Spin structure of the nucleon: Phenomenological desiderata.
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TextPublication details: 1992Description: v; 218pSubject(s): Physics | Nuclear Physics | Quantum Theory | Spin Structure | Spin Structure FunctionOnline resources: Click here to access online Dissertation note: 1992Ph.DUniversity of Madras Abstract: This thesis is organised into two parts. Part I deals with 'Parton Model Phenomenology', a study of polarisation asymmetries, shedding more light on spin content of the proton. A complete set of processes that yield information on the spin dependent valence quark, gluon and sea quark distributions within the proton. Part II deals with the study of nuclear spin dependent structure functions g1(x) and g2(x) as well as their moments. The higher moments of the spin dependent structure function g1^p(x), using the OPE technique are discussed, and it is shown that a mass scale typical of the quark model scale emerges from the ratios of these moments. Support for results obtained is provided in a non-Perturbative Bag model.
THESIS & DISSERTATION
| Current library | Home library | Call number | Materials specified | URL | Status | Date due | Barcode |
|---|---|---|---|---|---|---|---|
| IMSc Library | IMSc Library | UNM Th-41 (Browse shelf (Opens below)) | Link to resource | Available | 56712 |
1992
Ph.D
University of Madras
This thesis is organised into two parts. Part I deals with 'Parton Model Phenomenology', a study of polarisation asymmetries, shedding more light on spin content of the proton. A complete set of processes that yield information on the spin dependent valence quark, gluon and sea quark distributions within the proton. Part II deals with the study of nuclear spin dependent structure functions g1(x) and g2(x) as well as their moments. The higher moments of the spin dependent structure function g1^p(x), using the OPE technique are discussed, and it is shown that a mass scale typical of the quark model scale emerges from the ratios of these moments. Support for results obtained is provided in a non-Perturbative Bag model.
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