1988
DOI: 10.1049/el:19880355
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Fibre-optic transit velocimetry using laser diode sources

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Cited by 6 publications
(3 citation statements)
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“…Velocity measurement techniques using the time-of-flight method measure a particle's time-of-flight between two known positions to determine the velocity. This can be done at a single location in the flow field, as in laser-two-focus (L2F) velocimetry [38][39][40][41], where a particle's transit time between two beams is measured, or at multiple locations using PIV and particle tracking velocimetry [42], where the motion of particles or groups of particles between the recording of two consecutive images with a known time separation is used to determine the velocity. Recently volumetric measurements have been demonstrated by various techniques using PIV [43].…”
Section: Time-of-flight Methodsmentioning
confidence: 99%
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“…Velocity measurement techniques using the time-of-flight method measure a particle's time-of-flight between two known positions to determine the velocity. This can be done at a single location in the flow field, as in laser-two-focus (L2F) velocimetry [38][39][40][41], where a particle's transit time between two beams is measured, or at multiple locations using PIV and particle tracking velocimetry [42], where the motion of particles or groups of particles between the recording of two consecutive images with a known time separation is used to determine the velocity. Recently volumetric measurements have been demonstrated by various techniques using PIV [43].…”
Section: Time-of-flight Methodsmentioning
confidence: 99%
“…The laser transit anemometer (LTA) or L2F anemometer [38][39][40] relies on the timing of the passage of a seeding particle between two tightly focused beams in the flow region. The beam diameters are typically around 10 μm with a spacing of 0.5 mm between beams.…”
Section: Laser Transit Anemometry/l2f Velocimetrymentioning
confidence: 99%
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