The KLOE physics program

被引:0
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作者
Valente, P
Aloisio, A
Ambrosino, F
Antonelli, A
Antonelli, M
Bacci, C
Barbiellini, G
Bellini, F
Bencivenni, G
Bertolucci, S
Bini, C
Bloise, C
Bocci, V
Bossi, F
Branchini, P
Bulychjov, SA
Cabibbo, G
Caloi, R
Campana, P
Capon, G
Carboni, G
Casarsa, M
Casavola, V
Cataldi, G
Ceradini, F
Cervelli, R
Cevenini, F
Chiefari, G
Ciambrone, P
Conctti, S
De Lucia, E
De Robertis, G
De Simone, P
De Zorzi, G
Dell'Agnello, S
Denig, A
Di Domenico, A
Di Donato, C
Di Falco, S
Doria, A
Dreucci, M
Erriquez, O
Farilla, A
Felici, G
Ferrari, A
Ferrer, ML
Finocchiaro, G
Forti, C
Franceschi, A
Franzini, P
机构
来源
HADRON SPECTROSCOPY | 2002年 / 619卷
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中图分类号
O57 [原子核物理学、高能物理学];
学科分类号
070202 ;
摘要
The KLOE experiment, running at the Frascati DAPhiNE phi-factory since 1999, was designed to measure the R(epsilon'/epsilon) ratio to an accuracy of few 10(-4). However, its physics program is wider than CP violation, covering both kaon and non-kaon physics items. During the year 2000 data taking, similar to 20 pb(-1) were collected and a total integrated luminosity of 200 pb(-1) is expected by the end of 2001. A wealth of measurements can be addressed with these data and a number of preliminary results have been already obtained using the year 2000 statistics, in particular on rare K-S decays. After a brief description of the detector, the KS tagging technique is discussed. Preliminary measurements of BR(K-S --> pi(+)pi(-))/BR(K-S --> pi(0)pi(0)) and BR(K-S --> pienu) are then presented. Finally, the perspectives for future analyses are discussed.
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页码:424 / 433
页数:10
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