Predictions on the transverse momentum spectra for charged particle production at LHC-energies from a two component model

Transverse momentum spectra, $$\mathrm{d}^2\sigma /(\mathrm{d}\eta \mathrm{d}p_T^2)$$, of charged hadron production in $$pp$$-collisions are considered in terms of a recently introduced two component model. The shapes of the particle distributions vary as a function of the c.m.s. energy in the collision and the measured pseudorapidity interval. As a result the pseudorapidity of a secondary hadron in the moving proton rest frame is shown to be a universal parameter describing the shape of the spectra in pp-collisions. In order to extract predictions on the double-differential cross sections $$\mathrm{d}^2\sigma /(\mathrm{d}\eta \mathrm{d}p_T^2)$$ of hadron production for future LHC-measurements the different sets of available experimental data have been used in this study