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Volume transport against an adverse osmotic gradient as determined by a comprehensive epithelial simulation. The model includes as variables, the concentrations of Na, K, and Cl, as well as electrical potential intraepithelial concentration gradients are computed and the cell and channel arc represented as compliant structures. Transepithelial volume flow is plotted against mucosal osmolality

Volume uplift due to the formation of micro and nano cracks sub surface in the material.

Volume V bounded by a closed surface S. n is the outward normal to the domain at point M

Volume V of phosphates as a function of pressure p. An initial compression cycle and a subsequent compression decompression cycle is shown. A hysteresis occurs in the pressure range 18 GPa p 26 GPa, indicated by points A and B. Reproduced with permission from Ref. 19.

Volume variation of a cubic pore versus applied pressure, for different initial deflections of the edges. The curves presented as examples are calculatedfor apore of size L 100 nm. The thickness of filaments .

Volume vectors of common laboratory liquids at 20 C, 1 atm. The ideal gas vector extends off scale to 4873 SI units.

Volume versus depth curve of a spherical-circular trap with a 500 m vertical closure and gross reservoir thicknesses of 200 m .

Volume versus filtration lime.

Volume versus filtration time.

Volume versus temperature relationship for the cooling process of a glassy polymer a slow densification occurs at service temperature, Tg, below Tg.

Volume visualization of the three-dimensional volume representing the PVC-enriched phase of the polymer blend

Volume vs temperature for polyisobutylene .

Volume vs. radius of artifical surface nanobubbles. While the former do cavitate for a large enough pressure reduction, the latter do not, though they are of a similar size and volume.

Volume vs. Temperature

Volume weighted distributions of three Los AlamosAl samples.

Volume work may occur by compression or expansion of a gas confined in a cylinder below a Motionless piston. The gas was in equilibrium at the pressure p when an external force F A- p was applied to the piston. When the piston was displaced differentially dx, the work SW —p dV was done on the gas.

Volume-averaged turbulent diffusion coefficient values in central and

Volume-based particle size distribution of studied sugar pellets measured by Camsizer XT device.

Volume-dependent cohesion parameter .

Volume-dependent mechanical properties of SiC-TiB2Composites .

Volume-distribution coefficients in hydrochloric acid for various elements on the strong-base anion-exchange resin Dowex 1 X-10

Volume-distribution coefficients in hydrochloric acid for various elements on the strong-base anion-exchange resin Dowex 1 X-lO

Volume-fraction dependence of effective parameters calculated for the 1-3 single-domain PbTiOs SC PVDF composite with planar microgeometry

Volume-fraction dependence of normalized dielectric permittivity p a andb , normalized piezoelectric coefficients j8rf and

Volume-fraction dependence of normalized parameters Pa and ySgOf the 0-3 composite PbTi03-type FC epoxy . Electromechanical constants of FCs 1 - V were taken from experimental data in



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