Time schedule
COURSE: Validation and process control for low energy electron beam irradiation
Validation and process control for low energy electron beam irradiation, 2026 |
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| Day 1 | Day 2 | Day 3 | |
| 09:00 | Introduction | Measurement traceability | PQ - Dose mapping |
| Electron accelerator facilities | Measurement uncertainty | ||
| Standards -- Principles of IQ-OQ-PQ | Establish uncertainty budget | Prepare products for irradiation | |
| Guide on the use of low energy e-beam for decontamination | Influence of environment parameters | Measure dosimeters | |
| 10:30 | Dosimeter systems | IQ-OQ | Analysis of data |
| Alanine films | Dose as function of current, speed, beam width | ||
| Risø B3, GEX, FWT | Beam Penetration (Energy) | Process control | |
| RisøScan | Reference product dose map | Use of uncertainty data | |
| Dµ - principles and method | Process interruption | Setting of irradiation parameters | |
| LUNCH | |||
| 13:00 | Calibration | Prepare dosimeters for irradiation | Establish maximum acceptable dose |
| Prepare dosimeter for irradiation | Irradiation of samples and dosimeters | Effect of radiation on polymers | |
| Irradiation of dosimeters | Measure dosimeters | ||
| Analysis of data | |||
| 15:00 | Measure dosimeters | Selecting the required dose for effective process | Evaluation |
| RisøScan | Microbiological aspects | ||
| Spectrophotometer | ISO 11137 – methods | Close approx. 15:00 | |
| Establish calibration functions | Low energy issues | ||
| Close 16:30 | Verification of calibration | ||