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Suspension of liquid and solids is assumed to form a pseudo slurry phase.
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Solids are assumed to be in contact with the reaction solution in their normal stable forms, and water is always taken to be present as the solvent.
The solids are assumed to be rigid and their motion is solved using Newton's second law of motion.
The solids are assumed to possess a plane of symmetry normal to the slip direction, so that in-plane displacements and normal stress changes on the slip plane do not occur.
The solid is assumed to be unbounded.
Below, a Poisson solid is assumed, for which υR/υP and υS/υP take values of 0.531 and 0.577, respectively.
A Poisson solid is assumed in order to estimate the shear modulus μ, yielding μ=K s /3.
The ground state of the solid is assumed to be an incommensurate crystal, with quantum zero-point vacancies and interstitials and thus a non-integer number of atoms per unit cell.
The solid is assumed to be in a state of plane strain and thus the derived solution is valid for two-dimensional problems.
The solid is assumed to have infinite slab geometry and to retain solvent on its surface when passing from one extractor to the next.
In the molecular diffusivity experiment simulation based on the solution of Fick's equations, the rate of reaction of the solid is assumed to be zero: there is no reaction occurring at the fluid solid interface.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com