Summary of ZMT533 DOSIMETRI SINARAN (RADIATION DOSIMETRY)

Contact Us Elearn USM Support Center

Website OPAC ePerpustakaan Course Reserve Reference & Academic Support Research Data Management Proquest eBook Central Open Educational Resources (OER) Open Science USM Library TV

General

Announcements

ZMT 533 Whatsapp group

Textbook (Attix)

Assignment 1 Details

Assignment 2 (Questions and Submission)

Assignment 1 Slides Submission

14 October - 20 October

Timetable ZMT 533/4 course (2024/2025) - updated

Short survey regarding ZMT 533 course

Outline Chapter 1: Introduction to Radiation Dosimetry

Chapter 1 - Introduction to Radiation Dosimetry

Chernobyl 2012: The highly radioactive graphite crane claw

Chernobyl Accident - Simulation only

What is a Dosimeter?

21 October - 27 October

Outlines Chapter 3: Photon Interactions with Matter

Chapter 3 - Photon Interaction with Matter (Part 1)

Chapter 3 - Photon Interaction with Matter (Part 2)

X-ray Attenuation

Photon Interaction with Matter

Photon Interaction with Matter (Demo)

Auger Effect (Demo)

28 October - 3 November

Outline Chapter 4

Chapter 4 - Charged Particles Interaction with Matter

CP interactions with matter

Alpha, proton, positron and electron interaction with matter

Range and Bragg Curve

Energy straggling, stopping power and LET

How to Calculate Absorbed Dose in Foil (Incoming CP)

Stopping power (Extra notes)

Exercise 1 Q (covers Chapter 3 and 4)

Exercise 1 A

4 November - 10 November

Outline Chapter 13

Chapter 13 - Neutron Interaction and Dosimetry

Microscopic and Macroscopic Cross-sections

Exercise 2 (covers Chapter 13)

Exercise 2 A

11 November - 17 November

Outline Chapter 2

Chapter 2 - Main Quantities and Units Used in Dosimetry

Radiometry and Interaction Coefficient Quantities

Dosimetry Quantities

Comparison of 3 doses

Stochastic vs Non-Stochastic Quantities

Comparison of attenuation coefficients

Exercise 3 (covers Chapter 2 only)

Exercise 3 A

9 December - 15 December

Outline Chapter 5

Chapter 5 - Charged Particle and Radiation Equilibria

RE and CPE

Outlines Chapter 6

Chapter 6 - Cavity Theory

Bragg-Gray cavity theory

Test 1 A

Exercise 4 Q (covers Chapter 5 and 6)

Exercise 4 A

16 December - 22 December

Outline Chapter 7

Chapter 7 - Ionization Chamber (IC) Dosimetry Systems (Part 1)

Chapter 7 - Ionization Chamber (IC) Dosimetry Systems (Part 2)

Exercise 5 Q (covers Chapter 7 only)

Exercise 5 A

23 December - 29 December

Test 2 A

Please login using USM Identity