Sentence examples for mass per time from inspiring English sources

TMDLs can be expressed in terms of either mass per time, toxicity, or other appropriate measure.

The latter was multiplied by fuel flow rate to estimate the mass per time PM emission rate.

HEP mass per passenger-kilometer emission factors were estimated by multiplying mass per time emission factors by total travel time, and dividing by trip distance and ridership.

Differences in mean per passenger-kilometer emission factors for each pollutant among locomotives are mostly due to differences in mass per time emission factors at Notch 8, where a plurality of time for each trip is spent.

Mass per time emission factors were estimated based upon the mole fraction of each pollutant on a dry basis, dry exhaust molar flow rate, and the molecular weight of the exhaust gas.

The increase in mass per time for rSgsE was faster and after approximately five minutes almost the entire mass of finally 789.4 ng cm−2 was attached to the sensor surface (Table 2).

Generally speaking, the same tendency for the increase in areal mass density per time and the mass finally attached on the sensor surface was observed for wtSgsE and rSgsE with both surface sensitive methods.

As observed with SPR, a difference between the glycoprotein wtSgsE and the protein rSgsE was clearly detectable in both, the increase in areal mass density per time and the mass finally attached on the sensor surface.

Looking at the sensorgrams, the difference between the glycoprotein wtSgsE and the protein rSgsE was clearly detectable both, in the increase in areal mass density per time (kinetics) and the final maximal mass attached on the sensor surface (Fig. 3A).

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).

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).