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JIF460 - Nuclear And Radiation Physics
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WELCOME TO JIF 460
TEACHING PLAN JIF 460
JIF 460 TEMPLATE Learning, Teaching and Assesment Plan (LTAP) (1)[42]
FILE KURSUS JIF460 (OBE) (copy)
COURSE TOPICS
Lesson 2: Radioactivity and the decay processes
Lesson 3: Nuclear Reaction
Lesson 4: Interactions of radiation with matter 1
Lesson 5: Interactions of radiation with matter 2
Lesson 6: Application of radiation
Lesson 7: Radiation detection 1
Lesson 8: Radiation detection 2
Lecture Notes 2022/23
Lecture Notes 2021/2022
TOPIC 1: The properties of nucleus
MAIN LEARNING MATERIAL
Nuclear Medicine Physics- A Handbook for Teachers and Students
SELF ASSESSMENT
JIF 460 SELF ASSESSMENT TOPIC 1 NUCLEUS PROPERTIES SOLUTION
JIF 460 SELF ASSESSMENT TOPIC 1 THE NUCLEUS PROPERTIES
SELF-LEARNING ACTIVITY
Exploring the Properties of the Nucleus
TOPIC 2: Radioactivity and the decay processes
MAIN LEARNING MATERIAL
Nuclear Medicine Physics- A Handbook for Teachers and Students
SELF-ASSESSMENT
JIF 460 SELF ASSESSMENT TOPIC 2 radioactivity and decay processes
JIF 460 SELF ASSESSMENT TOPIC 2 radioactivity and decay processes SOLUTION
SELF-LEARNING ACTIVITY
Exploring Radioactivity and Decay Processes
TOPIC 3: Nuclear Reaction
MAIN LEARNING MATERIAL
Nuclear Medicine Physics- A Handbook for Teachers and Students
SELF-ASSESSMENT
JIF 460 SELF ASSESSMENT TOPIC 3 Nuclear Reactions
JIF 460 SELF ASSESSMENT TOPIC 3 Nuclear Reactions SOLUTION
SELF-LEARNING ACTIVITY
Exploring Nuclear Reactions
TOPIC 4: Interactions of radiation with matter 1
MAIN LEARNING MATERIAL
Nuclear Medicine Physics- A Handbook for Teachers and Students
SELF-ASSESSMENT
JIF 460 SELF ASSESSMENT TOPIC 4 Radiation with Matter1
JIF 460 SELF ASSESSMENT TOPIC 4 Interactions of Radiation with Matter 1 SOLUTION
SELF-LEARNING ACTIVITY
Exploring Interactions of Radiation with Matter
TOPIC 5: Interactions of radiation with matter 2
MAIN LEARNING MATERIAL
Nuclear Medicine Physics- A Handbook for Teachers and Students
SELF-ASSESSMENT
JIF 460 SELF ASSESSMENT TOPIC 5 Radiation with Matter2
JIF 460 SELF ASSESSMENT TOPIC 5 Interactions of Radiation with Matter 2 SOLUTION
SELF-LEARNING ACTIVITY
Exploring Radiation-Matter Interactions
TOPIC 6: Radiation detection
MAIN LEARNING MATERIAL
Nuclear Medicine Physics- A Handbook for Teachers and Students
SELF-ASSESSMENT
JIF 460 SELF ASSESSMENT TOPIC 6 Radiation Detection
JIF 460 SELF ASSESSMENT TOPIC 6 Radiation Detection SOLUTION
SELF-LEARNING ACTIVITY
Exploring Radiation Detection with Ionization Chambers
TOPIC 7: Radiation detector
SUPPLEMENTARY
Nuclear Medicine Physics- A Handbook for Teachers and Students
MYNOTE TOPIC 7
Exploring Radiation Detectors
TOPIC 8: Application of radiation
MAIN LEARNING MATERIAL
application of radiation
SELF-ASSESSMENT
JIF 460 SELF ASSESSMENT TOPIC 8 the application of radiation
JIF 460 SELF ASSESSMENT TOPIC 8 the application of radiation SOLUTION
SELF-LEARNING ACTIVITY
Exploring the Latest Uses of Radiation in Medicine, Industry, and Agriculture
WEBEX SESSIONS
SLIDE PPT
06. JIF 460 TOPIC 1 THE PROPERTIES OF NUCLEUS
06. JIF 460 TOPIC 1 Atomic Structure
06. JIF 460 TOPIC 2 RADIOACTIVITY
06. JIF 460 TOPIC 2 HALF LIFE 4
06. TOPIC 2 RADIOACTIVE DECAY
INTENSIVE radioactivity solutions
Assignment
Exercise
e-Kuliah
1.1 Discovery of the nucleus
1.2 Discovery of the neutrons.
1.3 Number of nucleons and the Periodic Table
2.1 Nuclear properties
2.2 Nuclear radius based on nuclear charge
2.3 Nuclear radius based on nuclear matter
2.4 Nuclear binding energy
2.5 Nuclear force
2.6 Deuteron nuclear force
3.1 Activity and half-life
3.2 Conservation laws in radioactive decay
3.3 Alpha decay
3.4 Negative beta decay
3.5 Positive beta decay
3.6 Electron capture
3.7 Internal conversion and Auger electrons
3.8 Gamma decay
3.9 Natural radioactivity
3.10 Series of decays
4.1 Nuclear reaction equations
4.2 Nuclear reaction cross section
4.3 Possible nuclear reactions
4.4 Q value of nuclear reactions
4.5 Another expression for Q value of nuclear reactions
4.6 Threshold energy
4.7 Fission
4.7a Fission chain reaction
4.8 Fusion
4.8a Fusion reactors
5.1 Introduction to radiation
5.2 Alpha particle interactions
5.3 Beta particle interactions
5.4 Linear energy transfer (LET)
5.6 Gamma interactions
5.7 Attenuation
5.8 Neutron interactions
5.9 Biological and chemical effects
5.10 Units for ionising radiation
6.1 Characterisation of radiation fields
6.2 Exposure and absorbed dose
6.3 Ion chamber
6.4 Semiconductor detector
6.5 Scintillation detector
6.6 Visual detector
6.7 Cloud chamber
6.8 Bubble chamber
6.9 TLD
7.1 Radiotracer
7.2 Radiation processing
7.3 Time measurement
7.4 Gauge
7.5 Power generation
7.6 Probe
7.7 Imaging
7.8 Radiation therapy
COURSE ASSESSMENTS
ASSIGNMENT 1
ASSIGNMENT 2
FILE KURSUS JIF460 (OBE)
FILE KURSUS JIF460 (OBE)
FILE KURSUS JIF460 22/23 (OBE)
INTENSIVE COURSE
NOTE_INTENSIVE COURSE
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Ijazah Sarjana Muda Sains Kemasyarakatan (Kepujian)
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Summary
JIF460 - Nuclear And Radiation Physics
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Course info
JIF460 - Nuclear And Radiation Physics
Lecturer:
DR. NOR ZAKIAH BINTI YAHAYA
Skill Level
:
Beginner
