| PAPER | AUTHOR | TITLE | NOTES | DATE | SIZE |
| ARDB209 | Warner Bruns | Gdfidl v1: Syntax and Semantics | 10/20/1999 | 4429K | |
| ARDB262 | L. Schächter (Department of Electrical Engineering, Technion-IIT) E. Colby, and R. H. Siemann (SLAC) |
Saturation of Bunch-Wave Interaction in an Active Medium | Phys. Rev. Lett. Vol. 87 Num. 13 |
9/24/2001 | 240K |
| ARDB279 | R. H. Siemann | Cherenkov Radiation in a Dielectric Tube | 1/23/2002 revised 4/9/2004 |
141K | |
| ARDB280 | R. H. Siemann | Photonic Band Gap Fiber Accelerator Efficiency | 2/19/2002
revised 4/13/02 |
276K | |
| ARDB285 | R. H. Siemann | LEAP Accelerator Cell Efficiency | 4/1/02
revised 10/17/2002 |
167K | |
| ARDB292 | Ben Cowan | Analytic Consistency of Physical Optics Propagators | 6/3/2002 | 38K | |
| ARDB292 | Ben Cowan | Analytic Consistency of Physical Optics Propagators | 6/3/2002 | 38K | |
| ARDB297 | Levi Schachter, Robert Byer, Robert Siemann | Optical Accelerator: Scaling Laws and Figures of Merit | 2002 Advanced Accelerator Conference | 7/2002 | 557K |
| ARDB321 | R. Siemann | Efficiency of a Dielectric Lined Waveguide | 11/20/2002 | 112K | |
| ARDB325 | R. Siemann | Laser Driven Linear Collider Beam-Beam Interaction | 1/2003 | 224K | |
| ARDB327 | Ben Cowan | The Feynman-Hellmann Theorem | 2/2003 | 32 KB | |
| ARDB328 | Ben Cowan | Dealing with Cylindrical Structures | 2/2003 | 57 K | |
| ARDB329 | Levi Schachter | Relation between Shunt and Interaction Impedance | 2/2003 | 36 K | |
| ARDB330 | E. Colby | Critical Issues for Vacuum Laser Acceleration | Quantum Aspects of Beam Physics, Hiroshima, Japan | 1/2003 | 7.5 MB |
| ARDB333 |
B. Cowan ., M. Javanmard, R. Siemann
|
PHOTONIC CRYSTAL LASER ACCELERATOR STRUCTURES |
PAC 2003, 1855 (2003) | 5/2003 | 216 K |
| ARDB339 | Ben Cowan |
FDTD modeling of photonic crystal fibers |
6/2003 | 576K | |
| ARDB346 | E. R. Colby |
CRITICAL ISSUES FOR VACUUM LASER ACCELERATION |
Quantum Aspects Conference | 2/2003 | 46 K |
| ARDB352 |
Bob Siemann |
Beam Splitter/combiner |
|
10/2003 | 122K |
| ARDB353 | Bob Siemann |
Energy Efficiency in a Laser Driven Linear Accelerator : Part 1 – Single Bunch Beam |
11/2003 | 193K | |
| ARDB354 | L. Schachter et al | SCALING LAWS OF A DIELECTRIC OPTICAL ACCELERATOR | PAC 2003, 722 (2003) | 1/2004 | 183K |
| ARDB357 | R. Siemann | ENERGY EFFICIENCY OF LASER DRIVEN, STRUCTURE BASED ACCELERATORS |
SLAC-PUB-10417 PRSTAB 7 061303 (2004) |
6/2004 | 256K |
| ARDB359 | R. Siemann | Plasma Wakefield and Laser-Driven Accelerators | 6/2004 | 6600K | |
| ARDB368 | Alex Chao and Bob Siemann | Wakefields in a Dielectric Tube with Frequency Dependent Dielectric Constant | 8/2004 | 1776K | |
| ARDB370 | I. N. Onishchenko, et al | Structure of electromagnetic field excited by an electron bunch in a semi-infinite dielectric-filled waveguide | PhysRevE Volume 65, 066501 | 9/2004 | 172K |
| ARDB372 | Shanhui Fan, et al | Channel Drop Tunneling through Localized States | PRL Vol 80 Num 5 p. 960 | 10/2004 | 172K |
| ARDB374 | Y.C. Neil Na and R. H. Siemann | Energy Efficiency in Laser-Driven Linear Accelerator Based on Photonic Crystal Fiber | 10/2004 | 377K | |
| ARDB376 | Y.C. Neil Na and R. H. Siemann | Energy Efficiency of an Intracavity Coupled, Laser-Driven Linear Accelerator Pumped by an External Laser | Phys Rev Special Topics - Accelerators and Beams, Vol. 8 (March 2005) | 1/2005 | 180K |
| ARDB378 | Bob Siemann & Alex Chao | Transverse Wakefield in a Dielectric Tube with Frequency Dependent Dielectric Constant | 1/2005 | 361K | |
| AARD496 | Ben Cowan | Three-dimensional dielectric photonic crystal structures for laser-driven acceleration | Phys. Rev. Spec. Topics - Accel. and Beams Vol. 11, 011301 | 1/2008 | 2000K |