Ultra-short pulse laser one-dimensional range profile of a cone

In this paper, ultra-short pulse laser one-dimensional range profile theory and simulation are investigated. Ultra-short pulse laser one-dimensional range profile simulation is studied on the basis of beam scattering by a rough object, pulse wave scattering theory, and the radar equation. An equation for an ultra-short pulse laser one-dimensional range profile is calculated. As examples, range profile simulations are calculated for a cone. The influences of different cone heights, half-cone angles, pulsewidths, surface materials and transmit-receive angles on the simulation results are also analyzed. This paper offers the basis for theoretical and simulation methods for the abstraction and identification of target features on an ultra-short pulse laser.