This paper outlines the basic installation and operation of magnetic inductive flow velocity sensors on large underground cooling water pipelines. Research on the effects of cathodic protection as well as into other factors that might influence the overall performance of the meter is presented in this paper. The experiments were carried out on an immersion type magnetic meter specially used for flow measurement of cooling water pipeline. An attempt has been made in this paper to outline guidelines that can ensure accurate measurement related to immersion type magnetic meters on underground pipelines
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10) and the ...
The measurement of the distribution of magnetic flux density in an electromagnetic (EM) flow meter i...
Tracing groundwater flow is of vital importance for managing water resources and understanding the n...
This paper outlines the basic installation and operation of magnetic inductive flow velocity sensors...
Magnetic flow meters are used to measure the flow rate of a liquid in a closed pipeline. This type o...
In this paper the metrological behavior of two different insertion flowmeters (magnetic and turbine ...
Electromagnetic flowmeters are used to measure the speed of water flow in water distribution systems...
Electromagnetic flowmeters are used to measure the speed of water flow in water distribution systems...
Abstract: Electromagnetic flowmeters are used to measure the speed of water flow in water distributi...
The model developed electromagnetic flow sensors with ring channels and alternating magnetic poles a...
This thesis investigates the possibility of using magnetic flow meters to measure the flowrate of mo...
The irrigation industry is experiencing a growth in the use of magnetic meters for measuring the flo...
The necessity of coolant flow consumption measurement accuracy increase in the nuclear reactor prima...
The magnetic flowmeter in which inductor represents an electromagnet creating a pulse variable low-f...
In closed conduit water systems, being able to accurately measure flow is absolutely essential. For ...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10) and the ...
The measurement of the distribution of magnetic flux density in an electromagnetic (EM) flow meter i...
Tracing groundwater flow is of vital importance for managing water resources and understanding the n...
This paper outlines the basic installation and operation of magnetic inductive flow velocity sensors...
Magnetic flow meters are used to measure the flow rate of a liquid in a closed pipeline. This type o...
In this paper the metrological behavior of two different insertion flowmeters (magnetic and turbine ...
Electromagnetic flowmeters are used to measure the speed of water flow in water distribution systems...
Electromagnetic flowmeters are used to measure the speed of water flow in water distribution systems...
Abstract: Electromagnetic flowmeters are used to measure the speed of water flow in water distributi...
The model developed electromagnetic flow sensors with ring channels and alternating magnetic poles a...
This thesis investigates the possibility of using magnetic flow meters to measure the flowrate of mo...
The irrigation industry is experiencing a growth in the use of magnetic meters for measuring the flo...
The necessity of coolant flow consumption measurement accuracy increase in the nuclear reactor prima...
The magnetic flowmeter in which inductor represents an electromagnet creating a pulse variable low-f...
In closed conduit water systems, being able to accurately measure flow is absolutely essential. For ...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10) and the ...
The measurement of the distribution of magnetic flux density in an electromagnetic (EM) flow meter i...
Tracing groundwater flow is of vital importance for managing water resources and understanding the n...