Along-beam bin center separation: Difference between revisions
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<math>r_0 = z</math> | <math>r_0 = z</math> | ||
where <math>z</math> is the distance from the transducer along the <math>Z</math>-axis. | where <math>z</math> is the distance from the transducer between bin-centers along the <math>Z</math>-axis. | ||
For diverging beams, the along beam bin center separation (<math>r_0</math>) is given by: | For diverging beams, the along beam bin center separation (<math>r_0</math>) is given by: | ||
Revision as of 10:16, 10 December 2021
[PLACEHOLDER -- NEED TO CONFIRM THIS IS CORRECT AND/OR ADD PICTURE]
For ADCPs, the [math]\displaystyle{ Z }[/math]-axis in instrument coordinates is commonly defined along the axis of the ADCP pressure case. The velocity data are commonly given in terms of this [math]\displaystyle{ Z }[/math]-coordinate. For a vertical beam, the along beam bin center separation ([math]\displaystyle{ r_0 }[/math]) is given by:
[math]\displaystyle{ r_0 = z }[/math]
where [math]\displaystyle{ z }[/math] is the distance from the transducer between bin-centers along the [math]\displaystyle{ Z }[/math]-axis.
For diverging beams, the along beam bin center separation ([math]\displaystyle{ r_0 }[/math]) is given by:
[math]\displaystyle{ r_0 = \frac{z}{\cos\theta} }[/math]
where [math]\displaystyle{ \theta }[/math] is the angle of the diverging beams with the [math]\displaystyle{ Z }[/math]-axis.
