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We study the photoproduction of the charged top-pion predicted by the toptriangle moose ($TTM$) model (a deconstructed version of the topcolor-assistedtechnicolor $TC2$ model) via the processes $pp\rightarrow p \gamma p\rightarrow \pi^\pm_t t +X$ at the 14 $TeV$ Large Hadron Collider ($LHC$)including next-to-leading order ($NLO$) $QCD$ corrections. Our results showthat the production cross sections and distributions are sensitive to the freeparameters $\sin\omega$ and $M_{\pi_t}$. Typical $QCD$ correction value is $7\%\sim 11\%$ and does not depend much on $\sin\omega$ as well as the forwarddetector acceptances.

Precise photoproduction of the charged top-pions at the LHC with forward detector acceptances