Abstract
A new high-resolution ionic anemometer was constructed using inexpensive electronics. Calibration and data procedures are outlined and preliminary results of field trials are given. The detection limit is better than 10−2 m s−1 and the frequency response ranges up to 400 Hz. The overall absolute accuracy of ±5% is constant in the 1-13 m s−1 range. Abstract A new high-resolution ionic anemometer was constructed using inexpensive electronics. Calibration and data procedures are outlined and preliminary results of field trials are given. The detection limit is better than 10−2 m s−1 and the frequency response ranges up to 400 Hz. The overall absolute accuracy of ±5% is constant in the 1-13 m s−1 range.

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