The KLOE experiment's major physics goal is to measure the View the MathML source, with a precision of 10−4, via both the traditional double ratio method and the kaons' quantum interferometry. The experiment has started taking data at DAfNE, the f-factory at the Frascati National Laboratory (LNF) of INFN in Italy, beginning in April 1999. Integrated luminosity exceeding 100 pb−1 (108 f's) are expected to be delivered for end 1999/early 2000. A description of the detector's design and of its performances is presented. At the moment of writing the experiment has collected its first collisions for an integrated luminosity of 220 nb−1; the peak luminosity reached has been of 2 × 1030cm−2sec−1.
Status report for the KLOE experiment at DAfNE
GORINI, Edoardo;PANAREO, Marco;
2000-01-01
Abstract
The KLOE experiment's major physics goal is to measure the View the MathML source, with a precision of 10−4, via both the traditional double ratio method and the kaons' quantum interferometry. The experiment has started taking data at DAfNE, the f-factory at the Frascati National Laboratory (LNF) of INFN in Italy, beginning in April 1999. Integrated luminosity exceeding 100 pb−1 (108 f's) are expected to be delivered for end 1999/early 2000. A description of the detector's design and of its performances is presented. At the moment of writing the experiment has collected its first collisions for an integrated luminosity of 220 nb−1; the peak luminosity reached has been of 2 × 1030cm−2sec−1.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.