eprintid: 61
rev_number: 8
eprint_status: archive
userid: 4
dir: disk0/00/00/00/61
datestamp: 2015-09-02 14:18:30
lastmod: 2015-09-02 14:18:30
status_changed: 2015-09-02 14:18:30
type: article
metadata_visibility: show
vesselnoise_type: study
study_type: full_scale
study_source_level_calc: SGST
study_date: 2004-09
study_classification: OPEN
study_location: Gulf of Mexico: 29° 45' N / 87° 05 W (Lon/Lat)
study_bk_aspect: BEAM
study_hydrophones: 3
study_hydrophone_depths: 27
study_hydrophone_depths: 63
study_hydrophone_depths: 100
study_array_setup: DFVs
study_min_sys_frequency: 10
study_max_sys_frequency: 50000
study_calibration: FFRV
study_calibration_regularity: BT
study_min_water: 0
study_max_water: 0
study_min_wind: 3
study_max_wind: 4
study_min_wave: 0
study_max_wave: 1
creators_name: Bahtiarian, Michael
creators_name: Fischer, Raymond
corp_creators: Institute of Noise Control Engineering
title: Underwater radiated noise of the NOAA ship Oscar Dyson
date: 2006-05-20
citation:   Study 61: Full scale.    Bahtiarian, M      (2004)  Institute of Noise Control Engineering   

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