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Beam Test Results of the BTeV Silicon Pixel Detector
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3D Electron Tracking and Vertexing in Single Plane Pixel Detectors
Abstract Not Provided
The Belle II Pixel Detector Data Acquisition and Reduction System
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High Dynamic Range X-Ray Detector Pixel Architectures Utilizing Charge Removal
Not provided.
Ultimate 3D for a Pixel Detector - Tests of X-Rays Detection [Slides]
Abstract not provided.
The CMOS Pseudo-Thyristor: A Zero-Static Current Circuit for Pixelized Detector Front-End Stage
These slides present robotics work at Fermilab and how new robotic technologies are introduced at the lab to encourage better reporting practices within the soft robotic community.
PRELIMINARY RESULTS OF NEUTRON/GAMMA DISCRIMINATION WITH HYBRID PIXEL DETECTORS AT THE ACRR
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PRELIMINARY RESULTS OF NEUTRON/GAMMA DISCRIMINATION WITH HYBRID PIXEL DETECTORS AT THE ACRR
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Particle showers detected on ISS in Timepix pixel detectors
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Performance of Silicon Pixel Detectors at Small Track Incidence Angles for the ATLAS Inner Tracker Upgrade
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Feasibility Demonstration of Two-Dimensional Time-Encoded Fast Neutron Imaging Using a Single Detector Pixel.
Abstract not provided.
Development of a Customized SSC Pixel Detector Readout for Vertex Tracking
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Development of Pixel Detectors for SSC Vertex Tracking
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Development of a Lightweight Silicon Pixel Detector for CMS to Search for New Physics in the Top Quark Sector
The discovery of a Higgs boson at the Large Hadron Collider (LHC) is one of the greatest achievements of experimental particle physics and a triumph for theoretical physics, which culminates in the very successful standard model (SM). Currently the LHC collider provides particle collisions at highest possible energies of $\sqrt{s}=13$ TeV, opening a new energy domain. Little Higgs models predict a heavy top quark partner, T, which would cancel the aforementioned top quark loop contributions to the Higgs boson mass. This particle is predicted to have a mass near the TeV scale. We search for a "vector-like" top partner which is an electroweak singlet and has vector couplings to W and Z bosons.
Enabling Large Format Deep Pixel Detectors Through 3D Quilt Packaging
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HyperNI: A High-Rate, Neutron Pixel Detector System
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Study of sub-pixel position resolution with time-correlated transient signals in 3D pixelated CdZnTe detectors with varying pixel sizes
Here, we evaluated the sub-pixel position resolution achievable in large-volume CdZnTe pixelated detectors with conventional pixel patterns and for several different pixel sizes: 2.8 mm, 1.72 mm, 1.4 mm and 0.8 mm. Achieving position resolution below the physical dimensions of pixels (sub-pixel resolution) is a practical path for making high-granularity position-sensitive detectors, <100 μμm, using a limited number of pixels dictated by the mechanical constraints and multi-channel readout electronics. High position sensitivity is important for improving the imaging capability of CZT gamma cameras. It also allows for making more accurate corrections of response non-uniformities caused by crystal defects, thus enabling use of standard-grade (unselected) and less expensive CZT crystals for producing large-volume position-sensitive CZT detectors feasible for many practical applications. We analyzed the digitized charge signals from a representative 9 pixels and the cathode, generated using a pulsed-laser light beam focused down to 10 m (650 nm) to scan over a selected 3×3 pixel area. We applied our digital pulse processing technique to the time-correlated signals captured from adjacent pixels to achieve and evaluate the capability for sub-pixel position resolution. As an example, we also demonstrated an application of 3D corrections to improve the energy resolution and positional information of the events for the tested detectors.