Noname

Methods and the created experimental stand which enables to research high-speed performances of front and stub line of a sprayed fuel stream based on registration of optical density of that stream in atmospheric conditions are considered. Results of the registration allowing to consider structure and speeds of masses of the sprayed fuel are represented. The considered experimental stand gives a premise for creation a complex monitoring stand and examining fuel sprays in conditions of mass production with the purpose of decomposition on groups of the same parameters.