Consequences of a dual resonance exclusive Kernel for hadronic correlations

The exclusive kernel of a previously proposed integral equation (IE) is expressed in terms of DRM amplitudes in the central region. The $\text{|}\text{B}{}_6\text{B}{}_5\text{|}$ relative normalization is fitted to four-prong NAL data. The IE is then solved numerically to compute the inclusive correlated density R_cc(y). It is also predicted that R_+?:R₊₊:R_{__} = f?_rmc: ?₊:?_{_}, f ≈ 2, at y = 0.