2026-06-19T14:54:29Z https://b2share.fz-juelich.de/api/oai2d

oai:b2share.fz-juelich.de:b2rec/b0a7e1f3d7484d84ace8d5d83f931e94 2023-08-03T09:29:25Z 5bbb7b0d-51ed-410a-865b-69d6334a3f0e

Helmholtz https://b2share.fz-juelich.de/records/b0a7e1f3d7484d84ace8d5d83f931e94 10.34730/b0a7e1f3d7484d84ace8d5d83f931e94 EUDAT B2SHARE 2023 Lönartz, Mara The provided files contain the segmented images (.png) used as input data for the TauFactor Matlab application to calculate the effective diffusivity as a function of the evolving porous geometry. The COMSOL Mulitphysic project file (.mph) contains the steady state simulation of the velocity and chemical components distribution inside the 3D microfluidic reactor. The velocity and component distribution profiles across the porous reaction chamber were extracted and given as .txt-files. Based on the simulated velocity and components distribution, the dimensionless Péclet and Reynolds number as well as the theoretical maximum saturation index (SI) were calculated (.xlsx). In addition, the Raman large area scans are given. info:eu-repo/semantics/openAccess 3.3.12 → Earth sciences → Hydrogeology Diffusion Porosity Clogging Archie's law Microfluidics Pore-scale modelling mph png wip xlsx txt m.loenartz@fz-juelich.de 914.5 MB 22 files