A New Approach to Analyze Solid Fuel Exhaust for Rocket Engine Based on Laser Spectroscopy

In this paper, the design and implementation of a proposed visual system, based on laser spectroscopy (LS) of the products of solid missile fuel combustion (MFC), is one of the most prominent scientific works in the field of spacecraft in the past two decades, to determine the quality of the manufacture, before placing the solid missile fuel in the propulsion engine and the actual experience of the missile engine. The prominent scientific contribution to the proposed research is the spectroscopy using laser chamber test for the missile fuel exhaust represented by, CH4 / N 2 0, CN, C3H8, OH. Where the results showed the exact values of the output of these organic compounds (OC) at the start of the ignition of solid missile fuel to the end of the trial time.