We present here some results on measurements of electron drift velocity as a function of the electric field in a single gap, avalanche operated, small size (10 x 20 cm(2)) RPC filled with a ternary gas mixture (94.3 % C2H2F4, 5 % C4H10, 0.3 % SF6). A pulsed nitrogen laser is focused (similar to 20 mu m spot size at the focus) inside the gas gap to generate primary ionization via double photon ionization process. Results are presented and discussed.

Measurements of drift velocity in the ATLAS RPC gas mixture

COLUCCIA, MARIA RITA;GORINI, Edoardo;PRIMAVERA, Margherita;
2006

Abstract

We present here some results on measurements of electron drift velocity as a function of the electric field in a single gap, avalanche operated, small size (10 x 20 cm(2)) RPC filled with a ternary gas mixture (94.3 % C2H2F4, 5 % C4H10, 0.3 % SF6). A pulsed nitrogen laser is focused (similar to 20 mu m spot size at the focus) inside the gas gap to generate primary ionization via double photon ionization process. Results are presented and discussed.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11587/102002
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