Production of Exotic Radioactive Beams: verschil tussen versies
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Nieuwe pagina: ==Academiejaar 2008-2009== ===Vrijdag 23 januari=== # The first beams ever made with the ISOL technique were beams of n-rich Kr and Rb. How come? (5 points) # How would you study $^{1... |
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===Vrijdag 23 januari=== | ===Vrijdag 23 januari=== | ||
# The first beams ever made with the ISOL technique were beams of n-rich Kr and Rb. How come? (5 points) | # The first beams ever made with the ISOL technique were beams of n-rich Kr and Rb. How come? (5 points) | ||
# How would you study | # How would you study 104Sn? Discuss the choice of the reaction, the ionization mode. Give possible problems and solutions. (5 points) | ||
# What are the advantages and disadvantages of the gas-catcher method? (5 points) | # What are the advantages and disadvantages of the gas-catcher method? (5 points) | ||
# With what kind of ion-source types is in-source laser spectroscopy possible? Why? (2,5 points) | # With what kind of ion-source types is in-source laser spectroscopy possible? Why? (2,5 points) | ||
# What is the difference between cold and hot fusion? (2,5 points) | # What is the difference between cold and hot fusion? (2,5 points) | ||
Versie van 24 jan 2009 13:46
Academiejaar 2008-2009
Vrijdag 23 januari
- The first beams ever made with the ISOL technique were beams of n-rich Kr and Rb. How come? (5 points)
- How would you study 104Sn? Discuss the choice of the reaction, the ionization mode. Give possible problems and solutions. (5 points)
- What are the advantages and disadvantages of the gas-catcher method? (5 points)
- With what kind of ion-source types is in-source laser spectroscopy possible? Why? (2,5 points)
- What is the difference between cold and hot fusion? (2,5 points)