Application of a Vortex Tube in the Fuel Pipeline of an Internal Combustion Engine

The article discusses the application and development of an integrated system for non-contact electromagnetic resonance monitoring of the condition of liquids, which can be regarded as an integrative manifestation of the Ideal Final Result in accordance with the criteria of the Theory of Inventive Problem Solving (TRIZ).
It is specifically integrative, since the technology represents an integrated and highly efficient compilation of a whole range of system technologies, including, of course, nanoscale technological solutions in several adjacent technological fields.
As technology specialists and environmental specialists emphasize, in order to provide systematic control over the quality of any process solutions, emulsions, and blends, particularly the products of composite or multicomponent processes, traditional control and monitoring methods are no longer sufficient, especially when accelerated online feedback in real time is required.
This is particularly the case when it comes to a high-speed non-contact monitoring system with a measurement cycle duration of no more than 10 milliseconds.
To perform quality control of liquids at a level that meets the demands of the present day, a sensor system operating on the principles of electromagnetic resonance spectroscopy has been invented.