  The (anti)neutrino nucleus scattering plays a very important role in probing
the hadronic structure as well as the electroweak phenomenologies. To this end,
we calculate the jet production semi-inclusive deeply inelastic (anti)neutrino
nucleus scattering process. The initial (anti)neutrino is assumed to be
scattered off by a target particle with spin 1. Due to the limitation of the
factorization theorem, calculations are carried out in the quantum
chromodynamics parton model framework up to tree level twist-3. We consider
both the neutral current and the charged current processes and write them into
a unified form due to the similar interaction forms. Considering the angular
modulations and polarizations of the cross section, we calculate the complete
azimuthal asymmetries. We also calculate the intrinsic asymmetries which reveal
the imbalance in the distribution of the intrinsic transverse momentum of the
quark. We find that these asymmetries can be expressed in terms of the
transverse momentum-dependent parton distribution functions (TMD PDFs) and the
electroweak couplings. With the determined couplings, these asymmetries can be
used to extract the TMD PDFs and further to study the hadronic structures.
