Sentence examples for steady-state variable from inspiring English sources

But only the steady-state variable removal transformation has been found not to destroy their structural stability.

One limitation of stochastic optimal power flow has been that only steady-state variable limits have been used as security constraints.

Two common steps of simplifying dynamic process models, the steady-state variable removal and the variable lumping simplification steps are investigated in this paper, in order to show if they preserve the key properties: the structural controllability, observability and stability of the models.

If we consider just the 9 jobs in which graduates lasted beyond one month, the cost per job directly matched is $22,755, or $19,556 if we ignore set-up costs and consider only the steady-state variable costs.

Rather than being a steady-state variable, Eadyn depicts the slope of the P V relationship and provides a functional assessment of arterial load [ 21].

Steady-state variables were calculated for a series of the operating conditions, using the homotopy continuation method, revealing the existence of multiple steady-state solutions.

The procedure renders the kinetic parameters of the rate equations that when embedded in the metabolic network produce the pattern of large changes in the steady-state variables that we aim to design.

Response coefficients quantify the sensitivity of steady-state variables to variation in model parameters, and so pertain to a particular steady state [ 31].

Ileak is obtained from gleak(V − E L ) and the dynamics of the ion channel gating variables are given as follows: (3) d m d t m ∞ V − m τ m V, d h d t = h ∞ V − h τ h V, where m ∞ and h ∞ are the steady-state variables and τ m and τ h are the activation and inactivation time constants, respectively.

This was confirmed by analyzing the distribution of some systemic steady-state variables, e.g. the glucose uptake flux varied between 0.02 and 1.6 mmol/gDW/s, and the carbon channeled into glycolysis varied between 0 and 98 % of the glucose uptake flux (Fig.  6).

According to Eq. (2), we start from the steady state variable (γ0), which is spatially non-homogeneous: subduction regions have initially lower γ whereas inland regions have higher γ to begin with.