AS/NZS 4545.1:1999

Table of Contents

1 -  AS/NZS 4545.1:1999 RADIONUCLIDE IMAGING DEVICES - CHARACTERISTICS AND TEST CONDITIONS - POSITRON EMISSION TOMOGRAPHS
4 -  PREFACE
5 -  CONTENTS
7 -  1 General
7 -  1.1 Scope and object
7 -  1.2 Normative reference
7 -  2 Terminology and definitions
7 -  2.1 TOMOGRAPHY (see annex A)
7 -  2.1.1 TRANSVERSE TOMOGRAPHY
8 -  2.1.2 EMISSION COMPUTED TOMOGRAPHY (ECT)
9 -  2.1.3 POSITRON EMISSION TOMOGRAPHY (PET)
10 -  2.1.4 Reconstruction
10 -  2.2 IMAGE MATRIX
10 -  2.2.1 MATRIX ELEMENT
11 -  2.2.2 VOXEL
11 -  2.3 POINT SPREAD FUNCTION (PSF)
11 -  2.3.1 PHYSICAL POINT SPREAD FUNCTION
11 -  2.3.2 AXIAL POINT SPREAD FUNCTION
11 -  2.3.3 TRANSVERSE POINT SPREAD FUNCTION
11 -  2.4 TRANSVERSE RESOLUTION
11 -  2.4.1 TRANSVERSE RESOLUTION
11 -  2.4.2 AXIAL RESOLUTION
11 -  2.4.3 AXIAL SLICE WIDTH
12 -  2.4.4 EQUIVALENT WIDTH (EW)
12 -  2.4.5 FULL WIDTH AT HALF MAXIMUM (FWHM)
12 -  2.5 RECOVERY COEFFICIENT
12 -  2.6 Tomographic sensitivity
12 -  2.6.1 SLICE SENSITIVITY
12 -  2.6.2 VOLUME SENSITIVITY
12 -  2.7 COUNT RATE CHARACTERISTIC (see annex A)
12 -  2.7.1 COUNT LOSS
12 -  2.7.2 COUNT RATE
12 -  2.7.3 TRUE COUNT RATE (see annex A)
12 -  2.7.4 ADDRESS PILE UP
13 -  2.8 SCATTER FRACTION (SF)
13 -  2.9 POINT SOURCE
13 -  2.10 LINE SOURCE
13 -  3 Test methods
13 -  3.1 SPATIAL RESOLUTION
13 -  3.1.1 General
13 -  3.1.2 Purpose
14 -  3.1.3 Method
15 -  3.1.4 Analysis
16 -  3.1.5 Report
16 -  3.2 RECOVERY COEFFICIENT
16 -  3.2.1 General
16 -  3.2.2 Purpose
16 -  3.2.3 Method
16 -  3.2.4 Data collection
17 -  3.2.5 Data processing and analysis
17 -  3.2.6 Report
17 -  3.3 Tomographic sensitivity
17 -  3.3.1 General
17 -  3.3.2 Purpose
17 -  3.3.3 Method
18 -  3.3.4 Analysis
19 -  3.3.5 Report
19 -  3.4 Uniformity
19 -  3.5 COUNT RATE CHARACTERISTIC
19 -  3.5.1 General
19 -  3.5.2 Purpose
20 -  3.5.3 Method
20 -  3.5.4 Data acquisition and analysis
22 -  3.5.5 Report
22 -  3.6 Scatter measurement
22 -  3.6.1 General
22 -  3.6.2 Purpose
23 -  3.6.3 Method
23 -  3.6.4 Analysis
24 -  3.6.5 Report
24 -  3.7 ATTENUATION correction
24 -  3.7.1 General
24 -  3.7.2 Purpose
25 -  3.7.3 Method
25 -  3.7.4 Analysis
26 -  3.7.5 Report
26 -  4 ACCOMPANYING DOCUMENTS
26 -  4.1 Design parameters
27 -  4.2 Configuration of the tomograph
27 -  4.3 SPATIAL RESOLUTION
27 -  4.4 RECOVERY COEFFICIENT
27 -  4.5 Sensitivity
27 -  4.6 COUNT RATE performance
27 -  4.7 SCATTER FRACTION
27 -  4.8 Accuracy of ATTENUATION correction
38 -  Annex A - Index of defined terms
40 -  Annex ZA - Normative references to international publications with their corresponding European publications

Abstract

Specifies terminology and test methods for declaring the characteristics of positron emission tomographs. This Standard is identical with and has been reproduced from IEC 61675-1:1998.

Scope

This part of IEC 61675 specifies terminology and test methods for declaring the characteristics of POSITRON EMISSION TOMOGRAPHS. POSITRON EMISSION TOMOGRAPHS detect the ANNIHILATION RADIATION of positron emitting RADIONUCLIDES by COINCIDENCE DETECTION.
The test methods specified in this part of IEC 61675 have been selected to reflect as much as possible the clinical use of POSITRON EMISSION TOMOGRAPHS. It is intended that the test methods be carried out by manufacturers, thereby enabling them to declare the characteristics of POSITRON EMISSION TOMOGRAPHS. So, the specifications given in the ACCOMPANYING DOCUMENTS shall be in accordance with this standard. This standard does not imply which tests will be performed by the manufacturer on an individual tomograph.
No test has been specified to characterize the uniformity of reconstructed images, because all methods known so far will mostly reflect the noise in the image.

General Product Information

Published
Document Type	Standard
Status	Current
Publisher	Standards Australia
ProductNote	Pending Revision indicates that as a result of the Aged Standards review process, the document needs updating. If no project proposal, meeting the quality criteria, is received within the 12 month timeframe, the document shall be withdrawn.
Pages
ISBN
Committee	HE-003
Supersedes	DR 98433