Deep-inelastic structure functions in the MIT bag model

Deep-inelastic structure functions are calculated from a Peierls-Yoccoz-projected MIT bag wave function. The calculation yields quark distribution functions that have the correct support as a function of Bjorken x. These functions are evolved to $Q^2$=15 ${\mathrm{GeV}}^2$ using QCD perturbation theory, where they are shown to disagree with experiment. Possible improvements are discussed.