Speaker
Marcel Vos
(IFIC Valencia (ES))
Description
With the advent of thinner and more precise silicon detectors for vertexing and tracking in collider experiments, the design of sufficiently thin and stable supports and services is increasingly challenging. In this contribution an overview is given of the adoption of micro-channel cooling in high energy physics. The emphasis is on a recently proposed approach to integrate the cooling channels in the silicon sensor and the connectivity of the micro-channel circuit to the overall system. Measurements are presented of the cooling performance, that can exceed the performance of more traditional systems by a large factor. The measurements are extrapolated to more realistic systems. We also discuss the impact on the mechanical stability.
Author
Marcel Vos
(IFIC Valencia (ES))
