The phrase "a system size" is correct and usable in written English.
It can be used when referring to the dimensions or scale of a system, often in technical or scientific contexts.
Example: "The researchers measured a system size of 100 square meters for their experiment."
Alternatives: "the scale of the system" or "the dimensions of the system".
In the future this can be used to handle non power-of-two system sizes; effectively support a system size larger thanon power-of-twonon power-of-two can partially take advantage of system memory even though the entire sizesm cannot fit into shareffectively
Depending upon the source, an Emerging Franchisor can refer to franchisors with a system size ranging from 100 to 25 units or less to a startup franchise.
Moreover, in order to keep the computational time within reasonable limits, we choose a system size of N=100 cells.
We implement in the software package intrinsic Noise Analyzer (iNA), a system size expansion based method which calculates the mean concentrations and the variances of the fluctuations to an order of accuracy higher than the LNA.
Based on the collected properties of the individual reversible reactions, a larger dynamic system was generated with two aromatic aldehydes (4– 5) and four related imines (6– 9), leading to a system size composed of 35 (53 counting chirality) potential species (Scheme 3).
In our approach N is not a system size but a parameter for scaling, and species numbers are scaled by powers of N. Though the limiting model for γ=2 is not deterministic, it is still possible to estimate an error analytically due to the fact that Z 1 2 (t ) which produces stochasticity in the limiting model is an exact process equal to Z 1 N, 2 (t ).
Nonetheless, by using the true material Young׳s modulus in the DEM CFD simulations and sufficiently large static bed height, a system-size-independent defluidization measurement is achieved that compares well with experimental data from a much larger system.
This computational obstacle was recently overcome for coarse (non-cohesive) particles via the identification of a system-size-independent measurement, thereby allowing for the direct comparison between small-scale simulations and large-scale experiments (LaMarche et al., 2015b).
This ability to directly compare small-scale simulations and large-scale experiments via a system-size independent measurement (defluidization) allows for the quantitative validation of the particle-level models in DEM CFD without resorting to particle-level measurements and/or unrealistically small experimental systems.
We can now perform a system-size expansion of the associated master equations [35], to obtain a two component linear Langevin equation for small Gaussian fluctuations about the stable fixed point ((varSigma_{0}, 0)).
This kind of dynamics, in which rare stochastic events are deterministically amplified, might be a generic feature of (life-like) systems that have a finite system size and positive feedback (see also the last paragraph).
