Add to ORKGThe CDF calorimeter systems are briefly reviewed with an emphasis on the calibration and the performance of the central electromagnetic calorimeter. Several physics analyses where the calorimetry plays an important role are discussed. The present gas calorimeter will be upgraded in accord with the collider upgrade. The new system is a scintillator-based calorimeter with optical fiber readout. A status of the CDF calorimeter upgrade project is also described
For the past several years, the CDF collaboration has been upgrading its detector to accommodate the...
We have evaluated the performance of the CDF plug tile/fiber calorimeter under the radiation environ...
The upgraded CDF II detector has collected first data during the initial operation of the Tevatron a...
The physics program at the Fermilab Tevatron Collider will continue to explore the high-energy front...
The Run IIa integrated calorimetry environment of CDF II comprises: sampling scintillator calorimete...
The integrated calorimetry environment of CDF Run 2 comprises the Run 1 sampling scintillator calori...
The Collider Detector at Fermilab (CDF) is a general purpose detector used to study the world`s high...
The CDF central and endwall hadron calorimeter covers the polar region between 30° and 150° and a fu...
The CDF Plug Upgrade calorimeter, which fully exploits the tile-fiber technique, was tested at the F...
The Collider Detector at Fermilab (CDF) is a 5000 t magnetic detector built to study 2 TeV pp collis...
The Collider Detector at Fermilab (CDF) is a 5000 t magnetic detector built to study 2 TeV p̅p colli...
We report on the performance of the CDF End Plug Hadron Calorimeter in a test beam. The sampling cal...
Two MiniPlug calorimeters, designed to measure the energy and lateral position of particles in the (...
D0 and CDF are two large, powerful, multipurpose detectors with outstanding tracking, calorimeter an...
A detector designed to measure early particle showers has been installed in front of the central CDF...
For the past several years, the CDF collaboration has been upgrading its detector to accommodate the...
We have evaluated the performance of the CDF plug tile/fiber calorimeter under the radiation environ...
The upgraded CDF II detector has collected first data during the initial operation of the Tevatron a...
The physics program at the Fermilab Tevatron Collider will continue to explore the high-energy front...
The Run IIa integrated calorimetry environment of CDF II comprises: sampling scintillator calorimete...
The integrated calorimetry environment of CDF Run 2 comprises the Run 1 sampling scintillator calori...
The Collider Detector at Fermilab (CDF) is a general purpose detector used to study the world`s high...
The CDF central and endwall hadron calorimeter covers the polar region between 30° and 150° and a fu...
The CDF Plug Upgrade calorimeter, which fully exploits the tile-fiber technique, was tested at the F...
The Collider Detector at Fermilab (CDF) is a 5000 t magnetic detector built to study 2 TeV pp collis...
The Collider Detector at Fermilab (CDF) is a 5000 t magnetic detector built to study 2 TeV p̅p colli...
We report on the performance of the CDF End Plug Hadron Calorimeter in a test beam. The sampling cal...
Two MiniPlug calorimeters, designed to measure the energy and lateral position of particles in the (...
D0 and CDF are two large, powerful, multipurpose detectors with outstanding tracking, calorimeter an...
A detector designed to measure early particle showers has been installed in front of the central CDF...
For the past several years, the CDF collaboration has been upgrading its detector to accommodate the...
We have evaluated the performance of the CDF plug tile/fiber calorimeter under the radiation environ...
The upgraded CDF II detector has collected first data during the initial operation of the Tevatron a...