DOI: 10.1039/d6lc00125d ISSN: 1473-0197
Biocementation shows a three-dimensional geometry dependence in microfluidic pore networks mapped by deep-learning segmentation
Brooke E. Filanoski, Marisa L. Bobal, Kendal R. Phinney, Darke R. Hull, David EricksonChannel height and porosity program biocementation: greater pore volume shifts CaCO 3 from many small, dispersed deposits to fewer, larger coalescing features, in a microfluidic pore network mapped by deeplearning segmentation.