Sentence examples for discharge activities from inspiring English sources

Many biological systems have shown the feature of fractal geometry, the characteristics of memory and diversity discharge activities which cannot be described accurately by using the classical calculus theory.

Whole mussel shell activities appear to have been decreasing in response to reduced discharge activities since the early 2000s but in contrast, there is evidence of continuing enrichment of the carbonate sediment component due to in-situ shell erosion, as well as indications of particle transport of fine 14C-enriched material close to Sellafield.

The spinal nerve was transected 7 10 mm distal to the DRG so that the discharge activities of the dorsal root fibers would originate primarily from the DRG region and not from peripheral sources.

Student participants also felt they could more independently educate patients at discharge, review discharge instructions and communicate with the outpatient provider, among other discharge activities [ 28].

Excerpt 9. Team coordinating teaching and other discharge activities to be satisfied with a patient and families ability to manage at home.

Transitional care is not strictly defined by beginning and end points; it includes pre hospital discharge activities and immediate post hospital discharge follow-up at the next location of care [ 21, 24].

There is a rapidly growing appreciation in neurobiological research of the important contributions to sensorimotor function of coordinated across-neuron patterns of spike discharge activity within the neocortical areas activated by sensory stimuli (for comprehensive review see [ 36]).

Microstructure characterization and half-cell test demonstrate that the selected optimal Mg-6Mg-6%Al-7%Pb-0.5Al-7%Pb-0.5Al-7%Pb-0.5candidate as an anode material for seawater activated battery application due to its high discharge activity, negative discharge potential in large current densities and comparatively higher anode utilization efficiency.

In a nutshell, this model states that the vascular response is controlled by electrical discharge activity, whereas the oxygen consumption is dependent on the size of the activated neuronal population.

In this critical situation, there is a need for a mechanism that can be activated by the elevated [Ca2+]i and depolarization, and suppresses harmful, energy-consuming discharge activity, Ca2+ influx, and transmitter release.

At about 15 °C (59 °F) discharge activity becomes relatively constant and stays constant even as temperatures fall below this.