Sentence examples for mass per unit time from inspiring English sources

This has revealed sustained, high rates of absolute removal of all pollutants from the combined wastewater flow, quantified in terms of differences between influent and effluent loadings (i.e. mass per unit time).

Based on the bacterial growth in the presence and absence of PHMB-functionalized Ag NPspecificpecific growth rate (increase in cell mass per unit time, μ (per hour)) and doubling time td (hours) for E. coli were also calculated (Table 1).

All fluxes in this manuscript are expressed as molecular mass per unit time and ground surface area.

During phase (I), an exponential glucose flow was imposed to give a constant specific growth rate defined as the variation of cell mass per unit time per cell mass.

Specific production of compound rates (defined as the variation of compound mass per unit time per cell mass) were calculated considering catalytic biomass concentration and named catalytic specific production rate (q*).

This has been possible by using a time-varying parameter which is scheduled according to the difference between the masses per unit time of O2 and CO2.

Under vibration, the time derivative of real flow rate in the rock with percolating fluid-saturated equals the mass variation per unit time.

If an exact speed of the electron in Fig. 1a increases as a function of time through most of its flight time, the mass increment per unit time −qE t) · υ t /c" based on Eq. 3 is less than the exact increment –qE (t) · υ (t, t0) / c".

However, further increase in well flowrate results in the intensive mixing of layers of oil (as the result of the change in the flow condition), the mass transfer per unit time increases, and at the same time the dynamics of solid organic compounds to form in oil strengthens accelerating the process of the downhole equipment waxing (Jennings and Weispfennig 2005).

When the nozzle was deployed, the area of the channel changed, so the velocity computing through nozzles can be determined based on continuity equation, which is stated in Eq. (9), the mass flow per unit time through the nozzle is given by: m = rho VA = rho V_{1} A_{1} = rho V_{2} A_{2} (9 where ρ = constant (incompressible flow).

Driving voltage in the test was a peak value of 160 V, and the pump's mass output per unit time was measured by varying the driving frequency of the piezoelectric vibrator, so that piezoelectric pump's curve of flow rate vs frequency can be obtained.