The mechanics and cooling system for the Silicon Pixel detector of ALICE is discussed. It is designed to investigate the behavior of strongly interacting matter under the extreme conditions of heating and compression. Two layers of pixel staves are arranged where each stave is made of four silicon pixel detector ladders, glued and electrically connected to a carrier bus. The design of the harness forsees several critical operations for the cooling connections, wiring and the assembly of the CFSS onto the cylinder structure.
The mechanics and cooling system of the ALICE Silicon Pixel Detector
LUNARDON, MARCELLO;MORETTO, SANDRA;SCARLASSARA, FERNANDO;SEGATO, GIANFRANCO;SORAMEL, FRANCESCA;
2004
Abstract
The mechanics and cooling system for the Silicon Pixel detector of ALICE is discussed. It is designed to investigate the behavior of strongly interacting matter under the extreme conditions of heating and compression. Two layers of pixel staves are arranged where each stave is made of four silicon pixel detector ladders, glued and electrically connected to a carrier bus. The design of the harness forsees several critical operations for the cooling connections, wiring and the assembly of the CFSS onto the cylinder structure.
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