Space-time Sediment Relationships in the Nearshore Zone: The Case of the Storm Conditions |
Contents
INTRODUCTION | 11 |
The Dynamic Time Zones | 11 |
Sediment Movement in Nearshore Zone | 18 |
14 other sections not shown
Common terms and phrases
15 centimeters amplitude autocorrelation bottom breaker zone Brenninkmeyer Brenninkmeyer 1973 centimeters component concentration of events correlation crosscorrelation data string decrease domain plot duration of suspension dynamic zone equation events in grams Figure Fourier Transform frequency domain frequency modulated function of photocell gm/L grams per liter Hertz hydraulic jump indicates interaction IRIG time code Lagrangian longshore almometer longshore current longshore direction low frequencies Lower scale Mean maximum concentration Mean time span measure Nauset Light Beach nearshore zone Normalized variance NUMBER OF EVENTS number of sand Nyquist frequency offshore onshore conversion station onshore/offshore almometer onshore/offshore direction peak percent percentage periodic function photocell elevation photoresistors power spectra rip current sand fountain sand suspension events seconds sediment moved sediment movement sediment transport sensor array SENSOR ELEVATION cm signal six minute sample spectrum storm conditions surf zone suspended sediment suspension clouds suspension events occurring technique tion trend upper scale voltage water column