We have investigated scintillator efficiency for MeV radiographic imaging. This paper
discusses the modeled detection efficiency and measured brightness of a number of …

High energy X-rays and neutrons can provide 3-D volumetric views of large objects made of
multiple materials. Lenscoupled computed tomography using a scintillator imaged on a CCD …

This report presents results derived from a digital radiography study performed using x-rays
from a 2.3 MeV, rod-pinch diode. Detailed is a parameter study of cerium-doped lutetium …

X-ray imaging requires unique optical detector system configuration for optimization of
image quality, resolution, and contrast ratio. A system is described whereby x-ray photons …

A performance model for an x-ray imaging camera that is currently being developed at York
University for the recording of crystallographic diffraction patterns produced by synchrotron …

We report a new scintillator based on a transparent ceramic of Lu/sub 2/O/sub 3/: Eu. The
material has an extremely high density of 9.4 g/cm/sup 3/and a light output comparable to …

A 3D X-ray detector for imaging of 30–200keV photons is described. It comprises a stack of
semitransparent structured scintillators, where each scintillator is a regular array of …

Structured scintillator plates have been fabricated by filling thallium-doped caesium iodide
(CsI) into a silicon pore array. Their X-ray imaging properties have been characterized using …

A structured scintillator has been fabricated by filling a deep pore array in silicon with
scintillating material. The pitch of the pores is significantly smaller (15.7 μm, hexagonal …

Standard X-ray imaging techniques using CCDs require the integration of thousands of X-
ray photons into a single image frame. Through the addition of a scintillating layer to the …