Sentence examples for underlying volume from inspiring English sources

Further more, norepinephrine may rapidly restore macrocirculatory hemodynamics through stressed volume without treating the underlying volume deficit, especially in the absence of optimal volume expansion.

Andrew Conway, a beverage analyst at Credit Suisse First Boston, commented: "Four percent volume was fine, but the fact that two points of that four came from acquired brands and the underlying volume was closer to two than four, even in a tough environment -- that was below expectations.

A perhaps more interesting possible cause for the volume disagreement in patient images, rather than potential methodological limitations, is if the morphological images and SPECT images do not reflect the same underlying volume.

Braginsky and Le Mouël (1993) and Jault and Le Mouël (1994) have examined the effect of such a thin layer in which the flow is driven by a dynamics distinct from that within the underlying volume of the core and claimed that a significant diffusion occurs in response to fluctuations of horizontal flow therein.

18 In hypovolemic hyponatremia, induced aquaresis would aggravate the underlying volume depletion.

3 Although renal adverse events related to NSAIDs are rare in the population at large, their likelihood increases dramatically in high-risk patients, such as older adults, especially those with concurrent conditions, including underlying volume depletion, renal insufficiency, congestive heart failure, and diabetes.

The key idea is to steepen the interface, independently of the underlying volume-fraction transport equation, by solving a diffusion equation with reverse time, i.e. an anti-diffusion equation, after each advection time step of the volume fraction.

Smaller differences between the measurements produced by the segmentations indicate that anatomical locations are better mapped to each other, again indicating better similarity between the underlying volumes.

Some methods segment the distinctly white tissue (essentially automating the Cumulus approach) [ 25, 26] while others estimate the underlying volumes of dense and non-dense breast tissue by projecting two-dimensional information onto three-dimensional space [ 27- 30].

At each macrostructure Gauss point, constitutive matrices for thermal, moisture transport and mechanical responses are calculated from CH of the underlying representative volume element (RVE).

52 The extent of the accelerations undertaken by each type of athlete is evident, as is the underlying high volume of low-intensity activity.