Sentence examples for consequently increment from inspiring English sources

The deep insight into the different elements that compose photovoltaic (PV) systems is capital to boost the optimization of each one of them and consequently, increment of the overall performance of the whole PV systems.

It has been reported that exercise training can influence the activation of hypothalamic pituitary adrenal (HPA) axis and consequently increment of serum cortisol level in animal [ 25].

Consequently, increment in prevalence has been reported [ 2, 3].

In addition, the smart operation of the inverters may prevent accelerated detriment of the system due to frequent disconnection, and, consequently, allow the increment of energy production with economic advantages for the PV owner.

Foremost, a vicious circle can also develop: increased ubiquitin-proteasome activity in atherosclerotic vessels leads to increased inflammatory activity, which in turn leads to further increments of oxidative stress and consequently may increase the ubiquitinated proteins.

However, because of its low burning rate, the burning area of the propellant intends to increase to satisfy the required mass flux and consequently the burning area increment brings on the SPGG size augmentation.

However, due to imperfect electronic devices, it is difficult to ensure accurate frequency increments, and consequently, the array performance will be degraded by unavoidable frequency increment errors.

The more often national inventories are conducted, the more precisely can volume increment, and consequently, stand productivity, be calculated.

(3) During pulsed injection of water, unbalanced formation pressure was caused, and the swept volume was expanded, and consequently the highest oil recovery increment was achieved.

Experimental results reveal that due to the unbalanced formation pressure caused by pulsed water injection, the swept volume was expanded and consequently the highest oil recovery increment was achieved.

In this work a new simplified method is introduced for evaluating the tendon traction increment at collapse and consequently the beam flexural strength without requiring a nonlinear analysis of the whole beam-tendon structural system.