M00036149
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MEDICAL ELECTRICAL EQUIPMENT - MEDICAL ELECTRON ACCELERATORS - FUNCTIONAL PERFORMANCE CHARACTERISTICS
International Electrotechnical Committee
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Availability date: 11/06/2021
FOREWORD<br>INTRODUCTION<br>1 Scope<br>2 Normative references<br>3 Terms and definitions<br>4 Environmental conditions<br> 4.1 General<br> 4.2 Transport and storage<br> 4.3 Power supply<br>5 General information to the USER<br> 5.1 Functional performance characteristics<br> 5.2 Available nominal energies and ABSORBED DOSE RATES<br> 5.3 Available RADIATION FIELDS<br> 5.4 NORMAL TREATMENT DISTANCE<br> 5.5 Available WEDGE X-RAY FIELDS<br> 5.6 Available flattening FILTERS<br> 5.7 Availability<br> 5.8 Influencing quantities<br> 5.9 Maintenance<br> 5.10 Presentation<br> 5.11 Dimensions, clearances, within the RADIATION HEAD, and <br> in the region RADIATION HEAD to ISOCENTRE, of BEAM <br> LIMITING DEVICES<br> 5.12 IMRT<br>6 Standardized test conditions<br> 6.1 General<br> 6.2 Angle settings<br> 6.3 Properties and positioning of the PHANTOM<br> 6.4 Positioning of measuring points<br> 6.5 RADIATION DETECTORS<br> 6.6 STANDARD MEASUREMENT DEPTHS<br> 6.7 RADIATION FIELDS<br> 6.8 Adjustments during test<br> 6.9 Use of RADIOGRAPHIC FILM or alternative imaging method<br>7 DOSE MONITORING SYSTEM<br> 7.1 General<br> 7.2 Reproducibility<br> 7.3 Proportionality<br> 7.4 Dependence on angular positions<br> 7.5 Dependence on GANTRY rotation<br> 7.6 Dependence on the shape of the RADIATION FIELD<br> 7.7 Stability of calibration<br> 7.8 Stability in MOVING BEAM RADIOTHERAPY<br>8 Depth ABSORBED DOSE characteristics<br> 8.1 X-RADIATION <br> 8.2 ELECTRON RADIATION<br>9 Uniformity of RADIATION FIELDS<br> 9.1 X-RADIATION<br> 9.2 ELECTRON RADIATION<br> 9.3 PENUMBRA of RADIATION FIELDS<br>10 Indication of RADIATION FIELDS<br> 10.1 X-RADIATION<br> 10.2 ELECTRON RADIATION<br> 10.3 Geometry and motion speeds of adjustable BLDs for <br> X-RADIATION and ELECTRON RADIATION<br> 10.4 Illuminance and PENUMBRA of the LIGHT FIELD<br>11 Indication of the RADIATION BEAM AXIS<br> 11.1 General<br> 11.2 Indication on entry to the PATIENT<br> 11.3 Indication on exit from the PATIENT<br>12 ISOCENTRE<br> 12.1 Displacement of the RADIATION BEAM AXIS from the <br> ISOCENTRE<br> 12.2 Indication of the ISOCENTRE<br>13 Indication of distance along the RADIATION BEAM AXIS<br> 13.1 Indicating device<br> 13.2 Additional indicating device for equipment with <br> variable distance between RADIATION SOURCE and <br> ISOCENTRE and for non-isocentric equipment<br>14 Zero position of rotational scales<br> 14.1 General<br> 14.2 Information to the USER<br> 14.3 Tests<br>15 Congruence of opposed RADIATION FIELDS<br> 15.1 Information to the USER<br> 15.2 Test<br>16 Movements of the PATIENT table<br> 16.1 General<br> 16.2 Vertical movement of the table<br> 16.3 ISOCENTRIC rotation of the table<br> 16.4 Parallelism of table rotational axes<br> 16.5 Rigidity of the table<br>17 ELECTRONIC IMAGING DEVICE (e.g. EPID)<br> 17.1 Information to the USER<br> 17.2 Tests<br>Annex A (informative) Format for presentation of functional <br> performances values<br>Index of defined terms
Applies to medical ELECTRON ACCELERATORS when used, for therapy purposes, in human medical practice.
Published | |
Document Type | Standard |
Status | Current |
Publisher | International Electrotechnical Committee |
Pages | |
ISBN | |
Committee | TC 62 |