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8 results on '"drift chamber: time projection"'

1. R&D for a detector at the International Linear Collider

Author

Lohmann, Wolfgang

Subjects
pixel [semiconductor detector], zero-degree calorimeter, electromagnetic [calorimeter], counters and detectors [muon], microstrip [semiconductor detector], vertex [semiconductor detector], time projection [drift chamber], luminosity: measurement, muon: counters and detectors, Stanford 2005/03/18 [talk], measurement [luminosity], semiconductor detector: pixel, drift chamber: time projection, calorimeter: electromagnetic, calorimeter: hadronic, semiconductor detector: microstrip, hadronic [calorimeter], electron positron: colliding beam detector, semiconductor detector: vertex, numerical calculations, colliding beam detector [electron positron], talk: Stanford 2005/03/18
Abstract

13 pp. (2005).

Published
2005
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2. Auflosungsstudien an einer Zeit-Projektions-Kammer (TPC) mit GEM Gasverstärkungssystem

Author

Janssen, Matthias Enno

Subjects
electron positron: linear collider, thesis, magnetic field, time projection [drift chamber], resolution [tracks], proposed [linear collider], drift chamber: time projection, gas electron multiplier, argon: organic compounds, organic compounds [argon], electron positron: colliding beam detector, tracks: resolution, linear collider: proposed, colliding beam detector [electron positron], linear collider [electron positron]
Abstract

Universität Dortmund, Diplomarbeit, 2004; 110 pp., (2004). doi:10.3204/DESY-THESIS-2004-049, Published by Deutsches Elektronen-Synchrotron, DESY, Hamburg

Published
2004
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3. The TESLA detector concept

Author

Thomson, M. A.

Subjects
proposed [colliding beam detector], electroweak interaction: symmetry breaking, electromagnetic [calorimeter], top, time projection [drift chamber], colliding beam detector: proposed, Higgs particle: search for, muon: counters and detectors, talk: Amsterdam 2003/04/01, drift chamber: time projection, calorimeter: hadronic, semiconductor detector: vertex, search for [Higgs particle], counters and detectors [muon], resolution, vertex [semiconductor detector], Amsterdam 2003/04/01 [talk], calorimeter: electromagnetic, gas electron multiplier, symmetry breaking [electroweak interaction], supersymmetry, hadronic [calorimeter], electron positron: colliding beam detector, colliding beam detector [electron positron], performance
Abstract

16 pp. (2004)., The high precision physics goals of a future $e^+e^-$ linear collider place strict requirements on the design of the detector. This paper gives an overview of the TESLA detector concept concentrating on the physics motivation for the design choice and the detector performance.

Published
2004

4. A test setup for the investigation of charge transfer processes of a GEM based TPC

Author

Voigt, Bernhard

Subjects
electron positron: linear collider, thesis, time projection [drift chamber], ion: yield, drift chamber: time projection, proposed [linear collider], analog-to-digital converter, gas electron multiplier, electronics: readout, argon: organic compounds, electron positron: colliding beam detector, organic compounds [argon], readout [electronics], linear collider: proposed, colliding beam detector [electron positron], yield [ion], linear collider [electron positron]
Abstract

Universität Hamburg, Diplomarbeit, 2004; 80 pp., (2004). doi:10.3204/DESY-THESIS-2004-014, Published by Deutsches Elektronen-Synchrotron, DESY, Hamburg

Published
2004

5. Studies for a linear collider drift chamber and search for heavy stable charged particles in e$^+$ e$^-$ collisions up to $\sqrt s$ = 209-GeV

Author

Hamann, Markus

Subjects
sparticle: cascade decay, heavy [charged particle], GEM multiplier, annihilation [electron positron], time projection [drift chamber], electron positron: annihilation, search for [new particle], pair production [sparticle], channel cross section: upper limit, 131-209 GeV-cms, symmetry breaking [supersymmetry], energy loss [charged particle], charged particle: energy loss, proposed [linear collider], drift chamber: time projection, charged particle: heavy, supersymmetry: symmetry breaking, linear collider: proposed, cosmic radiation [muon], OPAL, upper limit [channel cross section], electron positron: linear collider, thesis, readout [drift chamber], resolution, bibliography, CERN LEP Stor, electron positron: colliding beams, cascade decay [sparticle], new particle: search for, sparticle: pair production, drift chamber: readout, efficiency, muon: cosmic radiation, colliding beams [electron positron], linear collider [electron positron], performance, experimental results
Abstract

Universität Hamburg, Diss., 2003; 169 pp., (2003). doi:10.3204/DESY-THESIS-2003-046, Published by Deutsches Elektronen-Synchrotron, DESY, Hamburg

Published
2003
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6. Building and testing of a mini-TPC with GEM readout to measure the ion-feedback

Author

Lux, Torsten

Subjects
yield [charge], electron positron: linear collider, charge: yield, thesis, energy resolution, bibliography, time projection [drift chamber], proposed [linear collider], drift chamber: time projection, RF system: superconductivity, argon: organic compounds, superconductivity [RF system], organic compounds [argon], electron positron: colliding beam detector, linear collider: proposed, colliding beam detector [electron positron], linear collider [electron positron]
Abstract

Universität Hamburg, Diss., 2001; 85 pp. (2001). = Universität Hamburg, Diss., 2001

Published
2001
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7. LC TPC R&D: A proposal to the DESY PRC

Author

Killenberg, M., Lotze, S., Mnich, J., Roth, Stefan, Schulte, R., Sobloher, B., Struczinski, W., Tonutti, M., Bieser, F., Edwards, W., Nygren, D., Ronan, Michael T., Wieman, H., Carnegie, R. K., Dixit, M., Dubeau, J., Karlen, D., Mes, H., Martin, J. P., Behnke, T., Hamann, M., Harder, K., Kuhl, T., Schumacher, M., Heuer, R. D., Lux, T., Kaminski, J., Kappler, S., Muller, T., Rulikowska, E., Becker, U., Fisher, P., Mtingwa, S., Paus, C., Taylor, F., Yamamoto, R., Eckardt, V., Settles, R., van der Graaf, H., Timmermans, Jan, Bondar, A., Buzulutskov, A., Shekhtman, Lev I., Sokolov, A., Vasilev, A., Cizeron, R., Jeanjean, J., Lepeltier, V., Genolini, B., Peyre, J., Pouthas, J., Colas, P., Delbart, A., Giomataris, Y., Rebourgeard, P., Kaoukher, A., Schroder, H., Zimmermann, R., and Group, LC TPC

Subjects
drift chamber: time projection, electronics: readout, magnetic field, argon: organic compounds, time projection [drift chamber], electron positron: colliding beam detector, organic compounds [argon], readout [electronics], colliding beam detector [electron positron], damage [radiation], radiation: damage
Abstract

16 pp. (2001).

Published
2001

8. SIMDET - Version 3: A parametric Monte Carlo for a TESLA detector

Author

Pohl, M. and Schreiber, H. J.

Subjects
drift chamber: time projection, programming: Monte Carlo, electron positron: linear collider, calorimeter, luminosity: beam monitoring, electron positron: colliding beam detector, tracks, semiconductor detector: vertex, linear collider: proposed
Abstract

We describe the principles of operation and the usage of SIMDET version 3, a parametric Monte Carlo program to simulate the response of a detector for the TESLA linear collider. The detector components are implemented according to the TESLA Conceptual Design Report. Its performance characteristics can be varied within a wide range. The calorimetric response is treated in a realistic way using a parametrisation of results from the $ab$ $initio$ Monte Carlo program BRAHMS. Pattern recognition is emulated using a complete cross reference between generated particles and detector response. An idealised energy flow algorithm defines the output of the program, consisting of particles generically classified as electrons, photons, muons, charged and neutral hadrons as well as unresolved clusters. The program parameters adjustable by the user are described in detail. User hooks inside the program and the output data structure are documented.

Published
1999
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