Author/Authors :
Koziel، نويسنده , , Michal and Amar-Youcef، نويسنده , , Samir and Bialas، نويسنده , , Norbert and Deveaux، نويسنده , , Michael and Fr?hlich، نويسنده , , Ingo and Li، نويسنده , , Qiyan and Michel، نويسنده , , Jan and Milanovi?، نويسنده , , Borislav and Müntz، نويسنده , , Christian and Neumann، نويسنده , , Bertram and Schrader، نويسنده , , Christoph and Stroth، نويسنده , , Joachim and Tischler، نويسنده , , Tobias and Weirich، نويسنده , , Roland and Wiebusch، نويسنده , , Michael، نويسنده ,
Abstract :
The Compressed Baryonic Matter (CBM) Experiment is one of the core experiments of the future FAIR facility at Darmstadt, Germany. This fixed-target experiment will explore the phase diagram of strongly interacting matter in the regime of highest net baryon densities with numerous probes, among them open charm. Reconstructing those short lived particles requires a vacuum compatible Micro Vertex Detector (MVD) with unprecedented properties. Its sensor technology has to feature a spatial resolution of < 5 μ m , a non-ionizing radiation tolerance of > 10 13 n eq / cm 2 , an ionizing radiation tolerance of > 3 Mrad and a time resolution of a few 10 μ s . The MVD-prototype project aimed to study the integration the CMOS Monolithic Active Pixel Sensors foreseen for the MVD into an ultra light (0.3% X0) and a vacuum compatible detector system based on a cooling support made of CVD-diamond.
Keywords :
CMOS sensor , Vacuum operation , Micro tracking , COOLING , CVD diamond , Vertex detector
