Difference between revisions of "KJM5911 Lab Exercise 5 - Cyclotron Produced Tracers and Liquid-Liquid Extraction"

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(Created page with "Image:UnderConstruction_pict22.gifImage:UnderConstruction_pict17.gif === Learning Goals === === Theory === === Experimental Procedure === === Safety ===")
 
(Experimental Procedure)
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=== Experimental Procedure ===
 
=== Experimental Procedure ===
  
 +
Part 1: Producing 90Mo in a (alpha, 4n) reaction
 +
*Welcome to the Oslo Cyclotron Laboratory.
 +
*Target setup and gas-jet transfer system.
 +
*Catching 90Mo on a filter in the chem.lab.
 +
*Analysing the gamma spectrum
  
 +
Part 2: Liquid-liquid extraction of Mo
 +
*Preparing liquids and equipment.
 +
*Extraction curve as function TOA concentration.
 +
**Perform extractions with 90Mo tracer
 +
**Plot extraction data and analyse curve
 +
 +
Part 3: Clean up
 +
*Clean all equipment and collect rad. waste in designated bottles.
 +
*Prepare all waste for collection/disposal.
 +
*Check workspace for contamination.
  
 
=== Safety ===
 
=== Safety ===

Revision as of 11:58, 18 October 2012

UnderConstruction pict22.gifUnderConstruction pict17.gif


Learning Goals

Theory

Experimental Procedure

Part 1: Producing 90Mo in a (alpha, 4n) reaction

  • Welcome to the Oslo Cyclotron Laboratory.
  • Target setup and gas-jet transfer system.
  • Catching 90Mo on a filter in the chem.lab.
  • Analysing the gamma spectrum

Part 2: Liquid-liquid extraction of Mo

  • Preparing liquids and equipment.
  • Extraction curve as function TOA concentration.
    • Perform extractions with 90Mo tracer
    • Plot extraction data and analyse curve

Part 3: Clean up

  • Clean all equipment and collect rad. waste in designated bottles.
  • Prepare all waste for collection/disposal.
  • Check workspace for contamination.

Safety