Research on porous media is of major importance to many fields varying from catalysis to Earth science. Characterizing such media in 3D is expected to provide information on surface and volume rendering, which is required for understanding fluid transport. In the present study, electron tomography performed in the FIB-SEM (Focused Ion Beam – Scanning Electron Microscope)  is applied to a highly porous Diatomaceous Earth material. Representative volumes (Figure 1) have been obtained and treated in Fiji and Avizo software, the pore volume and pore connections are studied and quantified to generate the pore network [2-5]. Next, the data is used for fluid simulation through Computational Fluid Dynamics (CFD) methods, in order to study and analyze flow and diffusion properties in the obtained pore network (Figure 2). The geometry of pores is also evaluated to study how it influences transport properties in the sample. Furthermore, the effects of image correction and segmentation on the simulation are also examined.
 L. Holzer et al, Journal of Microscopy, 216 (2004), 84–95.
 P.S. Jørgensen et al, Utramicroscopy, 110 (2010), 216-228.
 T. Prill et al, Journal of Microscopy, 250 (2013), 77–87.
 M. Salzer et al, Journal of Microscopy, 257 (2015), 23–30.
 K.R. Mangipudi et al, Utramicroscopy, 163(2016), 38-47.
To cite this abstract:Yang Liu, Pierre Le Fur, Marijn van Huis, Oliver Plümper; ‘Slice & View’ nano-tomography of porous media using FIB-SEM. The 16th European Microscopy Congress, Lyon, France. https://emc-proceedings.com/abstract/slice-view-nano-tomography-of-porous-media-using-fib-sem/. Accessed: December 2, 2020
EMC Abstracts - https://emc-proceedings.com/abstract/slice-view-nano-tomography-of-porous-media-using-fib-sem/