Examples of Equivalent control in a sentence
Equivalent control systems should ensure traceability throughout the organic production chain.
Reconnaissance permission involves non-invasive prospecting such as airborne geophysical surveys.
Procedure pursuant to Regulation (EU) 2018/848 of the European Parliament and of the Council1: Compliance (Article 46); Equivalent third country (Article 48); Equivalent control authority or control body (Article 57); or Equivalence under a trade agreement (Article47).3.
The length of the Bridgewater Canal from Preston Brook to Runcorn (i.e. the area affected by the Project) is now a spur of this canal network.
Equivalent control programmes for the control of zoonoses should also be implemented in third countries exporting to the Community at the same time as measures are applied in the Community guarantees should be required from third countries, in due course.
This additional landscaping is intended to provide buffering and soften the proposed building massing and to improve the interface between the existing and proposed development and the Cranberry Inn trail.
Equivalent control: The use of alternate operational and/or equipment controls for the reduction of gasoline vapor emissions, such that the aggregate emissions of gasoline vapor from the facility do not exceed those from the application of defined reasonably available control technology.
Procedure pursuant to Regulation (EU) 2018/848 of the European Parliament and of the Council1:❑ Compliance (Article 46);❑ Equivalent third country (Article 48);❑ Equivalent control authority or control body (Article 57); or❑ Equivalence under a trade agreement (Article47).3.
Equivalent control is a continuous control law to force the system states to remain on the surface [30].The purpose of SMC is to drive the plant trajectory to a sliding surface and to maintain the trajectory on the sliding surface in subsequent time.
Equivalent control scheme where, u2(t) = e2(t) + y1(t − τ1(t))+y11(t) ∗ h(t − τ1(t)) − y12(t) (5)(f ∗ g)τ = fτ ∗ g = f ∗ gτ (11) Hence, the expression of s2(t) will be simplified to:s (t) = (e (t − τ ) − y (t)) ∗ g (t)) (12) y1(t) = u1(t) ∗ g1(t) y (t) = u (t) ∗ g (t)2 1 1 2 1 2 2 2As transfers g and g are assumed linear, then the closed y11(t) = (y2(t) ∗ h(τ2, t)) ∗ g1(t) 1 2 y12(t) = y2(t) ∗ g1(t) s1(t) = y1(t) + y11(t)s2(t) = s1(t) ∗ h(τ1, t) − y12 (t)(6)loop system is passive (stable).