Max Von Laue (9th October 1879 – 23 April 1960) discovered a phenomenon known as “diffraction patterns” occurs when waves...
X-ray computed microtomography allows the rendering of a virtual 3D model of an object with spatial resolutions in the micrometre...
Coming soon the New sCMOS 4123 Camera 24/7 Surveillance colour and NIR delivers low light level imaging down to <30...
In-situ beamline analysis is carried out using X-ray detectors based on next-generation scientific CMOS. These sensors, thanks to very low...
35 years experience in designing innovative high sensitivity low noise imaging solutions for OEMs. Our technology is based around cooled...
In this interview, Christian describes how the Photonic Science Laue Crystal Orientation System has helped in the manufacturing process for...
Laue diffraction occurs when a polychromatic X-ray beam impinges on a crystal. This unique reflection geometry was first discovered by...
Photonics Science is one of the industry leaders when it comes to turnkey imaging solutions based on precision sensing devices....
Neutron Laue diffraction system designed with the ILL Grenoble: Written By John Allibon Diffraction Group Institut Laue-Langevin Grenoble. The Institut...
Synchrotrons are extremely powerful tools used to radially accelerate electrons to high energy states. There are more than 50 light...
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