Modern Developments in Flow Measurement: Proceedings of the International Conference Held at Harwell, 21st - 23rd September, 1971Colin Geoffrey Clayton, Atomic Energy Research Establishment (Harwell, England), National Engineering Laboratory (Great Britain) |
Contents
Review papers | 1 |
Pressuredifference methods | 4 |
Flow measurement by weirs and flumes | 21 |
Copyright | |
19 other sections not shown
Common terms and phrases
accuracy amplifier anemometer applications Authors axial beam calculated calibration curve circuit coil concentration cross correlation crossflow detector device diam differential pressure discharge coefficient downstream effect electrode equation error experimental flow measurement flow meters flow velocity flowmeter flowrate fluid velocity flumes frequency gas flow Gaussian Gaussian integration hydraulic increase industrial injection installation instrument integration laser laser Doppler leakage length linear liquid mass flow rate maximum mean velocity meter coefficient meter constant neutron obtained operation optical orifice plate output paper particles path performance photomultiplier pipe wall pitot tube pulse pump radioactive range ratio reply Reynolds number rotor sample scattering shown in Fig shows signal standard technique temperature tests thermocouple tip clearance torque tracer transducers traverse points tube turbine meters turbulence ultrasonic ultrasonic flowmeter upstream valve variation velocity distribution velocity profile venturi venturi meter viscosity voltage volume volumetric volumetric flow rate weir