Noname

Process of extraction of pin-type rock from fluid glass is examined Stationary problem of glass melt behavior In a zone of optical rods formal ion Is solved. It's reduced to integration of a nonlinear differential second-degree equation against velocity. The equation cannot be integrated in a self-contained aspect: hence, for finding a solution the Runge-Kiigg system was used. Perturbations of various operating factors could he introduced into the obtained differential relation owing to the solution. Thus, it is possible to trace the response of beam cross-section radius in certain circumstances on viscous resistance and find a distribution of the response function of cut radius throughout the fiber length in the arbitrary fixed instant.