Spin Dependent Hadron Structure Functions and DGLAP Evolution Equation - Rajkhowa, Rasna
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This research work deals with spin dependent proton, neutron as well as deuteron structure functions determined from deep inelastic scattering experiments approximated for low-x region. Structure functions are calculated from complete, particular and unique solutions of spin dependent GLDAP evolution equations which are deduced from perturbative quantum chromodynamics. t and x-evolutions of structure functions at low-x region are predicted. Theoretical predictions are compared with experimental data.

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Produktbeschreibung
This research work deals with spin dependent proton, neutron as well as deuteron structure functions determined from deep inelastic scattering experiments approximated for low-x region. Structure functions are calculated from complete, particular and unique solutions of spin dependent GLDAP evolution equations which are deduced from perturbative quantum chromodynamics. t and x-evolutions of structure functions at low-x region are predicted. Theoretical predictions are compared with experimental data.
Autorenporträt
Dr. Rasna Rajkhowa was born in Jamugurihat, Sonitpur, Assam. She did her Ph. D. in High Energy Physics from Tezpur University, India. Currently she is working as Assistant Professor at T. H. B. College, Jamugurihat, Sonitpur. She had published four books and many papers in high energy physics on different National and International Journals.