Studies on Hadron Structure Functions and Gldap Evolution Equations

This thesis deals with 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 GLDAP evolution equations which are deduced from pertubative quantum chromodynamics. t and x-evolutions of structure functions at low-x region are predicted. Theoretical predictions are compared with experimental data and recent global parameterizations.