Performance of a cerium fluoride crystal matrix measured in high-energy particle beams

Author:

Auffray E.,Beckers T.,Bourotte J.,Chipaux R.,Commichau V.,Dafinei I.,Depasse P.,Djambazov L.,Dydak U.,El Mamouni H.,Fay J.,Felcini M.,Goyot M.,Haguenauer M.,Hangarter K.,Hillemanns H.,Hofer H.,Ille B.,Jacobs B.,Kirn T.,Kryn D.,Lebrun P.,Lecomte P.,Lecoq P.,Martin J.P.,Mattioli M.,Maurelli G.,Melnikov I.,Nessi-Tedaldi F.,Pacciani L.,Pirro S.,Raghavan R.,Ren D.,Reynaud M.,Röser U.,Sahuc P.,Schmitz D.,Schneegans M.,Schwenke J.,Soric I.,Viertel G.,Von Gunten H.P.,Walder J.P.,Waldmeier-Wicki S.

Publisher

Elsevier BV

Subject

Instrumentation,Nuclear and High Energy Physics

Reference16 articles.

1. Summary talk at the ECFA/LHC Workshop;Altarelli,1990

2. Proc. 5th Pisa Meeting on Advanced Detectors;Ferrère,1992

3. P. Lecoq et al., the Crystal Clear Collaboration, R&D Proposal for the study of new, fast and radiation hard scintillators for calorimetry at LHC, CERN/DRDC P27/91-15, Project RD18.

4. Further results on cerium fluoride crystals

5. Proc. 5th Topical Seminar on Experimental apparatus;Schneegans,1994

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