Research on the Method of Improving Fuel Quality for Heat Generators

The purpose of the article is to address the issues of quality of analysis of electrophysical parameters of fuel using a system based on high-frequency radiators. The authors have proposed a system that is able to determine, control and automatically make decisions about the state of a physical object based on the study of the efficiency of disturbing oscillations in an open resonator. The article considers the change in the efficiency coefficient in the system under study when the distances between mirror reflectors are changed, taking into account the reflection coefficients. The dependence of the change in the Q-factor on the change in the distance between the mirrors for oscillations in an excited hemispherical open resonator is also considered. The analysis shows that improvement of the geometry of the open resonator chamber parameters can contribute to the quality of the analysis. The research carried out by the authors emphasises the capabilities of the system using high-frequency radiators for efficient measurement of electrophysical parameters of fuel and control over their changes. The generalisation of the research results may be of practical importance for the development of new methods for measuring and controlling the electrophysical parameters of fuel, which can be used in various industries such as energy, chemical industry and others.