Add to ORKGThe current silicon devices being used by the D0 and CDF collaborations for the Tevatron Run 2a, which is expected to end in 2005 after accumulating about 2 fb{sup -1} of data, will need to be replaced due to radiation damage for the following data collection period designated as Run 2b. We will discuss these silicon replacement plans, the more uniform design of the detectors between D0 and CDF, and the current status of their fabrication
The CDF Layer 00 detector consists of single-sided silicon sensors assembled on the beampipe, formin...
We report our experience commissioning and operating the CDF Run II silicon detector during the rst ...
A major silicon upgrade project is under way for the CDFII experiment that will operate during Run I...
Abstract—The innermost layer (L00) of the Run IIa silicon de-tector of CDF was planned to be replace...
A substantial portion of the Run IIa silicon detectors of the CDF experiment will not perform adequa...
A microstrip silicon detector SVX II has been proposed for the upgrade of CDF to be installed in 199...
The innermost layer (L00) of the Run IIa silicon detector of CDF was planned to be replaced for the ...
With extensive upgrades to the detector and electronics, CDF has started collecting data with Run II...
The D0 and CDF experiments are in the process of upgrading their detectors to cope with the high lum...
The current status of Run II at the Tevatron is covered. Upgrades of both the CDF and D0 detectors a...
In 2001, an upgraded silicon detector system was installed in the CDF II experiment on the Tevatron...
We report our experience commissioning and operating the CDF Run II silicon detector during the firs...
The current status of the silicon tracker for the D0 upgrade project for Run II at the Tevatron is p...
The CDF RunIIa silicon detector has now made the transition from commissioning to data taking. The c...
A new silicon microstrip detector was designed by the CDF collaboration for the proposed high-lumino...
The CDF Layer 00 detector consists of single-sided silicon sensors assembled on the beampipe, formin...
We report our experience commissioning and operating the CDF Run II silicon detector during the rst ...
A major silicon upgrade project is under way for the CDFII experiment that will operate during Run I...
Abstract—The innermost layer (L00) of the Run IIa silicon de-tector of CDF was planned to be replace...
A substantial portion of the Run IIa silicon detectors of the CDF experiment will not perform adequa...
A microstrip silicon detector SVX II has been proposed for the upgrade of CDF to be installed in 199...
The innermost layer (L00) of the Run IIa silicon detector of CDF was planned to be replaced for the ...
With extensive upgrades to the detector and electronics, CDF has started collecting data with Run II...
The D0 and CDF experiments are in the process of upgrading their detectors to cope with the high lum...
The current status of Run II at the Tevatron is covered. Upgrades of both the CDF and D0 detectors a...
In 2001, an upgraded silicon detector system was installed in the CDF II experiment on the Tevatron...
We report our experience commissioning and operating the CDF Run II silicon detector during the firs...
The current status of the silicon tracker for the D0 upgrade project for Run II at the Tevatron is p...
The CDF RunIIa silicon detector has now made the transition from commissioning to data taking. The c...
A new silicon microstrip detector was designed by the CDF collaboration for the proposed high-lumino...
The CDF Layer 00 detector consists of single-sided silicon sensors assembled on the beampipe, formin...
We report our experience commissioning and operating the CDF Run II silicon detector during the rst ...
A major silicon upgrade project is under way for the CDFII experiment that will operate during Run I...