Results on space measurement accuracy from tests of a half-scale DELPHI TPC prototype

Results on space measurement accuracy from tests of a half-scale DELPHI TPC prototype

C. Brand,R. Cirio,A. Foeth,B. Heck,H.J. Hilke,P. Billoir,J.M. Brunet,P. Courty,D. Delikaris,P. Delpierre,A. Diaczek,J. Kent,J.Y. Rousseau,J.P. Turlot,J.E. Augustin,B. Bouquet,A. Hrisoho,J.M. Noppe,F. Richard,K. Truong,P. Borgeaud,Ph. Charpentier,M. Mur,J.C. Raoul,Y. Sacquin,P. Siegrist,G. Smadja,D. Vilanova;C. Brand;R. Cirio;A. Foeth;B. Heck;H.J. Hilke;P. Billoir;J.M. Brunet;P. Courty;D. Delikaris;P. Delpierre;A. Diaczek;J. Kent;J.Y. Rousseau;J.P. Turlot;J.E. Augustin;B. Bouquet;A. Hrisoho;J.M. Noppe;F. Richard;K. Truong;P. Borgeaud;Ph. Charpentier;M. Mur;J.C. Raoul;Y. Sacquin;P. Siegrist;G. Smadja;D. Vilanova;
nuclear instruments and methods in physics research section a: accelerators, spectrometers, detectors and associated equipment 1986 Vol. 252 pp. 413-417
186
vilanova1986nuclearresults

Abstract

Tests on a half scale prototype of the DELPHI TPC exposed to a particle beam in magnetic field have been performed, using an electronic chain with 15 MHz 8-bit FADCs. A new geometry with circular pad rows was used, giving new data on space resolution.

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