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- A few definitions in use in KJM5911
- Abstract Italy
- Alpha/beta-Discrimination
- Analyzing a Two-componet Decay Curve
- Analyzing the Production Curve for n-activation of Ag
- Assignments and solutions
- Basic Laboratory Procedures for Radiochemistry
- Basics about Efficiency Calibration of Gamma Detectors
- CINCH Commented List of NRC Textbooks
- CINCH Radiochemistry Course
- CINCH Recommended Knowledge
- Cation-exchange Column for Th
- Computation Problem: Simulating a Gamma Spectrum
- Cosmogenic Radionuclides
- Course KJM 5911 - Laboratory Exercieses in Radio Chemistry (UiO)
- Delay Amplifier.doc
- Demonstration: extraction of 99mTc from a isotope generator
- Determination of Total Cl in Organic Liquids
- Determination of Unknown Sample
- Determining the Half Life of 234mPa
- Efficieny Calibration Curve
- Exercise: Working With Radioactive Material
- Feed back on 234mPa/234Th Radionuclide Generator Lab Exercise
- Gamma-Energy Standards
- Gamma Spectroscopy (NORM and TENORM)
- Gamma Spectroscopy Analysis
- Gamma Spectroscopy and Detectors
- Geiger-Müller Counter and Counting Efficiency (Introduction to Radiochemistry)
- HPGe Detectors (for High-Resolution Gamma-Spectroscopy)
- How to Calculate End-of-Irradiation Yields of Ag-isotopes
- How to Make a 234mPa Radionuclide generator
- How to Measure the Decay of n-activated Silver
- How to Measure the Half Life of 234mPa
- How to Measure the Half Life of 234mPa - with MCA system
- Human Produced Radionuclides
- INAA of Chlorine
- Instrumental vs Radiochemical NAA
- Interfering Processes
- Introduction
- Introduction Liquid Scintillation
- Introduction to Detection of Gamma Radiation
- Introduction to Isotopic Exchange Reactons
- Introduction to Naturally Occuring Radioactivity
- Introduction to Neutron Activation Analysis
- Introduction to Radiochemistry - Counting statistics
- Introductory Questions and Preparation of the Sample (Introduction to Radiochemistry)
- Isotopic Exchange Reactions
- KJM-FYS 5920 - Laboratory Exercises
- KJM-FYS 5920 @ UiO - Autumn 2010
- KJM-FYS 5920 Lab Exercise 2 - Student Report
- KJM-FYS 5920 Lab Exercise 4 - Student Written Equipment User Manuals
- KJM-FYS 5920 Syllabus and Course Book
- KJM5911 Lab Exercise 1 - Basics
- KJM5911 Lab Exercise 2 - Radionuclide Generators and Half Life
- KJM5911 Lab Exercise 3 - Gamma Spectroscopy
- KJM5911 Lab Exercise 4 - Szilard-Chalmers Reaction and Liquid-Scintillation Counting
- KJM5911 Lab Exercise 5 - Cyclotron Produced Tracers and Liquid-Liquid Extraction
- KJM5911 Lab Exercise 5 - Liquid Scintillation Counting
- KJM 3900 @ UiO - Spring 2012
- KJM 5911 Laboratory Exercises List
- LSC Principles
- Lab Exercise: Demonstration of a NaI detector
- Laboratory Exercise - Safe Working Practise in the Radionuclide Laboratory and Preparation of Counting Samples
- Laboratory Exercise - procedure to Isotopic Exchange Reactons
- Laboratory Exercises
- Liquid-liquid Extraction of 99mTc
- Liquid Scintillation Counting
- List of Courses
- Mandatory Topic 1 (for MSc degree)
- Mandatory Topic 2 (for MSc degree)
- Mandatory Topic 3 (for MSc degree)
- Mandatory Topic 4 (for MSc degree)
- Mandatory Topic 5 (for MSc degree)
- Mandatory Topic 6 (for MSc degree)
- Measurement of 99mTc gamma-spectrum
- Measurements and Calculations (Introduction to Radiochemistry)
- Measurerment og Gamma Rays
- NORM and TENORM
- NaI Scintillation Detector for Gamma Detection
- Naturally Occuring Radioactivity - NORM and TENORM
- Neutron Activation Analysis
- Neutron Activation of Ag
- Neutron activation of Ag with a Pu/Be n-source
- Neutrons
- Nucleus Recoil-Energy in Neutron Capture Reactions
- NukWik
- NukWik and E-learning Platforms
- Optional Topic 1 (for MSc degree)
- Optional Topic 2 (for MSc degree)
- Optional Topic 3 (for MSc degree)
- Optional Topic 4 (for MSc degree)
- Optional Topic 5 (for MSc degree)
- Optional Topic 6
- Optional Topic 7 (for MSc degree)
- Other Interesting Aspects of Natural Radioactivity
- Plastic Scintillation Detector for Fast Beta/Electron Detection
- Possible Applications for NAA
- Practical Exercise For Liquid Scintillation
- Practical Exercise For Szilard-Chalmers Reaction
- Preparation Questions for Basic Radio-Chemistry
- Preparing Solutions for Making 234mPa Generator
- Primordial Radionuclides
- Principle Behind Mother-Daughter Relationship
- Problem Set
- Problem Solving Sets
- Problem set
- Problem set 1
- Problem set 2
- Problem set 3
- Problem set 4
- Problem set 5
- Problem set 6
- Problem set 7
- Prompt vs Delayed NAA
- Radioactive Disintegration (Introduction to Radiochemistry)
- Radionuclide Generator
- Safety Rules in Radio Chemistry
- Scale and Radioactivity
- Sensitivities Available by NAA
- Slides, Diagrams and Illustrations
- Solution 8
- Solutions 1
- Solutions 2
- Solutions 3
- Solutions 4
- Solutions 5
- Solutions 6
- Solutions 7
- Statistics (Introduction to Radiochemistry)
- Summary of Gamma Spectroscopy Analysis
- Task 6
- The NAA Method
- Theoretical Bakground to Isotopic Exchange Reactons
- Theory for the Szilard-Chalmers Reaction
- Topic List
- Univ. Helsinki - Radiation Protection Course with Laboratory Exercises
- User Manual - NIM Constant Fraction Discriminator
- User Manual - NIM Delay Amplifier
- User Manual - NIM Delay Line Amplifier
- User Manual - NIM Gate and Delay Generator
- User Manual - NIM HV Detector Bias Supply
- User Manual - NIM Multi-Channel Analyser
- User Manual - NIM Spectroscopy Amplifer and Single Channel Analyser
- Using Gamma-ray Counts to Calculate Element Concentration
- Video Snippets
- Welcome to NukWik
- Yield in Neutron Activation and Nuclear Reactions
- Yield of Tc in Liquid-Liquid Extraction