Abstract. We are developing an integrating Pixel Array Detector (PAD) for microsecond timeresolved x-ray diffraction. The current detector prototype has a format of 92x100 pixels, each 150µm square, and covers an active area of 15x13.8 mm 2 . The detector was tested at the CHESS D1 beamline and imaging capabilities within the microsecond time resolution regime were successfully demonstrated. This prototype is a test module en route to a larger detector of 1000x1000 pixels suitable for dedicated operation. Areas in need of improvement (radiationhardness, large area coverage) will be discussed
We developed a silicon avalanche photodiode (Si-APD) linear-array detector to be used for nuclear re...
The SYRMEP (SYnchrotron Radiation for MEdical Physics) collaboration is now developing a microstrip ...
At X-ray synchrotron facilities, scattering experiments require detectors with a large sensitive sur...
A large-area pixel x-ray detector is being developed to collect eight successive frames of wide dyna...
Progress on the design, fabrication, testing and assembly of two-layer Pixel Array Detectors (PADs) ...
Dynamic x-ray studies may reach temporal resolutions limited by only the x-ray pulse duration if the...
This paper describes the development of a large-area hybrid pixel detector designed for time-resolve...
For X-ray diffraction experiments, the required dynamic range is a challenge. The signal ranges usua...
ABSTRACT: Test results are presented of a pixel array detector (PAD) developed for x-ray imaging at ...
The progress in micro electronic and the avaibility to develop custom electronic chips allow to rea...
We developed a silicon avalanche photodiode (Si-APD) linear-array detector to be used for time-resol...
ABSTRACT An imaging Pixel Array Detector (PAD) is being developed to record x-ray scattering images ...
We have designed and built prototype modules of a large area photon counting hybrid pixel detector. ...
Par rapport aux détecteurs de rayons X couramment utilisés pour la cristallographie, les détecteurs ...
Modules of a photon counting pixelated silicon X-ray detector have been built and tested, The module...
We developed a silicon avalanche photodiode (Si-APD) linear-array detector to be used for nuclear re...
The SYRMEP (SYnchrotron Radiation for MEdical Physics) collaboration is now developing a microstrip ...
At X-ray synchrotron facilities, scattering experiments require detectors with a large sensitive sur...
A large-area pixel x-ray detector is being developed to collect eight successive frames of wide dyna...
Progress on the design, fabrication, testing and assembly of two-layer Pixel Array Detectors (PADs) ...
Dynamic x-ray studies may reach temporal resolutions limited by only the x-ray pulse duration if the...
This paper describes the development of a large-area hybrid pixel detector designed for time-resolve...
For X-ray diffraction experiments, the required dynamic range is a challenge. The signal ranges usua...
ABSTRACT: Test results are presented of a pixel array detector (PAD) developed for x-ray imaging at ...
The progress in micro electronic and the avaibility to develop custom electronic chips allow to rea...
We developed a silicon avalanche photodiode (Si-APD) linear-array detector to be used for time-resol...
ABSTRACT An imaging Pixel Array Detector (PAD) is being developed to record x-ray scattering images ...
We have designed and built prototype modules of a large area photon counting hybrid pixel detector. ...
Par rapport aux détecteurs de rayons X couramment utilisés pour la cristallographie, les détecteurs ...
Modules of a photon counting pixelated silicon X-ray detector have been built and tested, The module...
We developed a silicon avalanche photodiode (Si-APD) linear-array detector to be used for nuclear re...
The SYRMEP (SYnchrotron Radiation for MEdical Physics) collaboration is now developing a microstrip ...
At X-ray synchrotron facilities, scattering experiments require detectors with a large sensitive sur...