Add to ORKGUltrasonic gas-flow meters basically function on the principle of the measurement of ultrasonic transit times. Practical experience has shown that in real ultrasonic gas-flow meters the measuring characteristics depends on the composition of the gas to be measured. In this article, the acoustical and electrical influences on this principle of transit time measurement shall be examined, which may lead to medium dependent measuring errors.
In this paper, the basic mechanism of two-path ultrasonic flow meter is studied, investigating the p...
Nowadays ultrasonic transducers are extensively used. Many industrial systems carry out their measu...
The clamp-on transit-time ultrasonic flow meters are widely applied for the advantage of noninvasive...
The Ultrasonic transit time method is well established to measure the volumetric flow rates of liqui...
Ultrasonic gas flowmeters typically use narrowband piezoelectric transducer arrangements for interro...
The long-term goal with the research presented in this thesis has been to develop an ultrasonic sens...
This paper concerns speed of sound measurements performed in three different gas mixtures at constan...
Many manufacturing processes rely on accurate flow metering, and ultrasonic flow meters are well est...
The design of ultrasonic gas flowmeters (UFMs) requires a thorough characterization of the acoustic...
A novel ultrasonic flow meter for monitoring the gas consumption in households has been developed as...
This article presents a new ultrasonic massflow meter that has only two transducers. The mass flow i...
Ultrasonic gas flow meters (USMs) may be influenced by pressure and temperature in several ways. Cha...
The tests described in this report were designed to investigate the effect of small mismatches betwe...
A new instrument for precise measurements of velocity of sound in gases was developed and tested. Th...
Abstract: Oil and gas operators rely on accurate flow rate measurements to optimize production and g...
In this paper, the basic mechanism of two-path ultrasonic flow meter is studied, investigating the p...
Nowadays ultrasonic transducers are extensively used. Many industrial systems carry out their measu...
The clamp-on transit-time ultrasonic flow meters are widely applied for the advantage of noninvasive...
The Ultrasonic transit time method is well established to measure the volumetric flow rates of liqui...
Ultrasonic gas flowmeters typically use narrowband piezoelectric transducer arrangements for interro...
The long-term goal with the research presented in this thesis has been to develop an ultrasonic sens...
This paper concerns speed of sound measurements performed in three different gas mixtures at constan...
Many manufacturing processes rely on accurate flow metering, and ultrasonic flow meters are well est...
The design of ultrasonic gas flowmeters (UFMs) requires a thorough characterization of the acoustic...
A novel ultrasonic flow meter for monitoring the gas consumption in households has been developed as...
This article presents a new ultrasonic massflow meter that has only two transducers. The mass flow i...
Ultrasonic gas flow meters (USMs) may be influenced by pressure and temperature in several ways. Cha...
The tests described in this report were designed to investigate the effect of small mismatches betwe...
A new instrument for precise measurements of velocity of sound in gases was developed and tested. Th...
Abstract: Oil and gas operators rely on accurate flow rate measurements to optimize production and g...
In this paper, the basic mechanism of two-path ultrasonic flow meter is studied, investigating the p...
Nowadays ultrasonic transducers are extensively used. Many industrial systems carry out their measu...
The clamp-on transit-time ultrasonic flow meters are widely applied for the advantage of noninvasive...