@misc{Tripathi_D._Nonlinear,
 author={Tripathi, D. and Kaur, S. and Vijay, A. and Walia, K.},
 howpublished={online},
 abstract={The present research investigates nonlinear dynamics of q-Gaussian laser beam in Collisional Plasma considering the influence of linear absorption. In Collisional plasma, redistribution of carriers occurs as a result of non-uniform heating thereby creating density gradients inside plasma leading to beam’s self-focusing. The Paraxial ray approximation is used for obtaining the nonlinear differential equation for spot size of laser beam. The numerical solution of this differential equation is obtained by wellknown Runge-Kutta 4th order method to explore the behavior of beam waist with normalized propagation distance. Effect of change in laser-plasma parameters such as beam intensity, plasma density, beam radius, absorption coefficient and q-values on beam waist of laser beam is also analyzed.},
 title={Nonlinear Dynamics of Q-Gaussian Laser Beam in Collisional Plasma: Effect of Linear Absorption},
 type={Հոդված},
 keywords={Physics},
}