IMPROVED MEASUREMENT OF SUPERCRITICAL FLUID MEDIUM USING VIBRATION SENSORS Russian patent published in 2024 - IPC G01F1/74 G01F1/84 G01N29/00 G01N9/00 

FIELD: physics.

SUBSTANCE: invention discloses a method and a device for logical derivation of a logical deduced speed of sound of a flowing fluid medium. Device for logical inference of inferential speed of sound of flowing fluid, comprising computer system (200), computer system (200) has processor (210) and memory (220), processor (210) is configured to execute instructions from memory (220) and store data in memory (220), memory (220) has SoS inference module (202), computer system (200) is configured to: logically output, by means of SoS inference module (202), the inferential speed of sound of the flowing fluid based on the inferential relationship between the measured density of the flowing fluid medium, heat capacity coefficient of the flowing fluid medium and the logically derived sound speed of the flowing fluid medium. Method is implemented by means of system and includes logical output, by means of SoS logical output module (202), logically derived sound speed of the flowing fluid medium based on the logically derived relationship between the measured density of the flowing fluid medium and the logically derived sound speed of the flowing fluid medium.

EFFECT: improved measurement of supercritical fluid medium using vibration sensors.

20 cl, 9 dwg