. The design, development, and evaluation of a differential pressure gauge directional wave monitor. Water waves; Pressure transducers. 122 - in temperature in the present DPG configuration, (Section ). The difference could indicate slanted installation of the instrument. The changes in mean voltages suggest that arms 2 and 3 could be tilted and above the horizontal, respectively; (from Equation ). This could be confirmed by comparison with dPl and dP4; however, neither of these channels show a clear trend in the change of mean value between land and sea. A portion of the tim
. The design, development, and evaluation of a differential pressure gauge directional wave monitor. Water waves; Pressure transducers. 122 - in temperature in the present DPG configuration, (Section ). The difference could indicate slanted installation of the instrument. The changes in mean voltages suggest that arms 2 and 3 could be tilted and above the horizontal, respectively; (from Equation ). This could be confirmed by comparison with dPl and dP4; however, neither of these channels show a clear trend in the change of mean value between land and sea. A portion of the time record of one data set is shown in Figure VI-5. The mean value has been removed from each record and the signs of dPl and dP2 have been reversed. The dPl signals have been multiplied by the channel 1 calibration factor of The. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Bodge, Kevin R; Coastal Engineering Research Center (U. S. ). Fort Belvoir, Va. : The Center ; Springfield, Va. : National Technical Information Service, Operations Division [distributor]
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