Measurement of gamma ray transitions in Se<super>76</super> and Ge<super>72</super> using a dual-parameter collection system

Sulaiman, Mohamad Yusof Bin

(1977)

Sulaiman, Mohamad Yusof Bin (1977) Measurement of gamma ray transitions in Se<super>76</super> and Ge<super>72</super> using a dual-parameter collection system.

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Abstract

The states populated in the beta decay of As76 and Ga 72 were investigated by measuring the gamma-ray transitions in Se 76 and Ge72 using 25cc., 33cc. and 60cc. true-coaxial Gs(Li) detectors.

A dual-parameter data collection system was constructed to study gamma-gamma coincidence. Options were provided to enable corrections of the undesired contributions from Compton background and chance coincidences. Its performance was shown to be very reliable and effective.

Coincidence experiments were performed with the 25cc. and 33cc. Ge(Li) detectors using the conventional fast-slow system in the case of As 76 and the dual-parameter system was used in coincidence work on Ga 72 employing the 33cc. and 60cc. detectors.

The energies and intensities of measured gamma-rays were determined. The level schemes were constructed and the log ft and parity were deduced. The collective aspects of certain states were discussed and some comparisons with the pure vibrational and two other collective models were attempted.

Information about this Version

This is a Accepted version
This version's date is: 1977
This item is not peer reviewed

Link to this Version

https://repository.royalholloway.ac.uk/items/7c488696-9ddd-4d80-94c9-01b8621dbfaf/1/

Item TypeThesis (Doctoral)
TitleMeasurement of gamma ray transitions in Se<super>76</super> and Ge<super>72</super> using a dual-parameter collection system
AuthorsSulaiman, Mohamad Yusof Bin
Uncontrolled KeywordsNuclear Physics And Radiation; Pure Sciences; A; Collection; Dual; Gamma; Gamma Ray Transitions; Ge72; Gamma Ray Transitions; Measurement; Parameter; Ray; Se76; System; Transitions; Using
DepartmentsDepartment of Physics

Identifiers

ISBN978-1-339-62391-7

Deposited by () on 31-Jan-2017 in Royal Holloway Research Online.Last modified on 31-Jan-2017

Notes

Digitised in partnership with ProQuest, 2015-2016. Institution: University of London, Bedford College (United Kingdom).


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