In this paper, the removal of As and the transport and migration of As at the process of activated sludge system was studied.
The corrosion kinetics of zinc in sulphate solutions is determined mainly by the mass transport and migration properties of oxide/hydroxide film formed by spontaneous passivation.
Chemotrophic communities thrive at temperatures that do rapidly dissuade or sterilize these macroscopic vectors, and their propagation is likely more dependent on non-biological (e.g. Aeolian, climatic, groundwater) mechanisms for surface and subsurface transport and migration.
Single crystal X-ray diffraction analyses of the four hosts revealed that the host molecules are held together by intensive non-covalent interactions, such as π⋯π and hydrogen bonding interaction at solid state, which can facilitate carrier transport and migration of excitons and improve the ability of thin film formation.
A finite element model (FEM) was developed which included copper oxidation kinetics, transport by migration and diffusion, Cu(I) and Cu II) solid corrosion product formation and porosity governed by equilibrium thermodynamics and a saturation index, as well as pit current and depth of penetration.
The actin cytoskeleton (CSK) plays a crucial role in intracellular transport processes, migration of cells and cytokinesis.
Clearly, the differently charged fluorophores have similar concentration distributions, indicating that mass transport by migration away from the barrel tip does not play a role under these conditions.
These were mainly involved in cell division, differentiation, development, proliferation, phosphorylation, cell communication, blood vessel morphogenesis, DNA metabolic processes, antiapoptosis functions, intracellular protein transport, cell migration, cell adhesion, and cellular localization.
Far less research has been conducted in marine environments where the transport and migration of water, contaminants, and fisheries resources make the identification of sources and receptors of Hg and MeHg contamination particularly challenging (Knap et al. 2002).
Several studies in different organisms have revealed that Lis1 is part of a conserved evolutionary pathway that regulates cytoplasmic dynein, the main cytoplasmic microtubule-minus end-directed motor protein, involved in several cellular processes such as vesicle transport, nuclear migration and organization of the mitotic spindle (see for reviews [ 76, 167, 172]) (Fig. 7).
