  The Rastall theory of gravity is the generalized form of the Einstein theory
which describes the conservation law of energy and momentum tensor. In our
work, we compute the charged black strings solution in the background of
Rastall theory by applying the Newman-Janis approach. After computing the
charged black strings solution in the background of Rastall theory, we study
the thermodynamical property (i.e., Hawking temperature) for the charged black
strings. Furthermore, we investigate the graphical representation of Hawking
temperature via event horizon to check the stability conditions of charged
black strings under the influence of Rastall theory. Moreover, we examine the
modified Hawking temperature for charged black strings in Rastall theory by
taking into account the quantum gravity effects. We also discuss the physical
state of charged black strings under the effects of quantum gravity and spin
parameter (appears due to Rastall theory in charged black strings solution).
