8th Jun, 2020
X-ray Imagery, Microtomography : Optical imaging is a deeply complex field that exploits increasingly wide portions of the electromagnetic spectrum to accomplish a range of objectives. Microscopy, for instance, uses visible light to magnify samples and investigate their minute characteristics. Significant technological advances have enabled various forms of electromagnetic radiation to be used in analytical…
8th Jun, 2020
Understanding the propagation of dislocations, and formation of sub grain structure / boundaries during the production of mono like bulk Silicon is fundamental for delivering low cost high efficiency solar cells. Mapping grain orientation and grain structure are traditionally done using Electron Back Scattered Diffraction but is limited to small areas. The Photonic Science X-ray…
1st Jun, 2020
A Brief Introduction to X-ray Imaging: First discovered by Roentgen, X-rays have been a cornerstone technology in medical diagnostics, helping clinicians diagnose a wide range of immediate and underlying health issues in patients. Yet this familiar technology is useful for a broad application base beyond medical radiography interventional surgery and CT applications. X-ray imaging covers…
21st May, 2020
Ensuring that seed germination occurs at the same time requires systematic inspection / selection of seeds. Tomato seeds below imaged at <20kV combined with 16 megapixel resolution are key parameters to scan through massive amounts of specimens with reliable fail / pass discrimination criterion. Geometric magnification combined with phase contrast effects unveils folding structure embedded…
21st May, 2020
Short-wave infrared (SWIR) cameras offer an extended dynamic range for unprecedented intrascene performance, empowering users to visualize critical phenomena in vivid detail. This is achieved by exploiting the portion of infrared light between the visible and mid-wave infrared (MWIR) spectrums. Photonics Science is one of the foremost SWIR camera suppliers worldwide, offering a choice of…
