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highlights:2025:membrane3d [2025/08/13 06:53] – Ronell Sicathighlights:2025:membrane3d [2025/08/13 06:55] (current) – Ronell Sicat
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-The paper's graphical abstract shown above illustrates the approach used in this work. The paper entitled "Impact of active layer morphology on salt permeability in RO composite membranes: 3D modelling from TEM geometry and effective membrane thickness" can be accessed [[https://www.sciencedirect.com/science/article/pii/S1383586625027728|here]].+The paper's graphical abstract shown above illustrates the approach used in this work. The paper entitled "Impact of active layer morphology on salt permeability in RO composite membranes: 3D modelling from TEM geometry and effective membrane thickness" can be accessed [[https://www.sciencedirect.com/science/article/pii/S1383586625027728|here]]. Please note that all figures used in this article are directly from the original published paper.
  
 KVL's visualization scientist Dr. Ronell Sicat supported Dr. Martinez in pre-processing the TEM scans, testing segmentation methods, and eventually post-processing the segmentation and extracted surfaces in order to get 3D geometries that were suitable for the target simulation software. KVL also provided free access to Avizo software and a powerful workstation with a pen-and-tablet interface that enabled faster manual segmentation of the TEM data. KVL's contribution is acknowledged in the paper. KVL's visualization scientist Dr. Ronell Sicat supported Dr. Martinez in pre-processing the TEM scans, testing segmentation methods, and eventually post-processing the segmentation and extracted surfaces in order to get 3D geometries that were suitable for the target simulation software. KVL also provided free access to Avizo software and a powerful workstation with a pen-and-tablet interface that enabled faster manual segmentation of the TEM data. KVL's contribution is acknowledged in the paper.