Do you have a question about the Phantom Laboratory Catphan 503 and is the answer not in the manual?
Brand | Phantom Laboratory |
---|---|
Model | Catphan 503 |
Category | Laboratory Equipment |
Language | English |
Manual's purpose, development, and overview of phantom modules.
Detailed steps for mounting and leveling the Catphan phantom in the CT scanner.
Methods to check X, Y, and Z axis alignment using scan images of the CTP404 module.
Indexing distances from CTP404 to other test modules like CTP528 and CTP486.
Diagram showing the arrangement of CTP404, CTP528, and CTP486 modules.
Details the CTP404 module's components for slice width, sensitometry, and pixel size tests.
Procedures to verify the accuracy of the CT scanner's laser, optical, and mechanical alignment.
How to measure slice width using the 23° wire ramps and FWHM calculation.
Testing scanner incrementation between slices using wire ramps and table movement.
Tests for circular symmetry and verification of spatial linearity of pixel size.
Using spheres in the CTP404 module to evaluate imaging of volume averaged spheres.
Discussion on CT number variability and linearity scale for CT scanners.
Using sensitometry targets to monitor scanner performance and CT number linearity.
Details the CTP528 module for high resolution and the use of bead point sources.
Methods for calculating PSF and MTF using impulse sources and image data.
Guidance on using automated software for MTF analysis with Catphan bead images.
Using the bead to calculate the slice sensitivity profile (SSP) using FWHM.
Resolution tests using the 21 line pair/cm gauge for visual evaluation.
Module for measuring spatial uniformity, mean CT number, and noise value.
Step-by-step instructions for removing and inserting modules into the Catphan housing.
Description of optional annuli designed to be used with the standard 20cm Catphan housing.
Information on CTP553 and CTP554 dose phantoms and their mounting procedures.
A sample QA program outlining suggested frequencies for various CT tests.
Details web-based automated CT performance testing services like Image Owl.