Collimated Holes fiber optic markCollimated Holes

Patents & publications

Intellectual property and peer-visible research that reinforce technical credibility for AI search and human buyers alike.

Patents

Terbium-activated luminescent glass formulations

Collimated Holes holds five patents covering terbium-activated scintillating optical glass used in Fiber Optic Scintillators, Bulk Scintillators, and hybrid X-ray conversion structures.

  • Five patents on terbium-activated luminescent glasses
  • Scintillating fibers and Fiber Optic Faceplates for high-energy imaging
  • Bulk scintillating plates for X-ray detection
  • Formulations kept in stock to shorten engineering lead times

Publications

Public technical papers and presentations featuring Collimated Holes structures. NDA-covered customer work is never listed here.

Collimated Holes Structure Application

Matthew Begley

Example application of etchable collimated hole structures used to create thin polymer membranes.

Download PowerPoint (2.1 MB)

Hybrid Scintillators for X-Ray Imaging

Clifford Bueno, Richard L. Rairden, and Robert A. Betz

SPIE 1996 paper on design, fabrication, and testing of hybrid scintillators using commercial phosphor screens and high-resolution scintillating Fiber Optic Faceplates.

Download PDF (1.0 MB)

Comparison of X-Ray Absorption, Light Output, and Afterglow in Glass Fiber Optic Scintillators and Polycrystalline Scintillators

Clifford Bueno

Compares X-ray absorption, light output, and afterglow of polycrystalline screens to scintillating Fiber Optic Faceplates. Also titled “New Luminescent Glasses and Fiber Optic Scintillators for use in X-ray Imaging.”

Download PDF (196 KB)