RESERVES FOR INCREASED ACCURACY OF CONTROL AND ACCOUNTING FOR MATERIAL AND ENERGY-CARRIER FLOWS WHEN USING THE PRESSURE DIFFERENTIAL METHOD

Promising ways of perfecting the pressure differential method are cons idered for solving problems of organization of business, cost-accounti ng, and operational control of fluid flows. We distinguish problems of determining the component make-up of technological media and energy c arriers, reserves for enhancing the accuracy in designing pressure-dif ferential flowmeters, in particular by using two information channels (angular and radial) at the same time, choosing the conditions for an optimal flow meter, employing automated design systems, and using phys ically substantiated models of the properties of materials.