As done in literature , the gas velocity in the retort was measured through a thermal anemometer
equipped with a customized control device system.
This may be a pitot array or thermal anemometer
It might also be desirable to augment the PIV measurements with thermal anemometer
measurements in the regions of higher velocity well above the patient, where a thermal anemometer
will still be relatively accurate, especially to investigate the turbulence levels.
TOLLS & [ILLUSTRATION The Articulating Thermal Anemometer
A thermal anemometer
equipped with a customized control device system was adopted for the measurement of gas flow velocities in the retorting zone.
A multichannel low-velocity thermal anemometer
with omnidirectional velocity transducers was used to perform mean velocity, turbulence intensity, and air temperature measurements at several points in the room.
Multi-channel low velocity thermal anemometer
with five omni-directional velocity probes (SENSOR-ELECTRONIC HT-400) was used to perform measurements of velocity field in the personalized airflow.
Because the flow meter is not self-correcting for temperature and humidity as with an electronic thermal anemometer
, you will need to know the air temperature, humidity and barometric pressure.
Usually, a thermal anemometer
also includes a sensor for the fluid temperature and a bridge circuit to compensate for temperature variations.
At present, a thermal anemometer
with an omnidirectional velocity sensor is most often used in practice due to its low price and easy and convenient operation.