. Development of a portable sand trap for use in the nearshore. Littoral drift; Oceanographic instruments; Sedimentation and deposition. 100 DIST FROM SEABED TO MID-STREAMER (cm). FLUX (g/cm2/min) SHOREWARD TRAP SEAWARD TRAP Figure 55. Run 35, SUPERDUCK consistency test (9-21-86) DIST FROM SEABED TO MID-STREAMER (cm) 1 20 100 - I 80 - V 60 - l>y 40 - V 20 ' <^--^—^^ FLUX (g/cm2/min) — SHOREWARD TRAP -*- SEAWARD TRAP Figure 56. Run 37-1, SUPERDUCK consistency test (9-21-86) 90. Please note that these images are extract
. Development of a portable sand trap for use in the nearshore. Littoral drift; Oceanographic instruments; Sedimentation and deposition. 100 DIST FROM SEABED TO MID-STREAMER (cm). FLUX (g/cm2/min) SHOREWARD TRAP SEAWARD TRAP Figure 55. Run 35, SUPERDUCK consistency test (9-21-86) DIST FROM SEABED TO MID-STREAMER (cm) 1 20 100 - I 80 - V 60 - l>y 40 - V 20 ' <^--^—^^ FLUX (g/cm2/min) — SHOREWARD TRAP -*- SEAWARD TRAP Figure 56. Run 37-1, SUPERDUCK consistency test (9-21-86) 90. 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 Rosati, Julie Dean; Kraus, Nicholas C; U. S. Army Engineer Waterways Experiment Station; Coastal Engineering Research Center (U. S. ); United States. Army. Corps of Engineers. [Vicksburg, Miss. : U. S. Army Engineer Waterways Experiment Station ; Springfield, Va. : available from National Technical Information Service]
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