The phrase "active equation" is correct and usable in written English.
It can be used in contexts related to mathematics, physics, or any field where equations are discussed, particularly when referring to equations that are currently being applied or solved.
Example: "In this experiment, we will focus on the active equation that describes the motion of the pendulum."
Alternatives: "current equation" or "operational equation".
Thus, only using the active Rankin equation can lead to greater error in estimating backfill pressure.
(A ) Approximate detection volume for a harbour porpoise tracking fish in a quiet environment, based on the active sonar equation (1) and source energy levels as measured.
2) Why is there no autonomous active pressure in Equation 3, which is the analogue to the active shear stress in Equation 4? 3) Why does Equation 52 in the supplemental include a viscous contribution to the pressure (and that's what the authors say they fit), but Equation 3 includes no such term?
2) Why is there no autonomous active pressure in Equation 3, which is the analogue to the active shear stress in Equation 4 ?
Obtained as lagrangian multiplier associated with active power flow equation for each node, LMP gives the short run marginal cost (SRMC) of electricity.
The term Ψ can be multiplied by a generalized logistic function to avoid sharp discontinuities when adding both passive and active components in Equation 1.
This paper considers the stabilization of steady-state solutions of a semilinear parabolic system using finite-dimensional feedback controllers with support in an arbitrary open subset and which are active in one equation only.
Therefore, we must also take into account that the probability of transmitting the synchronization message is also conditioned to the occurrence of the synchronization event during the previous active durations, as Equation (2) indicates.
From the active component of Equation (5) or (6), we can solve m k = m k ∗ to compute the slow time T k A for which cell k remains active, T k A = 1 ν R ln ( 1 − m k ( 0 ) 1 − m k ∗ ), where ν R ∈ { λ R, μ R } as appropriate.
In order to understand the mechanism of the current density distribution in this lateral direction, and for the better future design of a PEM fuel cell with higher performance, we construct a three-dimensional CFD model with electrochemical active area (ECA) equation implemented, while the ECA distribution is directly from previous research.
