Volumetric discharge

The gradient, is often denoted i for simplicity. It is often convenient to analy2e the discharge for a unit area using the specific discharge, q. The specific discharge represents the volumetric discharge divided by the total cross-sectional area, ie,... 

Pumping Capacity the amount of discharge flow from an impeller. It is frequently correlated on the basis of the dimensionless impeller discharge coefficient, Nq = Q/ND, where Q == volumetric discharge rate. 

The volumetric discharge rate can be calculated from either velocity and the corresponding diameter. Using the values for the pipe... 

Figure 4.17 Correlation of Hudson River volumetric discharge at Waterford, New York, to enantiomer fractions (EFs) of dissolved (A) and particulate PCB 95 In the Hudson River Estuary. (Reproduced with permission from Environmental Science and Technology, Chiral Source Apportionment of Polychlorinated Biphenyls to the Hudson River Estuary Atmosphere and Food Web, by Brian j. Asher, Charles S. Wong and Lisa A. Rodenburg, 41(17), 6163-6169. Copyright (2007) American Chemical Society)...

The volumetric discharge is only an indication of the damage that may be caused by prolonged heating. If perfect mixing occurs in the evaporator, the fraction, /, which is in the unit for time t or less, is given by Eq. (4). 

Volume of the solution, which is run through ground is often taken as the number of the full tube pore volumes. The full tube pore volume is equal to the area of its crosswise cross-section multiplied by the length and porosity (SLn). Volumetric discharge at the tube output is equal to the... 

A linearly viscous liquid is flowing down an annular tube of inner radius a and outer radius b under a pressure difference P. Derive an expression for the volumetric discharge rate from the tube. 

The decision to operate the feeder volumetrically (discharging by volume) or gravimetrically (discharging by weight) determines the type of feeder that is appropriate. 

Limited turndown with conventional controls, and are somewhat nonlinear over the turndown range. This nonlinearity is particularly problematic during volumetric discharge as frequent calibrations may be required to guarantee accurate feed rates. 

The practical volumetric discharge capacity of ruheanic acid is calculated at 1000 mAh/cm, and that of LCO is at 710 mAh/cm assuming that its practical density is 5.1. 

Fig. 11 Dimensionless axial volumetric discharge rate in annular helical flow as a function of A and n for k=0.5.

Tjv is the ratio of the actual volumetric discharge rate to the geometrically displaced volume flow (Vg = ih n dp hi4). 

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