  We report measurements of large-scale two-particle correlations for 200 GeV
p-p collisions on momentum components transverse rapidity $y_t$ (pion mass
assigned), pseudorapidity $\eta$ and azimuth angle $\phi$. In both transverse
$y_t \otimes y_t$ and axial $(\eta\otimes\eta,\phi\otimes\phi) $ two-particle
subspaces we observe two components of correlation structure (soft and hard)
which we interpret respectively in terms of longitudinal string fragmentation
and transverse minimum-bias parton fragmentation (minijets). This combination
is also represented by Lund-model-based Monte Carlo simulations such as Pythia.
