Dataset corresponding to the figures in the article 'Particle dynamics in horizontal stirred bed reactors characterized by single-photon emission radioactive particle tracking'.

doi:10.4121/78bd7d8f-1625-41d3-be16-992ccf724d94.v1
The doi above is for this specific version of this dataset, which is currently the latest. Newer versions may be published in the future. For a link that will always point to the latest version, please use
doi: 10.4121/78bd7d8f-1625-41d3-be16-992ccf724d94
Datacite citation style:
van der Sande, P. Christian (2024): Dataset corresponding to the figures in the article 'Particle dynamics in horizontal stirred bed reactors characterized by single-photon emission radioactive particle tracking'. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/78bd7d8f-1625-41d3-be16-992ccf724d94.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset

This is a set of Matlab .fig and Origin .opju files corresponding to the figures in the paper 'Particle dynamics in horizontal stirred bed reactors characterized by single-photon emission radioactive particle tracking' published in Chemical Engineering Journal. In this study, a single-photon emission radioactive particle tracking technique is employed to obtain insight into the particle dynamics in a horizontal stirred bed reactor. The data was obtained using the single-photon emission radioactive particle tracking technique. 


history
  • 2024-04-22 first online, published, posted
publisher
4TU.ResearchData
format
Matlab .fig and Origin .opju
funding
  • NWO Grant 741.079.202
  • ENW-PPS
organizations
TU Delft, Faculty of Applied Sciences, Department of Chemical Engineering

DATA

files (36)
  • 2,324 bytesMD5:b560aa20a1a12f4b1395e8daad76e026README.txt
  • 86,953 bytesMD5:2ac8b809938ee2584229b5336c4d8e69Fig10-1.fig
  • 86,852 bytesMD5:a8f3b4d199c466433466bb4148858ccdFig10-2.fig
  • 86,480 bytesMD5:aff9aeb9a4562d142432ce25da928ae7Fig10-3.fig
  • 85,504 bytesMD5:a45bc427bae094db8ce95183915348ebFig10-4.fig
  • 86,376 bytesMD5:5a30649e612c676f220d0edd8143aec0Fig10-5.fig
  • 86,796 bytesMD5:7fbfee0d1aa5d2d3eea057ea8e309ec1Fig10-6.fig
  • 87,027 bytesMD5:b7e9855ce38a80ce3897de71e43a48f7Fig10-7.fig
  • 86,821 bytesMD5:78d8f076796663b51beb13c14835b3aaFig10-8.fig
  • 85,325 bytesMD5:cead4ef1e1d653ed238d6c512539fbe5Fig10-9.fig
  • 119,571 bytesMD5:326e1d5054fc8f2dd3d2cc16e910dca7Fig11.opju
  • 52,230 bytesMD5:800dad46f2cbdb94c75cb9de9b5bc75aFig12.opju
  • 43,694 bytesMD5:f9fd932c5a5a1b5f77d007deff6bd487Fig13-1.fig
  • 44,985 bytesMD5:2aa974e68b16c28655ef019b2b3a712eFig13-2.fig
  • 45,149 bytesMD5:a47c5402c5e2ef1c0263b0fe7badf6aeFig13-3.fig
  • 45,383 bytesMD5:d04f10db51234a85a42600bf5473f024Fig13-4.fig
  • 44,215 bytesMD5:08b062e765da7d4b8eab31a9e9d29ba8Fig13-5.fig
  • 45,278 bytesMD5:c6194348f1920e789f6709c975d6a86dFig13-6.fig
  • 43,814 bytesMD5:a1afae0b67bc08b5229387419b6c8642Fig13-7.fig
  • 44,051 bytesMD5:d6666a2fb042e32c732f321984176561Fig13-8.fig
  • 44,054 bytesMD5:612761f616b566e52200d6573f87af95Fig13-9.fig
  • 184,354 bytesMD5:abe4ea0be170d66812e68110c4df21eaFig14.opju
  • 52,617 bytesMD5:99452472a7a28eb46d3b3447074deeb1Fig15.opju
  • 58,726 bytesMD5:f82a7fc996abb36fb8f25d524b356bc6Fig2.opju
  • 628,990 bytesMD5:84a11d9940e74163c5b8c915f5d1ce7dFig7-1.fig
  • 638,189 bytesMD5:615873f6873edcc074eb4e29633e24a0Fig7-2.fig
  • 778,146 bytesMD5:0da53982d1291e87b64ef69440ee02edFig7-3.fig
  • 726,504 bytesMD5:aa8075bf7dfbcabce481af559266177cFig7-4.fig
  • 704,211 bytesMD5:80f0ae60dfc37eb8989dac9cb72d4b9bFig7-5.fig
  • 791,349 bytesMD5:ab03190858791007490bca4cec52a3a7Fig7-6.fig
  • 699,757 bytesMD5:3adf8196f705cbf5b057246b1ebcfde5Fig7-7.fig
  • 855,135 bytesMD5:7b20efae49f394e89804e3dc4369d5f4Fig7-8.fig
  • 800,803 bytesMD5:0d62e947a174a61421d1a741853297d5Fig7-9.fig
  • 887,988 bytesMD5:7bb43598a387a8b9edcd0c631313b938Fig8.opju
  • 48,066 bytesMD5:c693401b45a0a89c5ff2ce31bc1ad43aFig9.opju
  • 66,656 bytesMD5:40863e4cdacfe4c690003ca3bb3d580fFigB1.opju
  • download all files (zip)
    9,274,373 bytes unzipped