Along-beam bin center separation - Revision history

Yuengdjern at 10:41, 10 December 2021

2021-12-10T10:41:46Z

← Older revision		Revision as of 10:41, 10 December 2021
Line 3:		Line 3:
	For ADCPs, the <math>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>Z</math>-coordinate. For a vertical beam, the along beam bin center separation (<math>r_0</math>) is given by:		For ADCPs, the <math>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>Z</math>-coordinate. For a vertical beam, the along beam bin center separation (<math>r_0</math>) is given by:

	<math>r_0 = \delta z</math>		<math>\delta r_0 = \delta z</math>

	where <math>\delta z</math> is the distance between bin-centers along the <math>Z</math>-axis.		where <math>\delta z</math> is the distance between bin-centers along the <math>Z</math>-axis.
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	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:

	<math>r_0 = \frac{\delta z}{\cos\theta}</math>		<math>\delta r_0 = \frac{\delta z}{\cos\theta}</math>

	where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.		where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.

Yuengdjern at 10:34, 10 December 2021

2021-12-10T10:34:48Z

← Older revision		Revision as of 10:34, 10 December 2021
Line 18:		Line 18:
	[[Category:Velocity profilers]]		[[Category:Velocity profilers]]

	Go back to [[Processing your ADCP data using structure function techniques \| Compute structure functions and dissipation estimates]		Go back to [[Processing your ADCP data using structure function techniques \| Compute structure functions and dissipation estimates]]

Yuengdjern at 10:34, 10 December 2021

2021-12-10T10:34:27Z

← Older revision		Revision as of 10:34, 10 December 2021
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	[[Category:Velocity profilers]]		[[Category:Velocity profilers]]

			Go back to [[Processing your ADCP data using structure function techniques \| Compute structure functions and dissipation estimates]

Yuengdjern at 10:31, 10 December 2021

2021-12-10T10:31:52Z

← Older revision		Revision as of 10:31, 10 December 2021
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	~~[PLACEHOLDER -- NEED TO CONFIRM THIS IS CORRECT AND/OR ADD PICTURE]~~

	For ADCPs, the <math>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>Z</math>-coordinate. For a vertical beam, the along beam bin center separation (<math>r_0</math>) is given by:		For ADCPs, the <math>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>Z</math>-coordinate. For a vertical beam, the along beam bin center separation (<math>r_0</math>) is given by:

	<math>r_0 = z</math>		<math>r_0 = \delta z</math>

	where <math>z</math> is the distance ~~from the transducer~~ between bin-centers along the <math>Z</math>-axis.		where <math>\delta z</math> is the distance 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:

	<math>r_0 = \frac{z}{\cos\theta}</math>		<math>r_0 = \frac{\delta z}{\cos\theta}</math>

	where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.		where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.


	[[File:SF atomix ADCP.png\|frame\| ~~Add your caption~~]]		[[File:SF atomix ADCP.png\|frame\| Schematic of ADCP and its beams, showing the difference between the vertical co-ordinate <math> z </math> and the along-beam radial distances <math> r </math>]]

	[[Category:Velocity profilers]]		[[Category:Velocity profilers]]

Yuengdjern at 10:16, 10 December 2021

2021-12-10T10:16:24Z

← Older revision		Revision as of 10:16, 10 December 2021
Line 5:		Line 5:
	<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:

CynthiaBluteau at 15:50, 23 November 2021

2021-11-23T15:50:17Z

← Older revision		Revision as of 15:50, 23 November 2021
Line 13:		Line 13:
	where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.		where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.


			[[File:SF atomix ADCP.png\|frame\| Add your caption]]

	[[Category:Velocity profilers]]		[[Category:Velocity profilers]]

CynthiaBluteau: Categorization

2021-11-23T15:48:53Z

Categorization

← Older revision		Revision as of 15:48, 23 November 2021
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	where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.		where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.


			[[Category:Velocity profilers]]

Jmmcmillan at 02:02, 11 November 2021

2021-11-11T02:02:36Z

← Older revision		Revision as of 02:02, 11 November 2021
Line 9:		Line 9:
	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:

	<math>r_0 = \frac{Z}{\cos\theta}</math>		<math>r_0 = \frac{z}{\cos\theta}</math>

	where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.		where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.

Jmmcmillan at 02:02, 11 November 2021

2021-11-11T02:02:20Z

← Older revision		Revision as of 02:02, 11 November 2021
Line 3:		Line 3:
	For ADCPs, the <math>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>Z</math>-coordinate. For a vertical beam, the along beam bin center separation (<math>r_0</math>) is given by:		For ADCPs, the <math>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>Z</math>-coordinate. For a vertical beam, the along beam bin center separation (<math>r_0</math>) is given by:

	<math>r_0 = ~~\Delta Z~~</math>		<math>r_0 = z</math>

	where <math>~~\Delta Z~~</math> is the ~~separation between~~ the ~~bins~~ along the Z-axis		where <math>z</math> is the distance from the transducer 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:

	<math>r_0 = \frac{~~\Delta~~ Z}{\cos\theta}</math>		<math>r_0 = \frac{Z}{\cos\theta}</math>

	where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.		where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.

Jmmcmillan: Created page with "[PLACEHOLDER -- NEED TO CONFIRM THIS IS CORRECT AND/OR ADD PICTURE] For ADCPs, the $Z$ -axis in instrument coordinates is commonly defined along the axis of the ADC..."

2021-11-11T01:49:53Z

Created page with "[PLACEHOLDER -- NEED TO CONFIRM THIS IS CORRECT AND/OR ADD PICTURE] For ADCPs, the <math>Z</math>-axis in instrument coordinates is commonly defined along the axis of the ADC..."

New page

[PLACEHOLDER -- NEED TO CONFIRM THIS IS CORRECT AND/OR ADD PICTURE]

For ADCPs, the <math>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>Z</math>-coordinate. For a vertical beam, the along beam bin center separation (<math>r_0</math>) is given by:

<math>r_0 = \Delta Z</math>

where <math>\Delta Z</math> is the separation between the bins along the Z-axis

For diverging beams, the along beam bin center separation (<math>r_0</math>) is given by:

<math>r_0 = \frac{\Delta Z}{\cos\theta}</math>

where <math>\theta</math> is the angle of the diverging beams with the <math>Z</math>-axis.

Along-beam bin center separation - Revision history

Yuengdjern at 10:41, 10 December 2021

Yuengdjern at 10:34, 10 December 2021

Yuengdjern at 10:34, 10 December 2021

Yuengdjern at 10:31, 10 December 2021

Yuengdjern at 10:16, 10 December 2021

CynthiaBluteau at 15:50, 23 November 2021

CynthiaBluteau: Categorization

Jmmcmillan at 02:02, 11 November 2021

Jmmcmillan at 02:02, 11 November 2021

Jmmcmillan: Created page with "[PLACEHOLDER -- NEED TO CONFIRM THIS IS CORRECT AND/OR ADD PICTURE] For ADCPs, the Z-axis in instrument coordinates is commonly defined along the axis of the ADC..."

Jmmcmillan: Created page with "[PLACEHOLDER -- NEED TO CONFIRM THIS IS CORRECT AND/OR ADD PICTURE] For ADCPs, the $Z$ -axis in instrument coordinates is commonly defined along the axis of the ADC..."