Research Data Leeds Repository

Ambipolar-diffusion regulated collapse of filaments.

Citation

Burge, Christina and Van Loo, Sven and Falle, Samuel and Hartquist, Thomas (2016) Ambipolar-diffusion regulated collapse of filaments. University of Leeds. [Dataset] https://doi.org/10.5518/72¹

Dataset description

Datatset associated with paper published by Astronomy & Astrophysics "Ambipolar diffusion regulated collpase of filaments threaded by perpendicular magnetic fields"

Keywords:	Mehtods: numerical -ISM, magnetic fields - ISM, clouds - Stars, formation - MHD
Subjects:	F000 - Physical sciences > F500 - Astronomy > F510 - Astrophysics2 G000 - Mathematical sciences > G100 - Mathematics > G120 - Applied mathematics3
Divisions:	Faculty of Engineering and Physical Sciences > School of Mathematics > Department of Applied Mathematics4 Faculty of Engineering and Physical Sciences > School of Physics and Astronomy5
Related resources:	Location Type https://doi.org/10.1051/0004-6361/2016290396 Publication https://eprints.whiterose.ac.uk/105063/7 Publication
License:	Creative Commons Attribution 4.0 International (CC BY 4.0)
Date deposited:	28 Sep 2016 13:31
URI:	https://archive.researchdata.leeds.ac.uk/id/eprint/828
Additional details Additional details Creators or authors: Creators ORCID Other ID Email Primary affiliation Primary affiliation ID Primary affiliation ID type Secondary affiliation Secondary affiliation ID Secondary affiliation ID type Burge, Christina https://orcid.org/0000-0002-9007-24759 University of Leeds https://ror.org/024mrxd33 ror Van Loo, Sven https://orcid.org/0000-0003-4746-850010 University of Leeds https://ror.org/024mrxd33 ror Falle, Samuel https://orcid.org/0000-0002-9829-042611 University of Leeds https://ror.org/024mrxd33 ror Hartquist, Thomas https://orcid.org/0000-0002-6887-471112 University of Leeds https://ror.org/024mrxd33 ror Type of data: Dataset Research funders: STFC Grant numbers: ST/L000628/1 Publication date: 2016 Resource language: English Metadata language: English Research project title: A Programme of Research in Astronomical Theory, Astronomical Observations and Planetary and Solar System Science Publisher: University of Leeds Contact email: S.VanLoo@leeds.ac.uk13 Last Modified: 22 Aug 2024 07:44

Files

Documentation

README [586B] 14 README [586B] 15 README [586B] 16 Security: Anyone File name: README.txt17 Content type: Documentation Description: Dataset content Mime-Type: text/plain License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 586B

Data

Fig1 no drag evolution [3kB] 18 Fig1 no drag evolution [3kB] 19 Fig1 no drag evolution [3kB] 20 Security: Anyone File name: Fig1_tc3b_equilibrium_nodrag.out21 Content type: Data Description: Temporal evolution of central density without drag (column 1 time, column 2 cnetral density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 3kB Note: ascii

Fig 1 drag evolution [10kB] 22 Fig 1 drag evolution [10kB] 23 Fig 1 drag evolution [10kB] 24 Security: Anyone File name: Fig1_tc3b_equilibrium.out25 Content type: Data Description: Temporal evolution of central density with drag (column 1 time, column 2 central density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 10kB Note: ascii

Fig 2 Equilibrium Aa [2MB] 26 Fig 2 Equilibrium Aa [2MB] 27 Fig 2 Equilibrium Aa [2MB] 28 Security: Anyone File name: Fig2_taa_eq.silo29 Content type: Data Description: Equilibrium profile for model Aa Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 2MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium Ab [2MB] 30 Fig 2 Equilibrium Ab [2MB] 31 Fig 2 Equilibrium Ab [2MB] 32 Security: Anyone File name: Fig2_tab_eq.silo33 Content type: Data Description: Equilibrium profile for model Ab Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 2MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium Ac [6MB] 34 Fig 2 Equilibrium Ac [6MB] 35 Fig 2 Equilibrium Ac [6MB] 36 Security: Anyone File name: Fig2_tac_eq.silo37 Content type: Data Description: Equilibrium profile for model Ac Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 6MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium C3a [1MB] 38 Fig 2 Equilibrium C3a [1MB] 39 Fig 2 Equilibrium C3a [1MB] 40 Security: Anyone File name: Fig2_tc3a_eq.silo41 Content type: Data Description: Equilibrium profile for model C3a Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium C3b [1MB] 42 Fig 2 Equilibrium C3b [1MB] 43 Fig 2 Equilibrium C3b [1MB] 44 Security: Anyone File name: Fig2_tc3b_eq.silo45 Content type: Data Description: Equilibrium profile for model C3b Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium C3c [5MB] 46 Fig 2 Equilibrium C3c [5MB] 47 Fig 2 Equilibrium C3c [5MB] 48 Security: Anyone File name: Fig2_tc3c_eq.silo49 Content type: Data Description: Equilibrium profile for model C3c Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 5MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium D1 [66MB] 50 Fig 2 Equilibrium D1 [66MB] 51 Fig 2 Equilibrium D1 [66MB] 52 Security: Anyone File name: Fig2_td1_eq.silo53 Content type: Data Description: Equilibrium profile for model D1 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 66MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium D2 [7MB] 54 Fig 2 Equilibrium D2 [7MB] 55 Fig 2 Equilibrium D2 [7MB] 56 Security: Anyone File name: Fig2_td2_eq.silo57 Content type: Data Description: Equilibrium profile for model D2 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 7MB Note: SILO file (readable with VisIt)

Fig 2 Equilibrium D3 [66MB] 58 Fig 2 Equilibrium D3 [66MB] 59 Fig 2 Equilibrium D3 [66MB] 60 Security: Anyone File name: Fig2_td3_eq.silo61 Content type: Data Description: Equilibrium profile for model D3 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 66MB Note: SILO file (readable with VisIt)

Fig3a Evolution C3a no B field [36kB] 62 Fig3a Evolution C3a no B field [36kB] 63 Fig3a Evolution C3a no B field [36kB] 64 Security: Anyone File name: Fig3a_tc3a_noB.out65 Content type: Data Description: Evolution of central density for model C3a without magnetic field (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 36kB Note: ascii

Fig3a Evolution C3a xi = 10^-7 [33kB] 66 Fig3a Evolution C3a xi = 10^-7 [33kB] 67 Fig3a Evolution C3a xi = 10^-7 [33kB] 68 Security: Anyone File name: Fig3a_tc3a_xi1e-7.out69 Content type: Data Description: Evolution of central density for model C3a with ioinisation coefficient 10^-7 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 33kB Note: ascii

Fig3a Evolution C3a xi = 10^-8 [5kB] 70 Fig3a Evolution C3a xi = 10^-8 [5kB] 71 Fig3a Evolution C3a xi = 10^-8 [5kB] 72 Security: Anyone File name: Fig3a_tc3a_xi1e-8.out73 Content type: Data Description: Evolution of central density for model C3a with ioinisation coefficient 10^-8 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 5kB Note: ascii

Fig3b Evolution C3a xi = 10^-7 [214B] 74 Fig3b Evolution C3a xi = 10^-7 [214B] 75 Fig3b Evolution C3a xi = 10^-7 [214B] 76 Security: Anyone File name: Fig3b_flm_tc3a_xi1e-7.out77 Content type: Data Description: Evolution of magnetic flux per unit length for model C3a with ioinisation coefficient 10^-7 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 214B Note: ascii

Fig3b Evolution C3a xi = 10^-8 [135B] 78 Fig3b Evolution C3a xi = 10^-8 [135B] 79 Fig3b Evolution C3a xi = 10^-8 [135B] 80 Security: Anyone File name: Fig3b_flm_tc3a_xi1e-8.out81 Content type: Data Description: Evolution of magnetic flux per unit length for model C3a with ioinisation coefficient 10^-8 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 135B Note: ascii

Fig 4 Equilibrium C3a after magnetic diffusion [1MB] 82 Fig 4 Equilibrium C3a after magnetic diffusion [1MB] 83 Fig 4 Equilibrium C3a after magnetic diffusion [1MB] 84 Security: Anyone File name: Fig4_tc3a_xi1e-8_eq.silo85 Content type: Data Description: Equilibrium profile of model C3a after ambipolar diffusion with X = 10^-8 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig5a Evolution C3b no B field [1kB] 86 Fig5a Evolution C3b no B field [1kB] 87 Fig5a Evolution C3b no B field [1kB] 88 Security: Anyone File name: Fig5a_tc3b_noB.out89 Content type: Data Description: Evolution of central density for model C3a without magnetic field (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1kB Note: ascii

Fig5a Evolution C3b xi = 10^-7 [4kB] 90 Fig5a Evolution C3b xi = 10^-7 [4kB] 91 Fig5a Evolution C3b xi = 10^-7 [4kB] 92 Security: Anyone File name: Fig5a_tc3b_xi1e-7.out93 Content type: Data Description: Evolution of central density for model C3b with ioinisation coefficient 10^-7 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 4kB Note: ascii

Fig5a Evolution C3b xi = 10^-8 [1kB] 94 Fig5a Evolution C3b xi = 10^-8 [1kB] 95 Fig5a Evolution C3b xi = 10^-8 [1kB] 96 Security: Anyone File name: Fig5a_tc3b_xi1e-8.out97 Content type: Data Description: Evolution of central density for model C3b with ioinisation coefficient 10^-8 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1kB Note: ascii

Fig5a Evolution C3b xi = 10^-6 [36kB] 98 Fig5a Evolution C3b xi = 10^-6 [36kB] 99 Fig5a Evolution C3b xi = 10^-6 [36kB] 100 Security: Anyone File name: Fig5a_tc3b_xi1e-6.out101 Content type: Data Description: Evolution of central density for model C3b with ioinisation coefficient 10^-6 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 36kB Note: ascii

Fig5b Evolution C3b xi = 10^-7 [121B] 102 Fig5b Evolution C3b xi = 10^-7 [121B] 103 Fig5b Evolution C3b xi = 10^-7 [121B] 104 Security: Anyone File name: Fig5b_flm_tc3b_xi1e-7.out105 Content type: Data Description: Evolution of magnetic flux for model C3b with X = 10^-7(column 1 time, column 2 magnetic flux per unit length) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 121B Note: ascii

Fig5b Evolution C3b xi = 10^-8 [61B] 106 Fig5b Evolution C3b xi = 10^-8 [61B] 107 Fig5b Evolution C3b xi = 10^-8 [61B] 108 Security: Anyone File name: Fig5b_flm_tc3b_xi1e-8.out109 Content type: Data Description: Evolution of magnetic flux for model C3b with X = 10^-8(column 1 time, column 2 magnetic flux per unit length) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 61B Note: ascii

Fig5b Evolution C3b xi = 10^-6 [208B] 110 Fig5b Evolution C3b xi = 10^-6 [208B] 111 Fig5b Evolution C3b xi = 10^-6 [208B] 112 Security: Anyone File name: Fig5b_flm_tc3b_xi1e-6.out113 Content type: Data Description: Evolution of magnetic flux for model C3b with X = 10^-6(column 1 time, column 2 magnetic flux per unit length) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 208B Note: ascii

Fig6/7 density profile and B field C3b X=10^-6 at 250r_S [1MB] 114 Fig6/7 density profile and B field C3b X=10^-6 at 250r_S [1MB] 115 Fig6/7 density profile and B field C3b X=10^-6 at 250r_S [1MB] 116 Security: Anyone File name: Fig6_7_tc3b_xi1e-6_rrs250.silo117 Content type: Data Description: Density profile and magnetic field structure for model C3b with central density 250 rho_S for X = 10^-6 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig6/7 density profile and B field C3b X=10^-7 at 250r_S [1MB] 118 Fig6/7 density profile and B field C3b X=10^-7 at 250r_S [1MB] 119 Fig6/7 density profile and B field C3b X=10^-7 at 250r_S [1MB] 120 Security: Anyone File name: Fig6_7_tc3b_xi1e-7_rrs250.silo121 Content type: Data Description: Density profile and magnetic field structure for model C3b with central density 250 rho_S for X = 10^-7 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig6/7 density profile and B field C3b X=10^-8 at 250r_S [1MB] 122 Fig6/7 density profile and B field C3b X=10^-8 at 250r_S [1MB] 123 Fig6/7 density profile and B field C3b X=10^-8 at 250r_S [1MB] 124 Security: Anyone File name: Fig6_7_tc3b_xi1e-8_rrs250.silo125 Content type: Data Description: Density profile and magnetic field structure for model C3b with central density 250 rho_S for X = 10^-8 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig6/7 density profile and B field C3b X=10^-6 at 1000r_S [1MB] 126 Fig6/7 density profile and B field C3b X=10^-6 at 1000r_S [1MB] 127 Fig6/7 density profile and B field C3b X=10^-6 at 1000r_S [1MB] 128 Security: Anyone File name: Fig6_7_tc3b_xi1e-6_rrs1000.silo129 Content type: Data Description: Density profile and magnetic field structure for model C3b with central density 1000 rho_S for X = 10^-6 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig6/7 density profile and B field C3b X=10^-7 at 1000r_S [1MB] 130 Fig6/7 density profile and B field C3b X=10^-7 at 1000r_S [1MB] 131 Fig6/7 density profile and B field C3b X=10^-7 at 1000r_S [1MB] 132 Security: Anyone File name: Fig6_7_tc3b_xi1e-7_rrs1000.silo133 Content type: Data Description: Density profile and magnetic field structure for model C3b with central density 1000 rho_S for X = 10^-7 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig6/7 density profile and B field C3b X=10^-8 at 1000r_S [1MB] 134 Fig6/7 density profile and B field C3b X=10^-8 at 1000r_S [1MB] 135 Fig6/7 density profile and B field C3b X=10^-8 at 1000r_S [1MB] 136 Security: Anyone File name: Fig6_7_tc3b_xi1e-8_rrs1000.silo137 Content type: Data Description: Density profile and magnetic field structure for model C3b with central density 1000 rho_S for X = 10^-8 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig8a Evolution D2 no B field [1kB] 138 Fig8a Evolution D2 no B field [1kB] 139 Fig8a Evolution D2 no B field [1kB] 140 Security: Anyone File name: Fig8a_td2_noB.out141 Content type: Data Description: Evolution of central density for model D2 without magnetic field (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1kB Note: ascii

Fig8a Evolution D2 xi = 10^-7 [7kB] 142 Fig8a Evolution D2 xi = 10^-7 [7kB] 143 Fig8a Evolution D2 xi = 10^-7 [7kB] 144 Security: Anyone File name: Fig8a_td2_xi1e-7.out145 Content type: Data Description: Evolution of central density for model D2 with ioinisation coefficient 10^-7 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 7kB Note: ascii

Fig8a Evolution D2 xi = 10^-8 [1kB] 146 Fig8a Evolution D2 xi = 10^-8 [1kB] 147 Fig8a Evolution D2 xi = 10^-8 [1kB] 148 Security: Anyone File name: Fig8a_td2_xi1e-8.out149 Content type: Data Description: Evolution of central density for model D2 with ioinisation coefficient 10^-8 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1kB Note: ascii

Fig8a Evolution D2 xi = 10^-6 [6kB] 150 Fig8a Evolution D2 xi = 10^-6 [6kB] 151 Fig8a Evolution D2 xi = 10^-6 [6kB] 152 Security: Anyone File name: Fig8a_td2_xi1e-6.out153 Content type: Data Description: Evolution of central density for model D2 with ioinisation coefficient 10^-6 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 6kB Note: ascii

Fig8b Evolution D2 xi = 10^-7 [39B] 154 Fig8b Evolution D2 xi = 10^-7 [39B] 155 Fig8b Evolution D2 xi = 10^-7 [39B] 156 Security: Anyone File name: Fig8b_flm_td2_xi1e-7.out157 Content type: Data Description: Evolution of magnetic flux for model D2 with X = 10^-7(column 1 time, column 2 magnetic flux per unit length) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 39B Note: ascii

Fig8b Evolution D2 xi = 10^-8 [66B] 158 Fig8b Evolution D2 xi = 10^-8 [66B] 159 Fig8b Evolution D2 xi = 10^-8 [66B] 160 Security: Anyone File name: Fig8b_flm_td2_xi1e-8.out161 Content type: Data Description: Evolution of magnetic flux for model D2 with X = 10^-8(column 1 time, column 2 magnetic flux per unit length) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 66B Note: ascii

Fig8b Evolution D2 xi = 10^-6 [105B] 162 Fig8b Evolution D2 xi = 10^-6 [105B] 163 Fig8b Evolution D2 xi = 10^-6 [105B] 164 Security: Anyone File name: Fig8b_flm_td2_xi1e-6.out165 Content type: Data Description: Evolution of magnetic flux for model D2 with X = 10^-6(column 1 time, column 2 magnetic flux per unit length) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 105B Note: ascii

Fig9 density profile and B field D2 X=10^-6 at 200r_S [7MB] 166 Fig9 density profile and B field D2 X=10^-6 at 200r_S [7MB] 167 Fig9 density profile and B field D2 X=10^-6 at 200r_S [7MB] 168 Security: Anyone File name: Fig9_td2_xi1e-6_rrs200.silo169 Content type: Data Description: Density profile for model D2 with central density 200 rho_S for X = 10^-6 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 7MB Note: SILO file (readable with VisIt)

Fig9 density profile and B field D2 X=10^-7 at 200r_S [7MB] 170 Fig9 density profile and B field D2 X=10^-7 at 200r_S [7MB] 171 Fig9 density profile and B field D2 X=10^-7 at 200r_S [7MB] 172 Security: Anyone File name: Fig9_td2_xi1e-7_rrs200.silo173 Content type: Data Description: Density profile for model D2 with central density 200 rho_S for X = 10^-7 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 7MB Note: SILO file (readable with VisIt)

Fig9 density profile and B field D2 X=10^-8 at 200r_S [7MB] 174 Fig9 density profile and B field D2 X=10^-8 at 200r_S [7MB] 175 Fig9 density profile and B field D2 X=10^-8 at 200r_S [7MB] 176 Security: Anyone File name: Fig9_td2_xi1e-8_rrs200.silo177 Content type: Data Description: Density profile for model D2 with central density 200 rho_S for X = 10^-8 Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 7MB Note: SILO file (readable with VisIt)

Fig10 Evolution C3b with turbulent M = 10 and no diffusion [14kB] 178 Fig10 Evolution C3b with turbulent M = 10 and no diffusion [14kB] 179 Fig10 Evolution C3b with turbulent M = 10 and no diffusion [14kB] 180 Security: Anyone File name: Fig10_tc3b_eq_decturb10.out181 Content type: Data Description: Evolution of central density for model C3b with turbulent M = 10 and no diffusion (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 14kB Note: ascii

Fig10 Evolution C3b with turbulent M = 10 and no magnetic field [2kB] 182 Fig10 Evolution C3b with turbulent M = 10 and no magnetic field [2kB] 183 Fig10 Evolution C3b with turbulent M = 10 and no magnetic field [2kB] 184 Security: Anyone File name: Fig10_tc3b_noB_decturb10.out185 Content type: Data Description: Evolution of central density for model C3b with turbulent M = 10 and no magnetic field (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 2kB Note: ascii

Fig10 Evolution C3b with turbulent M = 10 andX = 10^-7 [6kB] 186 Fig10 Evolution C3b with turbulent M = 10 andX = 10^-7 [6kB] 187 Fig10 Evolution C3b with turbulent M = 10 andX = 10^-7 [6kB] 188 Security: Anyone File name: Fig10_tc3b_xi1e-7_decturb10.out189 Content type: Data Description: Evolution of central density for model C3b with turbulent M = 10 and X = 10^-7 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 6kB Note: ascii

Fig10 Evolution C3b with turbulent M = 10 and X = 10^-8 [2kB] 190 Fig10 Evolution C3b with turbulent M = 10 and X = 10^-8 [2kB] 191 Fig10 Evolution C3b with turbulent M = 10 and X = 10^-8 [2kB] 192 Security: Anyone File name: Fig10_tc3b_xi1e-8_decturb10.out193 Content type: Data Description: Evolution of central density for model C3b with turbulent M = 10 andX = 10^-8 (column 1 time; column 2 density) License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 2kB Note: ascii

Fig 11 Velocity and magnetic field structure C3b with turbulent M = 10 and X = 10^-7 [1MB] 194 Fig 11 Velocity and magnetic field structure C3b with turbulent M = 10 and X = 10^-7 [1MB] 195 Fig 11 Velocity and magnetic field structure C3b with turbulent M = 10 and X = 10^-7 [1MB] 196 Security: Anyone File name: Fig11_xi1e-7_decturb10_1016.silo197 Content type: Data Description: Velocity and magnetic field structure for model C3b with turbulenT M = 10 and X = 10^-7 after 0.3 free-fall times Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 1MB Note: SILO file (readable with VisIt)

Fig 11 Velocity and magnetic field structure C3b with turbulent M = 10 and X = 10^-8 [2MB] 198 Fig 11 Velocity and magnetic field structure C3b with turbulent M = 10 and X = 10^-8 [2MB] 199 Fig 11 Velocity and magnetic field structure C3b with turbulent M = 10 and X = 10^-8 [2MB] 200 Security: Anyone File name: Fig11_xi1e-8_decturb10_1016.silo201 Content type: Data Description: Velocity and magnetic field structure for model C3b with turbulenT M = 10 and X = 10^-8 after 0.3 free-fall times Mime-Type: model/mesh License: Creative Commons Attribution 4.0 International (CC BY 4.0) File size: 2MB Note: SILO file (readable with VisIt)

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• 9. https://orcid.org/0000-0002-9007-2475
• 10. https://orcid.org/0000-0003-4746-8500
• 11. https://orcid.org/0000-0002-9829-0426
• 12. https://orcid.org/0000-0002-6887-4711
• 13. mailto:S.VanLoo@leeds.ac.uk
• 14. https://archive.researchdata.leeds.ac.uk/82/1/README.txt
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• 32. https://archive.researchdata.leeds.ac.uk/82/5/Fig2_tab_eq.silo
• 33. https://archive.researchdata.leeds.ac.uk/82/5/Fig2_tab_eq.silo
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