Conceptual Design Report of a 500 GeV e+e- Linear Collider
with Integrated X-ray Laser Facility
R. Brinkmann, G. Materlik, J. Rossbach, A. Wagner
This page has been ported by the DESY library
Chapter 1: Particle Physics
Chapter 2: Detector for the Linear Collider
Chapter 3: TESLA Linear Collider
Chapter 4: S-Band Linear Collider
Chapter 5: A Superbrilliant X-ray Laser Facility
Appendix A: Second Interaction Region for gamma-gamma and e-gamma
Appendix B: ELFE@DESY: An Electron Laboratory for Europe at DESY
Chapters 1 and 2 are obtainable as gzipped postscript files
Chapters 3 and 4 are obtainable divided into sections
as postscript and gzipped postscript files:
For Chapter 5 please refer to:
Appendix A and B are obtainable as gzipped postscript files:
For those, who are only interested in parts of the detector chapter:
Chapters 1 ("Particle Physics") and 2 ("Detector for the Linear Collider")
of the CDR were prepared in a
"Physics and Detectors for a Linear Collider"
L. Mandelli (Milano, chair), G. Coignet (LAPP, Annecy), M. Danilov (ITEP,
Moscow), E. Fernandez (Barcelona, chair of ECFA), K. Gaemers (NIKHEF),
L. Joensson (Lund), M. Leenen (DESY), D.J. Miller (U.C. London), A. Wagner
The work was performed in four working groups:
- Physics (including e+e-, real gamma gamma and e-gamma);
benchmark processes and generators.
Conveners: J.-F. Grivaz, T. Sjoestrand, P. Zerwas
- Detector concepts; B field, hermeticity, tools, simulation etc.
Conveners: M. Martinez, D.J. Miller, M. Piccolo
- Detector subsystems; vertexing, calorimetry, triggers etc.
Conveners: M. Mazzucato, D. Saxon, R. Settles
- Collider-experiment interface; backgrounds, masking etc.
Conveners: N. Holtkamp, M. Leenen, O. Napoly
In the framework of this Joint ECFA/DESY Study four Workshops were
organized at Frascati, London, Munich and finally DESY.
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