UCLA) doyuran@physics.ucla.edu - Nonlinear
Harmonic Measurements of the Transverse Thomson Scattering
Experiment at UCLA
17. Suzhi Deng (University
of Southern California) sdeng@usc.edu -
wake generation and beam stabilization
in self-ionized plasma wakefield accelerators
18.
Chunguang Jing Argonne (National Laboratory)
jingchg@hep.anl.gov - Mode
Analysis in Multilayer Dielectric-Loaded Accelerating
Structure
19.
Mitsuru Uesaka (University of Tokyo)
uesaka@utnl.jp - X-band
RF gun and linac for medical Compton scattering X-ray
source
20. Winthrop J Brown (Lawrence Livermore
National Laboratory) brown179@llnl.gov - Development
of a Higher Brightness, Ultra-Fast Thomson Scattering
X-ray Source for Dynamic Diffraction on Atomic Time
Scales
21. David Yu DULY (Research
Inc.) davidyu@pacbell.net - A
POLARIZED ELECTRON PWT PHOTOINJECTOR FOR LINEAR COLLIDERS
22. David Yu DULY
(Research Inc.) davidyu@pacbell.net -
NEW DEVELOPMENTS ON PBG RF CAVITIES
23. David Yu DULY (Research Inc.) davidyu@pacbell.net
- BEAM
DYNAMICS AND PERFORMANCE OF A 15.6 GHZ CERAMIC HIGH
POWER RF GENERATOR
24. Serguei Y Kalmykov (The University
of Texas at Austin) kalmykov@physics.utexas.edu - Laser
wakefield acceleration by petawatt ultra-short laser
pulses
25. Michael LaPointe (Omega-P, Inc.)
lapointe@omega-p.com - A
Status Report on Ka-band Transmission Line Component
Development*
26. Richard F Hubbard (Plasma Physics
Division, Naval Research Laboratory) hubb@ppd.nrl.navy.mil
- Prospects
for Integrated Injection and Acceleration Experiments
with Capillary Discharge Guiding
27. Kei Nakamura (LBNL)
knakamura@lbl.gov - Laser
triggered injection of electrons in a laser wakefield
accelerator with colliding pulse method.
28.
Michail Tzoufras (UCLA) mtzouf@ucla.edu
- Electron
acceleration from 650fsec and 50fsec ultraintense laser
pulses
29.
Chieh Sung (UCLA) jaysung@ee.ucla.edu
- Study
of a THz IFEL prebuncher for laser-plasma accelerators
30. Miaomiao Zhou
(Department of Electrical Engineering,UCLA) mmzhou@ucla.edu
- Simulation of Positron Wakes in a Hollow Channel Plasma
and Positron Beam Loading
31. Edward A Startsev
(Princeton University, Plasma Physics Laboratory) estarts@pppl.gov
- Simulation Studies of Collective Instabilities in
Intense Charged Particle Beams
32. Loren C Steinhauer (University
of Washington) Lstein@u.washington.edu - Analytical
Modeling of Pseudo-Resonant LWFA in a Capillary Discharge
33. Ksenia R Samokhvalova
(Massachusetts Institute of Technology) ksenias@mit.edu
- Analytical and Numerical Calculations of 2-D Dielectric
Photonic Band Gap Structures*
34. F. Grigsby (UT
Austin) - LWFA
with Low Energy Raman Seeded Pulses
35. G. Fubiani
(LBNL) - Beat wave injection of electrons into plasma
waves using two interfering laser pulses
36. D. Kaganovich
(NRL) Dmitri@ppdmail.nrl.navy.mil - Experimental Demonstration
of a Staged Optical Injection and Laser Wakefield Acceleration
37. C. Toth
(LBNL) - A multi-beam, multi-terawatt Ti:sapphire laser
system for laser wake-field acceleration of electrons
and for bright THz radiation production
38. M. Tushentsov
(UT Austin) - A study of undulator induced transparency
of magnetized plasma in the linear propagation regime
39. D.
Gordon (NRL) - Detailed
Modeling of Channel Guided Laser Wakefield Accelerators
based on Capillary Discharges
40. Chiping Chen
(MIT) - Center-of-Mass Dynamics and Space-Charge Limit
of a Finite-Size Bunched Beam
41. Yupeng Cui
(MIT) - Experimental Study of Laser Produced Longitudinal
Density Perturbation in Space-Charge Dominated Beams
42. Yasushi Nishida
(Utsunomiya University) - On the experiments of Surfatron
concept with use of capillary plasma
43. Efthymios Kallos
(USC) - IFEL Micro bunching Wiggler at Brookhaven’s
Accelerator Test Facility
44. Xiangyun Chang
(SUNY) xychang@bnl.gov - Design considerations for low
field short photo-injected RF electron gun with high
charge electron bunch followed by linac
45. Vladimir Gorgadze
(UC Berkeley) gorgadze@socrates.berkeley.edy
- Beam
Physics Studies in Nonneutral Plasmas: Injection, Virtual
Cathodes, and Autoresonant Control
46.T. Watanabe
(BNL) twatanabe@bnl.gov - Angle and Length Measurements
of Microbunches
47. Devon Johnson
(SLAC) dkjohnso@slac.stanford.edu - Positron Production
from Betatron X-rays Radiated in a Plasma Wiggler
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