Analyzing the spreading properties of vortex beam in turbulent biological tissues

Presenting the intensity development of a circular Laguerre-cosh-Gaussian (CLChG) beam in turbulent mouse biological tissues is major goal current work. Using power spectrum refractive index from Schmitt's model and extended Huygens-Fresnel integral, propagation formula CLChG produced. In order to determine spreading properties studied beam, analytical expressions beam's effective size are constructed. Some graphical representations have be carried out discover impacts turbulence parameters on this sort beam. The findings show that transformation into Gaussian-like far field occurs more quickly when passes through deep dermis mouse. shape can also changed by choosing specific value for parameter linked cosh-part. Because spot radius along x- y-axis equal, we see takes shape.