Propagation of finite-wright and mainardi beams in uniaxial crystals orthogonal to the optical axis

We investigated in this article the propagation properties of Finite-Wright beam and Mainardi beam in uniaxial crystals. The received field is evaluated by solving Huygens-Fresnel integral by substituting source field expressions into it. It is found that the positive or negative structure of crystal generally does not have a significant effect on intensity evolution. Decentered beams are obtained after propagation. The location of center of beam can be controlled by adjusting source beam parameters. By changing decay parameters slightly, ellipticity of Mainardi beams can make drastic. According to the findings of this study, it is anticipated that the results can be used in optical particle control.