Along-beam velocity fluctuation - Revision history

Yuengdjern at 15:11, 27 May 2022

2022-05-27T15:11:42Z

← Older revision		Revision as of 15:11, 27 May 2022
Line 2:		Line 2:
	# If using [[burst sampling]], calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary		# If using [[burst sampling]], calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary
	# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary		# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary
	# For each data segment consisting of N profiles (i.e. <math> t_s </math>, the turbulent fluctuations are calculated separately for each beam and bin by either:		# For each data segment consisting of N profiles (i.e. <math> t_s </math>), the turbulent fluctuations are calculated separately for each beam and bin by either:
	#* ''The mean over the data segment''		#* ''The mean over the data segment''
	#* ''A linear detrend of the segment''		#* ''A linear detrend of the segment''

Yuengdjern at 15:11, 27 May 2022

2022-05-27T15:11:33Z

← Older revision		Revision as of 15:11, 27 May 2022
Line 2:		Line 2:
	# If using [[burst sampling]], calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary		# If using [[burst sampling]], calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary
	# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary		# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary
	# For each data segment consisting of N profiles, the turbulent fluctuations are calculated separately for each beam and bin by either:		# For each data segment consisting of N profiles (i.e. <math> t_s </math>, the turbulent fluctuations are calculated separately for each beam and bin by either:
	#* ''The mean over the data segment''		#* ''The mean over the data segment''
	#* ''A linear detrend of the segment''		#* ''A linear detrend of the segment''

Yuengdjern at 12:54, 23 May 2022

2022-05-23T12:54:19Z

← Older revision		Revision as of 12:54, 23 May 2022
Line 1:		Line 1:
	Methods to compute the along-beam velocity fluctuation:		Methods to compute the along-beam velocity fluctuation, <math> b^{\prime}</math> :
	# If using [[burst sampling]], calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary		# If using [[burst sampling]], calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary
	# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary		# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary

CynthiaBluteau: Linked to burst page

2022-03-08T19:13:07Z

Linked to burst page

← Older revision		Revision as of 19:13, 8 March 2022
Line 1:		Line 1:
	Methods to compute the along-beam velocity fluctuation:		Methods to compute the along-beam velocity fluctuation:
	# If using burst sampling, calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary		# If using [[burst sampling]], calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary
	# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary		# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary
	# For each data segment consisting of N profiles, the turbulent fluctuations are calculated separately for each beam and bin by either:		# For each data segment consisting of N profiles, the turbulent fluctuations are calculated separately for each beam and bin by either:

CynthiaBluteau: Categorization

2021-11-23T15:51:32Z

Categorization

← Older revision		Revision as of 15:51, 23 November 2021
Line 6:		Line 6:
	#* ''A linear detrend of the segment''		#* ''A linear detrend of the segment''
	#* ''A low pass filtered signal''		#* ''A low pass filtered signal''


			[[Category:Velocity profilers]]

Jmmcmillan: Created page with "Methods to compute the along-beam velocity fluctuation: # If using burst sampling, calculations are done over the length of the burst or some sub-period over which the turbule..."

2021-11-11T01:55:21Z

Created page with "Methods to compute the along-beam velocity fluctuation: # If using burst sampling, calculations are done over the length of the burst or some sub-period over which the turbule..."

New page

Methods to compute the along-beam velocity fluctuation:
# If using burst sampling, calculations are done over the length of the burst or some sub-period over which the turbulent flow statistics can assumed to be stationary
# If using continuous sampling, calculations are done over segments with a duration over which the turbulent flow statistics can assumed to be stationary
# For each data segment consisting of N profiles, the turbulent fluctuations are calculated separately for each beam and bin by either:
#* ''The mean over the data segment''
#* ''A linear detrend of the segment''
#* ''A low pass filtered signal''