The paper proposes tortuosity as a physical concept particularly useful to interpret internal diffusivities in terms of biofilm structure. Results from different authors are presented showing how average effective diffusivities in biofilms (measured with inert tracers) vary with the fluid velocity: in the case of biofilms formed under turbulent flow conditions, an increase in fluid velocity corresponds to a decrease in the diffusivity, although sometimes this decrease is very slight; however, in laminar flow situations, no common trend is found from research group to research group
Two of the factors, shear erosion and diffusive mass transfer, which limit the growth of heterogeneo...
Many microorganisms live within surface-associated consortia, termed biofilms, that can form intrica...
An aerobic biofilm was characterized using confocal scanning laser microscopy (CSLM), O2 micro-elect...
Diffusion in microbial films produced by Pseudomonas fluorescens under turbulent flow conditions was...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mon...
Reactor operating conditions strongly affect the behaviour of biofilm systems, namely their stabili...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mo...
Biofilms are widely used in biotechnology processes • production of human care and nutritional produ...
The knowledge of mass transfer rates in microbial biofilms is often the limiting step on biofilm mo...
This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocities simi...
Application of microelectrode techniques, Nuclear Magnetic Resonance Imaging, and Confocal Laser Mic...
AbstractBiofilms are layers of microbial cells growing on an interface and they can form highly comp...
It is demonstrated that the flow velocity distributions in a flat plate reactor with and without bio...
Abstract—This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocit...
Biofilms have been modeled as homogeneous layers of cells and extracellular polymers covered by a un...
Two of the factors, shear erosion and diffusive mass transfer, which limit the growth of heterogeneo...
Many microorganisms live within surface-associated consortia, termed biofilms, that can form intrica...
An aerobic biofilm was characterized using confocal scanning laser microscopy (CSLM), O2 micro-elect...
Diffusion in microbial films produced by Pseudomonas fluorescens under turbulent flow conditions was...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mon...
Reactor operating conditions strongly affect the behaviour of biofilm systems, namely their stabili...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mo...
Biofilms are widely used in biotechnology processes • production of human care and nutritional produ...
The knowledge of mass transfer rates in microbial biofilms is often the limiting step on biofilm mo...
This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocities simi...
Application of microelectrode techniques, Nuclear Magnetic Resonance Imaging, and Confocal Laser Mic...
AbstractBiofilms are layers of microbial cells growing on an interface and they can form highly comp...
It is demonstrated that the flow velocity distributions in a flat plate reactor with and without bio...
Abstract—This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocit...
Biofilms have been modeled as homogeneous layers of cells and extracellular polymers covered by a un...
Two of the factors, shear erosion and diffusive mass transfer, which limit the growth of heterogeneo...
Many microorganisms live within surface-associated consortia, termed biofilms, that can form intrica...
An aerobic biofilm was characterized using confocal scanning laser microscopy (CSLM), O2 micro-elect...