Measuring fast-temporal sediment fluxes with an analogue acoustic sensor: a wind tunnel study (dataset)

Measuring fast-temporal sediment fluxes with an analogue acoustic sensor: a wind tunnel study

DOI:10.4121/uuid:7f4c6e00-4e51-4dc3-a304-57fc2f7f3b19

Datacite citation style

Ate Poortinga; Jan Van Minnen; Riksen, M.J.P.M. (Michel); Manuel Seeger (2013): Measuring fast-temporal sediment fluxes with an analogue acoustic sensor: a wind tunnel study. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/uuid:7f4c6e00-4e51-4dc3-a304-57fc2f7f3b19

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Keywords

acoustic sampler Aeolian sediment transport Efficiency Fast-temporal Sediment catcher

Geolocation

Windtunnel in Ghent,

Licence

4TU General Terms of Use

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by Ate Poortinga

, Jan Van Minnen, M.J.P.M. (Michel) Riksen

, Manuel Seeger

Research objective In this study, we test two passive traps (BEST sampler and MWAC sampler) and one acoustic device (saltiphone) in an aeolian sand wind tunnel to investigate how the experimental setup and the subsequent data processing affect the quantification of the aeolian sand flux. Type of research: Empirical research Method of data collection: Wind tunnel experiments Data comprises: - Wind velocity - Mass transport per height for different samplers - Analogue output of Saltiphone - Mass measured by balance