Scintillators: buyer's guide, technical notes, application notes, tutorials of scintillators

Application Notes Optical Components Laser Crystals and Components Infrared Optics Optical Filters Scintillators Wafers and Substrates Crystal Materials Glass Materials

The Most Popular Blogs

Sapphire (Al2O3)

This article is a general introduction to Sapphire (Al2O3), including the structure and orientations of sapphire, the mechanical, optical, and thermal properties of sapphire, and the sapphire growth m..

JGS1

JGS1 is a synthetic UV-grade quartz glass suitable for optical applications equivalent to Corning 7980. JGS1 has high transmission across the UV to the NIR spectrum (180-2500nm), and is particularly a..

Introduction to Waveplates and Retarders

It is crucial for buyers to discriminate the differences between the various types of Waveplates and Retarders, here is a general, simple and approachable introduction about waveplates and retarders, ..

Optical Basics: Spherical Aberrations and Coma

This is a short piece of explanations about spherical aberrations and coma/comatic aberrations, which belong to the wider range of optical aberrations. Straightforward and readable detailed informatio..

Optical Basics: What is FOV (Field of View)

For optical imaging instruments and components, understanding the basic concept of FOV (Field of View) is fundamental for selecting the appropriate optical lenses and components that meet your specifi..

How X-ray Scintillators Work, Materials and Applications

Learn how scintillators enable X-ray imaging by converting X-rays into visible light. This guide explains the working principle of X-ray scintillators, common materials such as CsI and GOS, key performance parameters, and their applications in medical imaging, security screening, and industrial NDT.

Showing 21 to 21 of 21 (3 Pages)