Abstract
Directions for the improvement of the performance of road-building machinery and transportation vehicles, as well as technological properties of fuels are considered. A model for the improvement of road-building machinery performance when using fuels of various physical and chemical composition is developed. The specified model includes a system of immediate fuel quality assessment. Experimental studies were carried out in order to determine the influence of the energoinformational field produced by the Kozyrev heavy particles generator on fuel performance characteristics. The obtained results show a decrease in fuel consumption by internal combustion engines of road-building machinery concurrently with changes in the harmful substance concentration in exhaust gases. Recommendations for calibration of electronic systems of internal combustion engines are elaborated.
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