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A numerical model is developed for studying the transport of bacterial facilitated contaminants in a coupled fracture–matrix system. The contaminants and bacteria are assumed to sorb onto the fracture surface, the contaminants are assumed to diffuse into the rock-matrix. Bacteria are assumed not to diffuse into the rock-matrix. The sorption of the contaminants onto the mobile and immobile bacteria...
A numerical model is developed for studying the transport of colloids accompanied by radionuclides in a coupled fracture-skin-matrix system. The radionuclides and the colloids are assumed to decay, sorb onto the fracture surface, as well as diffuse into the fracture-skin and rock-matrix. The sorption of the radionuclides onto the mobile and immobile colloids within the fracture is assumed to be linear...
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