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Radiation Protection Technology

Content

1 Radiation Protection Technology

Objectives

1.1 The Atom

The size of the atom

1.2 Element

1.3 Isotopes and nuclides

1.4 Molecule

1.5 Ions and ionization

1.6 Radioactivity

Activity

Half-life

1.7 Ionizing radiation

Radiation

1.8 Ranges and shielding

Decay chains

2 THE BIOLOGICAL EFFECTS OF RADIATION

Introduction

2.1 The cell and the DNA-molecule

Cell division

2.2 Factors that affect DNA

The impact of ionizing radiation on DNA

Direct and indirect effects

Different types of DNA damage

2.3 Quantities and units

2.4 External and internal irradiation

Biological half-life

Calculation of internal doses

2.5 The effects of radiation

2.6 Risk assessment

Late Injuries

Radiation dose and cancer risk

Risk assessment for hereditary damage

Collective dose

2.7 Radiation environment

2.8 Risk comparisons

3 RADIATION PROTECTION REGULATIONS

3.1 Laws and regulations

3.2 Optimization/Dose-reducing measures

Pre-Job Briefing (PJB)

4 RADIATION ENVIRONMENT

Summary

4.1 Radiation Sources

Active corrosion products

Active substances in steam and water

4.2 Controlled areas

Plant layout

4.3 Improve the radiation environment

4.4 Environmental monitoring and emissions

5 DOSIMETRI

Risks

Dosimetry

5.1 Dosimeters

Personal dosimeter

Direct-reading  dosimeters

6 Survey instrument

6.1 Introduction

6.3 Measurement and evaluation techniques

Energy response

6.4 Detectors

6.5 Dose rate instruments

6.6 Surface contamination

6.7 Airborn contamination

6.8 Selection of detectors

Pre operational check

7 Radiation Protection

7.1 Introduction

7.2 Controlled areas

7.3 Access controll

7.4 External and Internal Irradiation

External irradiation

Internal irradiation

Whole Body Measurement

7.5 Protection against external gamma radiation

7.6 Protection against external beta radiation

7.7 Contamination

Types of activities

7.8 Protection against surface contamination

7.9 Protection against airborne contamination

Respitory protection

7.10 Klassning av områden

Klassningsgränser

Klassningsmetoder

7.11 Klassning av komponenter

Extern strålning

7.12 Radiologiska skyltar

7.13 Avsökning och persondekontaminering

Olycksfall

Åtgärder som skyddspersonal kan vidta (överkurs)

7.14 In- och utförsel av material

7.15 Dekontaminering av material

7.16 Lokalt strållarm

7.17 Tillfällig avspärrning och tillfällig skogräns (driftpersonal)

8 AVFALLSHANTERING

Ämnesmål

Lektionsmål

8.1 Radioaktivt avfall

8.2 Hantering

Driftavfall

8.3 Minimering av sopor

Quiz Modules

Quiz on Strålningsfysik

Quiz on Strålningens Biologiska Verkan

Quiz on Strålskydds-Bestämmelser

Quiz on Strålningsmiljö

Quiz on Dosimetri

Radiation Basics

<div class="simple-box-wrapper"><div class="simple-box"><div class="column" flex-size="undefined"><p>Radiation Protection Technology - Basic Course is a course that aims to provide participants with a fundamental understanding of radiation protection and the technical aspects of radiation physics. This should be seen as a complement to classroom instruction. The course is structured into several sections that cover basic concepts in radiation physics, biological effects of radiation, applicable laws and regulations, and the management of radiation environments. By combining theoretical knowledge with practical applications, the course prepares participants to work effectively with radiation protection in various environments, including nuclear power plants and medical institutions. The course content is carefully designed to provide a comprehensive view of radiation protection technology, where each section builds on the previous one. Participants will gain insight into topics such as atomic structure, isotopes, biological effects of radiation, dosimetry, and measuring instruments. In addition, the course will highlight the importance of risk assessment and safety measures to minimize exposure to radiation. By completing the course, participants will have a solid foundation for understanding and applying radiation protection principles in practice, which is essential for ensuring both personal and public safety in radiation-exposed environments.</p></div></div></div>