Difference between revisions of "Liquid-liquid Extraction of 99mTc"

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==== Explanation and Exercise Guide ====
 
==== Explanation and Exercise Guide ====
  
'''Theory'''&lt;br&gt;
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'''Theory'''
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<br>
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*Student Guide - [[Safety Rules in Radio Chemistry|Safety Rules in Radiochemistry]]
  
<br>*Student Guide - [[Safety Rules in Radio Chemistry|Safety Rules in Radiochemistry]]
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'''Experimental Procedure'''
  
&lt;span style="font-weight: bold"&gt;Experimental&lt;/span&gt;&lt;br&gt;
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* Student Guide - [[Demonstration: extraction of 99mTc from a isotope generator]]
 
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* Student Guide - [[Measurement of 99mTc gamma-spectrum]]
*Student Guide - [[Demonstration: extraction of 99mTc from a isotope generator]] <br>*Student Guide - [[Measurement of 99mTc gamma-spectrum]] <br>*Student Guide - [[Yield of Tc in Liquid-Liquid Extraction]]&lt;br&gt;
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* Student Guide - [[Yield of Tc in Liquid-Liquid Extraction]]
  
 
'''Other'''  
 
'''Other'''  

Revision as of 06:04, 25 September 2012

Learning Goals

After having completed this exercise you should know the following:

  • Have practical experience on working with open radioactive sources.
    *Know basic safety rules and procedures for working with modest amounts of radioactivity.
    *Know how to use a radiation monitor.
    *Get practical experience with measuring ("counting") radioactive samples, and understand the inherent uncertainty using proportional counters and NaI (<span class="texhtml">γ</span>-spectroscopy detectors.
    *Understand the relationship between disintegration rate and count rate.

Explanation and Exercise Guide

Theory

Experimental Procedure

Other

Equipment

Safety Aspects