7th Jul, 2020
Download PDF Laue diffraction is a powerful method for investigating crystal orientation. We’ll discuss in this short case study acquisition routines deployed in research as well as production laboratories. The Photonic Science & Engineering (PSEL) Laue tool uses a polychromatic “white” beam configuration, passing through the centre of our detector. An intense beam with typically…
1st Jul, 2020
X-ray Detectors for Synchrotron beamlines: The Photonic Science team has designed and manufactured X-ray and Neutron detectors for over 30 years. Photonic Science’s New advanced X-ray sCMOS detectors dedicated to synchrotron applications are an ideal upgrade solution for older CCD detectors. The range of imaging detectors available covers nearly all possible requirements including (ultra) high…
25th Jun, 2020
Temperature compensation matters for Short Wave Infra Red cameras. SWIR cameras not capable of adapting to ambient temperature changes will introduce many unwanted cosmetic artefacts inherent to the conception of the sensor. Photonic Science has been designing SWIR cameras for over a decade. This experience has allowed us to develop techniques that make sure that…
11th Jun, 2020
Dear Photonic Science clients and suppliers, We hope that you, your co-workers and your family are safe and well. During this very challenging time it is more important than ever to stay in touch. Below are our latest videos including commentary from our R&D Manger Scott York, our MD Daniel Brau and our Sales and Marketing Manager…
10th Jun, 2020
Cooled VGA SWIR camera from PSEL used for quantum dot In vivo imaging Nano Research 2015: Real-time in vivo visualization of tumor therapy by a near-infrared-II Ag2S quantum dot-based theranostic nanoplatform. A smart nanoplatform integrating drug delivery,tumor microenvironment-response drug release and NIR-II fluorescence imaging, for real-time in vivo visualization of tumor theranostics. Read full atricle…
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