Markus Friedl - Dissertation
Developing silicon pixel detectors for LHCb: constructing the VELO Upgrade and designing a MAPS-based tracking detector
Silicon tracking detectors in high-energy physics
Silicon Tracking and a Search for Long-lived Particles
The Upstream Tracker for the LHCb upgrade | Semantic Scholar
PDF) Performance of the CMS silicon tracker front-end driver
Characterization of Silicon Modules and Sensors for the ATLAS Inner Tracker Strip Detector
PDF) The Backward Silicon Track trigger of the HERA experiment H1
PROPOSAL for a Silicon Vertex Tracker (VTX) for the PHENIX Experiment
Research and development of an intelligent particle tracker detector electronic system
VFAT3: A Trigger and Tracking Front-end ASIC for the Binary Readout of Gaseous and Silicon Sensors | Semantic Scholar
VFAT3: A Trigger and Tracking Front-end ASIC for the Binary Readout of Gaseous and Silicon Sensors | Semantic Scholar
Silicon Strip Detectors for the ATLAS End-Cap Tracker at the HL-LHC
PDF) Characterisation of silicon microstrip detectors for the ATLAS Phase-II Upgrade with a micro-focused X-ray beam
3D-Silicon and Passive CMOS Sensors for Pixel Detectors in High Radiation Environments
Characterisation of the new tracker sen- sors for the CMS experiment at CERN
The Silicon Tracking System as a Part of Hybrid Tracker of BM@N Experiment | SpringerLink
Development, Characterization, and Analysis of Silicon Microstrip Detector Modules for the CBM Silicon Tracking System
28: View of the assembled FAST scintillating fiber tracker. | Download Scientific Diagram
The Upgraded Outer Tracker for the CMS Detector at the High Luminosity LHC, and Search for Composite Standard Model Dark Matter
The Silicon Tracking System as a Part of Hybrid Tracker of BM@N Experiment | SpringerLink
The Development of Silicon Beam Tracker and Beam Profilometer at the BM@N Experiment | SpringerLink
The Silicon Tracking System as a Part of Hybrid Tracker of BM@N Experiment | SpringerLink
The ATLAS Experiment: Silicon Tracking Detectors
Investigation of Properties of Novel Silicon Pixel Assemblies Employing Thin n-in-p Sensors and 3D-Integration
