Sentence examples for circulation characterized by from inspiring English sources

Analysing fluid inclusions, Cathelineau and Boiron ([2010]) have found indication for a paleo circulation characterized by upward flow of thermal water with meteoric signature and interpreted this as deep circulation originating from the Vosges Mountains.

These deformable particles all demonstrated some hold up in filtration tissues like the lungs and spleen, followed by release back into the circulation, characterized by decreases in particles in these tissues with concomitant increases in particle concentration in blood.

With the progress of acute lung injury from prior to the onset of ARDS, the PI3 plasma level was dropped whereas HNE was maintained at a higher level, tilting the balance toward more neutrophil elastase in the circulation characterized by increased HNE/PI3 ratio.

Increased pulmonary artery blood pressures are associated with structural changes in the pulmonary circulation characterized by pulmonary arteriopathy (intimal thickening, medial hypertrophy, adventitial thickening, and plexiform lesions), in-situ thrombosis, and rarefaction of the microcirculation.

Endotoxin infusion contributed to a hypotensive hyperdynamic circulation characterized by decreases in mean arterial pressure (MAP) and systemic vascular resistance index as well as increases in heart rate (HR), cardiac index (CI) and arterial lactate concentrations.

Hyper-dynamic circulation, characterized by high cardiac output, was common in septic shock and would lead to better perfusion of organs, including heart, brain, liver, guts, and especially the kidney [ 13- 15].

The winter circulation is characterized by large mesoscale eddies generated by intense cross-shore wind pulses.

The interhemispheric coupling of the middle atmosphere general circulation is characterized by a global anomaly pattern of the zonal-mean temperature.

The simulation results, compared against stand-alone system thermal-hydraulics (STH) simulation data, highlighted that the transient behavior of a pool-type system in natural circulation is characterized by complex multi-dimensional flow and temperature fields, difficult to predict by 1D STH codes.

The behavior of void fraction, when the liquid is in circulation, is characterized by mean regular growth with an air flow rate accompanied by variations inherent to the dynamics of two-phase flow and is well represented using the drift-flux model.

With the progress from prior to the onset of ARDS, the plasma level of PI3 declined, whereas HNE was maintained at a higher level, tilting the balance toward more HNE in the circulation as characterized by an increased HNE/PI3 ratio.