Nicola Tartoni
(Diamond Light Source)
05/07/2012, 14:10
Energy dispersive detectors
With three beam lines and four end stations devoted to EXAFS experiments, absorption spectroscopy is one of the major experimental techniques available at Diamond Light Source. Energy resolving fluorescence detectors are the most used in EXAFS experiments with dilute elements and are the part that most often limits the performance of EXAFS beam lines. In this talk I will describe briefly the...
D Peter Siddons
(Brookhaven National Laboratory)
05/07/2012, 14:35
The talk will describe ongoing work towards developing a range of new detectors for x-ray synchrotron radiation applications, and show results from some of these efforts.
Mr
Matt Wilson
(STFC Detector Development Group)
05/07/2012, 15:00
Energy dispersive detectors
A hyperspectral imaging detector for high energy X-rays has been developed at STFC as part of the UK wide HEXITEC collaboration. The HEXITEC detector uses CdTe or CdZnTe with 80x80 pixels on a 250µm pitch. Each pixel is gold stud and silver epoxy bump bonded onto the HEXITEC ASIC which has a set of identical electronics to readout the energy of every photon detected in the sensor from 4keV to...
Dr
Adrian Niculae
(1. PNDetector GmbH, Otto-Hahn-Ring 6, 81739 Munich, Germany)
05/07/2012, 15:25
Energy dispersive detectors
In recent years, SDD detectors have become indispensable for a large variety of industrial and research applications. Featuring the monolithical integration of the first FET onto the detector, the SDDs manufactured by the companies PNSensor and PNDetector in Munich have established themselves as high resolution, high throughput energy dispersive detectors for X-ray Fluorescence (XRF) or X-ray...
