cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4121/uuid:f0aa705d-e17d-4e13-a7ad-f0ce530685c4
title: Maisbich (Luxemburg) river basin discharge data, sensor Q3, month 2009-09

description: Parent item: Maisbich (Luxemburg), data from discharge meter Q3 (Qdown), 2006-11 and later Measuring instrument: Maisbich basin: V-notch discharge meter Q3 (Qdown) Type: Pressure Sensor Keller DCX-4.0, SN 1467 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.0015m. Datasets with correction contain the corrected discharge observed at the Vnotch. The discharge is calculated as Q=Cd*h^2.5 After correcting the logger measurements with hand measured depths we interpolated the difference (dH) Then we determined the factor Cd with discharge measurements which we also interpolated The timing of hand measurements can be corrected to better represent the logged values The last corrections (variable "clean_corr") were made for blocking of the V-notch weir as folows: z1 represents the last good discharge value after which sedimentation slowly starts blocking the weir z2 represents the moment when the blocking is max z3 represents the moment just before cleaning of the weir z4 represents the moment after cleaning of the weir The max difference in discharge is Q(z3)-Q(z4)
DOI: 10.4121/uuid:f8193b6c-24a1-40c0-832e-d7877e5952fb
title: Maisbich (Luxemburg) river basin discharge data, sensor Q3, month 2010-06

description: Parent item: Maisbich (Luxemburg), data from discharge meter Q3 (Qdown), 2006-11 and later Measuring instrument: Maisbich basin: V-notch discharge meter Q3 (Qdown) Type: Pressure Sensor Keller DCX-4.0, SN 1467 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.0015m. Datasets with correction contain the corrected discharge observed at the Vnotch. The discharge is calculated as Q=Cd*h^2.5 After correcting the logger measurements with hand measured depths we interpolated the difference (dH) Then we determined the factor Cd with discharge measurements which we also interpolated The timing of hand measurements can be corrected to better represent the logged values The last corrections (variable "clean_corr") were made for blocking of the V-notch weir as folows: z1 represents the last good discharge value after which sedimentation slowly starts blocking the weir z2 represents the moment when the blocking is max z3 represents the moment just before cleaning of the weir z4 represents the moment after cleaning of the weir The max difference in discharge is Q(z3)-Q(z4)
DOI: 10.4121/uuid:fe71fa75-9d23-4300-9164-9feb8122d2d0
title: Maisbich (Luxemburg) river basin discharge data, sensor Q4, month 2009-03

description: Parent item: Maisbich (Luxemburg), data from discharge meter Q4 (Qup), 2006-12 and later Measuring instrument: Maisbich basin: V-notch discharge meter Q4 (Qup) Type: Van Essen TD-Driver, SN 19613 This instrument measures pressure with one absolute sensor. It also measures temperature. Height V-notch above sensor: 0.0018m. Datasets with correction contain the corrected discharge observed at the Vnotch. The discharge is calculated as Q=Cd*h^2.5 After correcting the logger measurements with hand measured depths we interpolated the difference (dH) Then we determined the factor Cd with discharge measurements which we also interpolated The timing of hand measurements can be corrected to better represent the logged values The last corrections (variable "clean_corr") were made for blocking of the V-notch weir as folows: z1 represents the last good discharge value after which sedimentation slowly starts blocking the weir z2 represents the moment when the blocking is max z3 represents the moment just before cleaning of the weir z4 represents the moment after cleaning of the weir The max difference in discharge is Q(z3)-Q(z4)
DOI: 10.4121/uuid:16703b4f-4093-4bf8-bace-698b0a885984
title: Benchmark instances for experiments in "Computing all-pairs shortest paths by leveraging low treewidth" - Job shop (Figure 7)

description: STNs randomly generated from the SMT-LIB "job shop" benchmark. The files from SMT-LIB are DTP instances. STNs were generated from these by randomly selecting a literal from each clause. For each STN thus generated, the graph structure was maintained while modifying the weights of the constraint arcs such that at least one solution exists (i.e. the graph contains no negative cycles and the STN is consistent). This archive contains 600 graphs on 5–241 nodes, 8–3840 arcs, upper bound on treewidth 3–62. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:2e13b48d-01a6-40bc-8807-3abddf6ee332
title: Benchmark instances for experiments in "Computing all-pairs shortest paths by leveraging low treewidth" - Scale-free; varying vertex count, bounded induced width (Figure 4)

description: Scale-free graphs generated following the Barabási-Albert method, then selected for induced width. The weights of the constraint arcs are set such that at least one solution exists (i.e. the graph contains no negative cycles and the STN is consistent). This archive contains 426 graphs on 100–200 nodes, 460–891 arcs, upper bound on treewidth 38–58. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:2fea9297-0bbf-4529-814d-f97392e4f81e
title: Benchmark instances for experiments in "Computing all-pairs shortest paths by leveraging low treewidth" - HTN (Figure 8)

description: Generated sibling-restricted STNs as they could result from a Hierarchical Task Network. Constraints exist between tasks and their children, and between sibling tasks; in addition, a limited number of "landmark" tasks is added which are exempt from this restriction. Branching factor 4–7; tree height 3–7; landmark ratio in [0,0.5]; probably of sibling edge in [0,0.5]. The weights of the constraint arcs are set such that at least one solution exists (i.e. the graph contains no negative cycles and the STN is consistent). This archive contains 121 graphs on 500–625 nodes, 748–1515 arcs, upper bound on treewidth 2–144. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:413dcbe0-99f1-4f27-a8c0-28b529c0a6d9
title: Benchmark instances for experiments in "Computing all-pairs shortest paths by leveraging low treewidth" - Chordal, fixed size (Figure 1)

description: Chordal graphs from a self-written generator. The weights of the constraint arcs are set such that at least one solution exists (i.e. the graph contains no negative cycles and the STN is consistent). This archive contains 400 graphs on 200 nodes, 985–19900 arcs, treewidth 5–199. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:4b6d7f56-f09b-4507-8e1a-3078d6e0266a
title: Benchmark instances for experiments in "Computing all-pairs shortest paths by leveraging low treewidth" - New York (Figure 6)

description: Directed graphs with positive edge weights grown by breadth-first search from a random point in the New York City benchmark graphs as included in the 9th DIMACS Implementation Challenge (2005). This archive contains 180 graphs on 108–4882 nodes, 113–8108 arcs, upper bound on treewidth 2–51. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:653d9ff7-3602-4db1-be71-44dca76a04fa
title: Network instance Chordal, fixed treewidth, edition 1

description: Chordal graphs from a self-written generator. The weights of the constraint arcs are set such that at least one solution exists (i.e. the graph contains no negative cycles and the STN is consistent). This archive contains 130 graphs on 214–3125 nodes, 22788–637009 arcs, treewidth 211. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2012)] Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:88fd82f1-febe-4797-b97a-e4ee0306fa48
title: Benchmark instances for experiments in "Computing all-pairs shortest paths by leveraging low treewidth" - Diamonds (Figure 5)

description: STNs randomly generated from the SMT-LIB "diamonds" benchmark. The files from SMT-LIB are DTP instances. STNs were generated from these by randomly selecting a literal from each clause. For each STN thus generated, the graph structure was maintained while modifying the weights of the constraint arcs such that at least one solution exists (i.e. the graph contains no negative cycles and the STN is consistent). This archive contains 504 graphs on 51–379 nodes, 49–379 arcs, upper bound on treewidth 2. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:c2ade168-0b55-4ef2-bfb9-75162227ae1f
title: Benchmark instances for experiments in "Computing all-pairs shortest paths by leveraging low treewidth" - Scale-free; constant vertex count, varying density (Figure 3)

description: Scale-free graphs generated following the Barabási-Albert method with 150 vertices and density parameter varying from 2 to 20. The weights of the constraint arcs are set such that at least one solution exists (i.e. the graph contains no negative cycles and the STN is consistent). This archive contains 190 graphs on 150 nodes, 296–2240 arcs, upper bound on treewidth 14–103. Parent item: Benchmark instances for experiments in ["Computing All-Pairs Shortest Paths by Leveraging Low Treewidth" (paper, 2011)]
DOI: 10.4121/uuid:1c7478ce-676b-4617-b4a7-2a7b34cbc27b
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St9

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:4679b438-032a-499f-8f53-f5c1cd6b4d34
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St10

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:656e43ad-826e-4da1-8a16-bcb2e12fdec3
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St20

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:6dd85942-e799-43fd-bd9f-a597c60b2e8d
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St7

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:895c6d5a-a9f9-4f20-8ec6-a80e41ee1a65
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St18

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:9200d482-e554-40ff-a3a3-3a038b2088c6
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St12

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:b2ebc343-b5b4-4e58-989a-0d43a7b3ecc8
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St16

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:c9eb4ddf-dc0b-4c86-928d-7098ba52d6e8
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St19

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:d1ce1e71-85a1-4539-bc7f-f0fde6b53152
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St8

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:d26808e5-290e-4381-90ac-1d914443fb0a
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St15

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:d97b61c4-dfaa-4218-a76b-f2d6f4d046d0
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St11

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:f742e5cd-af52-4256-be6c-431e9fd4935b
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St13

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:22db5135-870c-46b7-a155-b85c4237b13a
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St3

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:5445ec2d-829d-4e6f-bb3a-55b63737f445
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St6

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:94df48d3-5415-4a73-9f6a-c8e0b0d417ec
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St1

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:b5336de3-9a0a-4ca7-939c-05c58c97fef2
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St5

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:c7f3a883-8d78-4c9c-9778-16eeedfb6477
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St4

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:dd0145ca-1a68-48f5-8814-2224cc5e0519
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St2

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:a64319d5-1735-4bf1-944b-8e9187e4b9d6
title: Heavy particles in turbulent flows RM-2007-GRAD-2048.St0

description: Parent item: Heavy particles in turbulent flows RM-2007-GRAD-2048 Heavy point-wise Lagrangian particle evolution in homogeneous and isotropic turbulent velocity field from a 2048 cubed DNS. Trajectory length: 4720 LAGR_DT Total number of particles per subset: 3184 * 64 [ Subset : Stokes number ] [ St0..2 : 0.0 ][ St3..5 : 0.16 ][ St6..8 : 0.6 ][ St9..11 : 1.0 ][ St12 : 2.0 ][ St13 : 3.0 ][ St14 : 5.0 ] [ St15 : 10.0 ][ St16 : 20.0 ][ St17 : 30.0 ][ St18 : 40.0 ][ St19 : 50.0 ][ St20 : 70.0 ]
DOI: 10.4121/uuid:7497689a-262d-442d-8742-0ecdebe90ba0
title: IBIS: gegevens bedrijventerreinen 1988 - 2007

description: Basic data about industrial estates in The Netherlands, 1988-2007
DOI: 10.4121/uuid:013e03fb-2efa-4b4c-bfb7-e5613f359190
title: IDRA weather radar measurements - day 2009-11-03

description: Radar ranges: near, standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2009-11 Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.