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The CDF1 Silicon Vertex detector consists of three subdetectors: SVX-II, ISL and L00. Altogether it consists of 8 layers of Silicon with more than 720000 readout channels. This detector is essential for CDF's high precision tracking. It is also vital for the forward tracking capabilities and the identification of heavy flavour decays. After four years of data taking in Run-II and a delivered luminosity of more than 1.2 fb-1, a summary of the operational experiences with a silicon detector at CDF is given. Besides being very important for the tracking, the Silicon detector also plays a vital role in Level 2 decision of the CDF Trigger system. Finally, aspects of the longevity of this detector and the impact on the CDF physics programm...
A snapshot of the status of the CDF Run II Silicon Detector is presented, with a summary of commissi...
The CDF Run-II silicon microstrip detector has seen almost 12 fb{sup -1} of proton-antiproton collis...
The CDF Run-II silicon microstrip detector has seen almost 12 fb −1 of proton-antiproton collisions ...
In 2001, an upgraded silicon detector system was installed in the CDF II experiment on the Tevatron ...
The Collider Detector at Fermilab (CDF) pursues a broad physics program at Fermilab's Tevatron colli...
The CDF Run II silicon detector with its 8 layers of double- and single-sided silicon microstrip sen...
The CDF Run II silicon micro-strip detector is an essential part of the heavy flavor tagging and for...
The Collider Detector at Fermilab (CDF) is scheduled to begin recording data from Run II of the Ferm...
The CDF-II silicon detector has been partially commissioned and used for taking preliminary physics ...
The CDF RunIIa silicon detector has now made the transition from commissioning to data taking. The c...
A snapshot of the status of the CDF Run II Silicon Detector dated July 2002 is presented, with a sum...
Precision tracking and vertex reconstruction play a crucial role in heavy flavor physics at CDF, in ...
The Intermediate Silicon Lavers detector (ISL) is a large radius silicon tracker, installed in the C...
Design features, functionality, and expected performance are reviewed for the silicon charged partic...
A silicon strip vertex detector was designed, constructed and commissioned at the CDF experiment at ...
A snapshot of the status of the CDF Run II Silicon Detector is presented, with a summary of commissi...
The CDF Run-II silicon microstrip detector has seen almost 12 fb{sup -1} of proton-antiproton collis...
The CDF Run-II silicon microstrip detector has seen almost 12 fb −1 of proton-antiproton collisions ...
In 2001, an upgraded silicon detector system was installed in the CDF II experiment on the Tevatron ...
The Collider Detector at Fermilab (CDF) pursues a broad physics program at Fermilab's Tevatron colli...
The CDF Run II silicon detector with its 8 layers of double- and single-sided silicon microstrip sen...
The CDF Run II silicon micro-strip detector is an essential part of the heavy flavor tagging and for...
The Collider Detector at Fermilab (CDF) is scheduled to begin recording data from Run II of the Ferm...
The CDF-II silicon detector has been partially commissioned and used for taking preliminary physics ...
The CDF RunIIa silicon detector has now made the transition from commissioning to data taking. The c...
A snapshot of the status of the CDF Run II Silicon Detector dated July 2002 is presented, with a sum...
Precision tracking and vertex reconstruction play a crucial role in heavy flavor physics at CDF, in ...
The Intermediate Silicon Lavers detector (ISL) is a large radius silicon tracker, installed in the C...
Design features, functionality, and expected performance are reviewed for the silicon charged partic...
A silicon strip vertex detector was designed, constructed and commissioned at the CDF experiment at ...
A snapshot of the status of the CDF Run II Silicon Detector is presented, with a summary of commissi...
The CDF Run-II silicon microstrip detector has seen almost 12 fb{sup -1} of proton-antiproton collis...
The CDF Run-II silicon microstrip detector has seen almost 12 fb −1 of proton-antiproton collisions ...