Difference between revisions of "Basic Laboratory Procedures for Radiochemistry"

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==== Explenation and Exercise Guide  ====
 
==== Explenation and Exercise Guide  ====
  
'''Theory'''<br>
+
'''Theory'''<br>  
  
*Student Guide - [[Preparation Questions for Basic Radio-Chemistry]]
+
*Student Guide - [[Preparation Questions for Basic Radio-Chemistry|Preparation Questions for Basic Radiochemistry]]  
 
*Student Guide - [[Safety Rules in Radio Chemistry]]
 
*Student Guide - [[Safety Rules in Radio Chemistry]]
  
 
'''Practical Exercises'''<br>  
 
'''Practical Exercises'''<br>  
  
*Student Guide - [[Exercise: Working With Radioactive Material]]
+
*Student Guide - [[Exercise: Working With Radioactive Material]]  
*Student Guide - [[Demonstration: extraction of 99mTc from a isotope generator]]
+
*Student Guide - [[Demonstration: extraction of 99mTc from a isotope generator]]  
*Student Guide - [[Measurement of 99mTc gamma-spectrum]]
+
*Student Guide - [[Measurement of 99mTc gamma-spectrum]]  
 
*Student Guide - [[Yield of Tc in Liquid-Liquid Extraction]]<br>
 
*Student Guide - [[Yield of Tc in Liquid-Liquid Extraction]]<br>
  

Revision as of 15:22, 28 June 2012

Learning Goals

  • The student shall receive practical experience with radioactive sources and the handling of these.
  • The exercise shows how amounts that are difficult to measure easily can be measured by radioactive tracers, in this case it is the distribution between organic phase and aquatic phase.
  • The student will learn how γ-radiation can be measured (γ-spectroscopy) and how such measurements can be used to identify the amount of radionuclides.
  • To learn how a isotope generator functions.
  • To learn the principle of neutron activation.

Explenation and Exercise Guide

Theory

Practical Exercises

Equipment

Safety Aspects