eV$/c$ and in the $W$ ranges $00<W<00$ GeV, $00<W<00$ GeV, $00<W<000$ GeV and for all $W$ ($00<W<000$ GeV). The first error is the statistical error and the second error is the systematic error.[]{data-label="tab-eta0"}    ----------- -------------------------- ------------------------------------------ ---------------------------- ------------------------------------------                                                                                                                      $|\eta|$   $\langle |\eta| \rangle$                                              $\langle  |\eta | \rangle$       0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$                                                                                                                      $|\eta|$   $\langle |\eta| \rangle$                                              $\langle  |\eta | \rangle$       0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$    0.00-0.00  0.00                       (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   0.00                         (0.00$\pm$0.00$\pm$0.00)$\times 00^{-0}$   ----------- -------------------------- ------------------------------------------ ---------------------------- ------------------------------------------    : Differential inclusive charged hadron production cross-sections $\dseta$ for $\pt>0