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Doppler Technology Product Applications
6 applications found
Due to the abrasive dredging flows, magnetic flowmeters are known to frequently fail in these environments. Our non-contacting doppler technology measures these abrasive flows from the outside of the pipe, therefore requiring zero process down time and no moving parts. This means no required maintenance or wear and tear risks. Our doppler technology covers a wide range of pipe sizes and ...
ByPulsar Measurement based in Birmingham, UNITED KINGDOM
This is usually what give you the bubbles in your fizzy drinks, champagne and sparkling wine. Using clamp-on Doppler technology, Pulsar Measurement is able to detect microbubbles within the liquid and calculate a flow rate from the signals received. ...
ByPulsar Measurement based in Birmingham, UNITED KINGDOM
Pulsar offers a wide range of flow technology with the ability to monitor fluid through a passing UV system. The range of technology includes non-contacting transit-time, Doppler, and microwave technologies - designed to be able to give you an accurate indication of flow through various pipe materials and sizes. ...
ByPulsar Measurement based in Birmingham, UNITED KINGDOM
Measuring water flow and discharge to determine the amount of water flowing through an open channel is critical for predicting water availability and flood events, allocating watering, and ...
ByOTT HydroMet - Veralto based in Kempten, GERMANY
A coal-fired power plant in India, Hidalco Industries, needed a sure-fire way to detect the flow or no-flow of coal from the feeders to the furnaces. A plugged chute or equipment failure would possibly go unnoticed until a more serious problem occurred. Knowing whether the coal was positively feeding into the furnaces was of paramount importance to the efficient operation of the power plant. How can a coal-fired power plant economically and reliably determine if coal feed is flowing when needed? ...
ByMonitor Technologies, LLC based in Elburn, ILLINOIS (USA)
Iconeus is leveraging its expertise in preclinical research to develop innovative clinical applications using its Iconeus One CR functional ultrasound system. This system is instrumental for transcranial ultrasound localization microscopy (ULM), allowing for the imaging of the brain's microvasculature at a microscopic resolution, which is particularly beneficial for diagnosing and monitoring stroke and aneurysm. The system's current projects, in collaboration with entities like Geneva University and Physics for ...
ByIconeus based in Paris, FRANCE