The system is then described by two parameters, the first representing the amount of segregated solute in the grain boundary and the second the grain boundary position.
The rate of electron-ion kinetic energy exchange is defined by two parameters: the second frequency ν ei and effective mass of electron m ef.
The conventional Pasternak foundation is modeled by two parameters wherein the second parameter can account for the actual shearing effect of soils in the vertical direction.
A cluster is defined by three parameters: the first and last coordinates of the reference genome region that is homologous to at least one library scaffold, and the set of library scaffolds that are homologous to this same region.
This was determined by two parameters: one is having an analytical replication P-value of < 0.05 and the second is determined by the ratio value.
The input function is thus defined by eight parameters: aB, μB, μM (first pass phase), aR, μR, tR (second pass phase), aE and μE (equilibrium phase).
We show that the GAG accelerating effect is mainly governed by three parameters that account for three-fourths of the observed experimental variability: the GAG sulfation state, the solute molarity, and the ratio of protein and GAG molar concentrations.
It is introduced into standard colorimetric defined by three parameters (CIELab, RGB, HSB) as the fourth value with the assertion that there is no correlation between them and parameter Z.
First, the impulsive noise is represented by four parameters: a scale parameter γ > 0, an index of stability α ∈ (0,2], a skewness parameter δ ∈ [−1,1], and a location parameter β ∈ R. The scale parameter γ is a key factor to generate impulsive noise, which is similar to the variance of the Gaussian distribution.
The results can be summarized as follows: First, the height of the steady-state potentials is influenced by five parameters (Els, Gls, Ea, Ga, Ca,).
