Sentence examples for dilution approximation from inspiring English sources

The model is used to define a limit of validity for the infinite dilution approximation.

Although when both χABN and ϕ are fixed, decreasing N (i.e. increasing χAB) enlarges the deviation from the dilution approximation.

As expected, with decreasing ϕ, more solvent distributes non-uniformally in the segregated domains, therefore deviation from the dilution approximation increases.

First we examine the accuracy of the dilution approximation then analyze the dependence of the bcc structural sizes with copolymer volume fraction ϕ, the interaction parameter χAB, and degree of copolymerization N. Our results reveal that both distribution of each component and the micro-structural length scales are greatly influenced by each parameter ϕ, χAB, and N.

However, DMSO is a good solvent for P2VP, POEGMA, and protonated P2VP, indicating that the dilution approximation applies to this block copolymers system.

We studied nonisothermal dissolution of a solvable solid spherical particle in a uniform fluid flow when the concentration level of the solute in the solvent is finite (finite dilution of solute approximation).

We studied nonisothermal absorption of a solvable gas from growing at an orifice and rising bubble when the concentration level of the absorbate in the absorbent is finite (finite dilution of absorbate approximation).

The validity of these linear relationships is commonly assumed when liquid tissue phantoms are prepared, but they are applicable only if the microphysical properties of scattering particles are not affected by dilution, and if the independent scattering approximation is fulfilled.

To assess the relaxivity of our particles, we used a benchtop relaxometer (mq60 "The Minispec", from Bruker) with field strength of 1.41 T. For each synthesized batch, 2000 times diluted samples were prepared in Milli-Q water; dilutions were in triplicate, such to minimize approximation errors.

Data generated from the batch arsenic bioleaching were used as a first approximation for the calculation of the dilution rate D for a future design of a continuous bioleaching system.

Dimensioning of dilution ventilation is often made using the perfect mixing approximation, assuming uniform contaminant concentration throughout the room space.