TEXT

Readme.txt (1.61 kB)

.MAT

settlingVelocity.mat (2.45 MB)

DATASET

settlingVelocity.xlsx (24.89 kB)

VIDEO

Particle_1(Sphere).mp4 (4.67 MB)

.MP4

Particle_2(Sphere).mp4 (3.63 MB)

.MP4

Particle_3(Sphere).mp4 (6.33 MB)

.MP4

Particle_4(Sphere).mp4 (2.28 MB)

.MP4

Particle_5(Sphere).mp4 (2.11 MB)

.MP4

Particle_6(CircCyl).mp4 (5.42 MB)

.MP4

Particle_7(CircCyl).mp4 (4.69 MB)

VIDEO

Particle_8(CircCyl).mp4 (5.27 MB)

.MP4

Particle_9(CircCyl).mp4 (4.26 MB)

VIDEO

Particle_10(CircCyl).mp4 (4.22 MB)

VIDEO

Particle_11(CircCyl).mp4 (3.69 MB)

VIDEO

Particle_12(CircCyl).mp4 (4.13 MB)

VIDEO

Particle_13(CircCyl).mp4 (3.83 MB)

VIDEO

Particle_14(CircCyl).mp4 (3.68 MB)

.MP4

Particle_15(CircDisk).mp4 (4.99 MB)

.MP4

Particle_16(CircDisk).mp4 (4.68 MB)

VIDEO

Particle_17(CircDisk).mp4 (5.14 MB)

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69 files

Dataset for: "Settling velocity of microplastic particles having regular and irregular shapes"

Version 2 2023-05-26, 08:06

Version 1 2023-04-13, 08:11

dataset

posted on 2023-05-26, 08:06 authored by Koray Deniz Göral, David R. FuhrmanDavid R. Fuhrman, Bjarke Eltard LarsenBjarke Eltard Larsen, Hasan Gökhan Güler, Stefan CarstensenStefan Carstensen, Erik Damgaard ChristensenErik Damgaard Christensen, Nils B. Kerpen, Torsten Schlurmann

-The "settlingVelocity.mat" is a MATLAB binary workspace file containing the dimensions, density, and settling velocity (mean and standard deviation) of all microplastic particle groups, with their time series of measured vertical particle positions.

-The "settlingVelocity.xlsx" is an Excel worksheet listing the particle number, shape/particle code, material, dimensions, characteristic length scales, Corey shape factor, sphericity, density, settling velocity (mean and standard deviation), Reynolds number, and drag coefficient of all microplastic particle groups with the density and kinematic viscosity of water.

-Example experimental videos for each microplastic particle group are provided with the naming convention "Particle_X(Shape).mp4", where “X” refers to the particle group number and “Shape” is the particle shape (e.g. sphere, circular disk, cube, etc.). Please note that the videos are low-quality when using the preview. For optimal quality, it is suggested to download the videos and play the files directly.