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Flow-generated potentials potential

However, this is not likely to be the case. In this example, the two boilers might have different fuels, with different fuel costs and different efficiencies, and the gas turbine (perhaps, with supplementary firing) will have completely different characteristics from the steam boilers. Thus, there are degrees of freedom created by multiple steam generation devices with different costs of fuels, different boiler efficiencies and different power generation potential. Individual steam boilers and HRSGs will have minimum and maximum flows. [Pg.499]

As continuing sedimentation increases the depth of a sedimentary layer relative to the seafloor, the overlying pressure increases because of the increased weight of the additional particles. The increased pressure leads to particle compaction if the pore waters can escape upward. Under these conditions, sedimentation generates an upward advective flow of pore water. This flow has the potential to transport solutes. [Pg.301]

The power-generating potential of a water-dominated resource depends on the geothermal fluid temperature and production flow rate (Fig. 2). The figure gives the net power output, which accounts for parasitic loads caused by the condenser and feed pump power requirements. The output power from two-phase water-steam or steam alone is much greater than the curves shown for liquid in Fig. 2. [Pg.370]

Activation over-potential due to the activation energy - the current flow generates an electrochemical loss that is translated into a heat source. [Pg.65]

As in most cells, the osteocytic plasma membrane contains voltage-activated ion channels, and transmembrane ion flow may be a significant osseous mechanotransductive process [24, 162, 51, 90], It is also possible that such ionic flow generates osteocytic action potentials, capable of transmission through gap junctions [183],... [Pg.18]

Several investigators [159, 115, 108] have examined other aspects of the lacunar-canalicular porosity using simple circular pore models and have attempted to analyze its possible physiological importance. These studies have primarily emphasized the importance of the convective flow in the canaliculi between the lacunae as a way of enhancing the supply of nutrients between neighboring osteocytes. Previous studies on the relaxation of the excess pore pressure have been closely tied to the strain generated potentials (SGPs) associated with bone fluid motion. The SGP studies are briefly reviewed below. [Pg.19]

Again, the potential dipole exerts zero net force on the fluid. Physically, it corresponds to a mass dipole at the origin - that is, the flow generated by a mass source at x = 6/2 and a mass sink at x = -6/2 in the limit 161 - 0. [Pg.554]


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Electrokinetics flow-generated potentials

Flow-generated potentials

Flow-generated potentials

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