Protein microcrystallography is an active field of study in the synchrotron community, due to the fact that many proteins of scientific interest produce only small, weakly-diffracting crystals. New detectors must be developed to improve data quality and facilitate new experimental protocols, such as low-flux single-shot diffraction from microcrystals. The pioneering work in microcrystallography has been done primarily with phosphor-coupled CCDs and, more recently, with photon-counting pixel array detectors. However, both technologies have drawbacks that inhibit further development of the field. Phosphorcoupled CCDs have a large point spread function and relatively low signal-tonoise ratio (on the order of 0.5-1) for single x-ray photons. Ph...
The progress in micro electronic and the avaibility to develop custom electronic chips allow to rea...
In the framework of an experimental program to study the possibility of using a silicon crystal for ...
International audienceThe XPAD detector is a 2D X-ray imager based on hybrid pixel technology, gathe...
A detector with a 114 mm aperture, based on a charge-coupled device (CCD), has been designed for X-r...
Protein crystallography has made the largest contribution to our knowledge of protein structure. How...
A direct charge coupled device (CCD) detector has been used to record Laue diffraction data from a p...
A large-area pixel x-ray detector is being developed to collect eight successive frames of wide dyna...
Recent success at X-ray free-electron lasers has led to serial crystallography experiments staging a...
AbstractThe x-ray exposure at which significant radiation damage occurs has been quantified for froz...
In order to exploit the potential of modern X-ray diffraction studies to its full extent, a new gene...
In recent years, the success of serial femtosecond crystallography and the paucity of beamtime at X-...
Discussed is the design and development of an area CCD-based X-ray detector system that uses the fir...
Recently, significant technological innovations have enabled the measurement of both X-ray and elect...
A new approach for collecting data from many hundreds of thousands of microcrystals using X-ray puls...
During the 1990's, macromolecular crystallography became progressively more dependent on synchrotron...
The progress in micro electronic and the avaibility to develop custom electronic chips allow to rea...
In the framework of an experimental program to study the possibility of using a silicon crystal for ...
International audienceThe XPAD detector is a 2D X-ray imager based on hybrid pixel technology, gathe...
A detector with a 114 mm aperture, based on a charge-coupled device (CCD), has been designed for X-r...
Protein crystallography has made the largest contribution to our knowledge of protein structure. How...
A direct charge coupled device (CCD) detector has been used to record Laue diffraction data from a p...
A large-area pixel x-ray detector is being developed to collect eight successive frames of wide dyna...
Recent success at X-ray free-electron lasers has led to serial crystallography experiments staging a...
AbstractThe x-ray exposure at which significant radiation damage occurs has been quantified for froz...
In order to exploit the potential of modern X-ray diffraction studies to its full extent, a new gene...
In recent years, the success of serial femtosecond crystallography and the paucity of beamtime at X-...
Discussed is the design and development of an area CCD-based X-ray detector system that uses the fir...
Recently, significant technological innovations have enabled the measurement of both X-ray and elect...
A new approach for collecting data from many hundreds of thousands of microcrystals using X-ray puls...
During the 1990's, macromolecular crystallography became progressively more dependent on synchrotron...
The progress in micro electronic and the avaibility to develop custom electronic chips allow to rea...
In the framework of an experimental program to study the possibility of using a silicon crystal for ...
International audienceThe XPAD detector is a 2D X-ray imager based on hybrid pixel technology, gathe...