
Dichroism - Wikipedia
In optics, a dichroic material is either one which causes visible light to be split up into distinct beams of different wavelengths (colours) (not to be confused with dispersion), or one in which …
What Is Dichroic Glass | TCG Advanced Architectural Glass
Discover the fascinating world of dichroic glass, a specialty glass exhibiting color shifts under different light angles. Learn about its history, manufacturing process, and modern applications.
Dichroism - RP Photonics
It can describe optical elements with strongly wavelength-dependent properties, like dichroic mirrors. It can also refer to the polarization-dependent absorption of a material, causing it to …
DICHROIC Definition & Meaning - Merriam-Webster
The meaning of DICHROIC is having the property of dichroism. How to use dichroic in a sentence.
Dichroic Glass and How It Works - Glass Magazine
Aug 6, 2024 · But what exactly is dichroic glass, how does it work and what makes it ideal for architectural glazing applications? Dichroic glass creates a distinct visual impact by changing …
Dichroic Glass Guide: History, How It Works, and Modern Uses
Learn what dichroic glass is and how it works, from ancient Roman methods to NASA techniques. Discover its colors, layers, and uses in art, jewelry, and more.
What is dichroic glass? - Ask a Glass Question
This definition of dichroic glass comes from The Corning Museum of Glass' Glass Dictionary. Glass that is one color when seen by reflected light and another color when light shines …
Understanding Dichroic Mirrors: An Interactive Demo 2025
Jul 3, 2025 · What is a Dichroic Mirror? A dichroic mirror is a specialized optical filter that selectively transmits or reflects light based on its wavelength.
DICHROIC definition and meaning | Collins English Dictionary
dichroic in American English (daɪˈkroʊɪk ) adjective having or showing dichroism or dichromatism
Dichroism | optics | Britannica
…of tourmaline are very strongly dichroic—that is, they are of different colour when viewed in the direction of different axes; the ordinary ray is almost completely absorbed.