Sentence examples for function of the mass flow rate from inspiring English sources
No statistically valid correlation was observed for the reactivity as a function of the mass flow rate and for the lead temperature.
In order to generalize the results of the thrust force regardless the pump used, this force is described in function of the mass flow rate as is shown in the Fig. 14.
The chamber pressure dynamics can be expressed as a function of the mass flow rate with the assumption that the air is an ideal gas undergoing an adiabatic process in the chamber [29].
No statistically valid correlation was observed for the total heat flux as a function of the mass flow rate although heat flux at individual nodes was positively correlated with this variable.
By using a novel Lyapunov function and impose the condition that the thermal subsystem time constant (in terms of enthalpy) is much slower than the fluid subsystem (in terms of pressure and mass flow rate), we obtain explicit stability condition in terms of the pressure demand curves (pressure drop as a function of the mass flow rate) of the heat exchangers.
The major system parameters were evaluated as functions of the mass flow rate to allow for a proper discussion of the system performance.
For the steadily burning flame, the analysis yields a solution of the flame temperature and standoff distance as functions of the mass flow rate supplied by the burner.
The performance of the heat exchanger system was evaluated as functions of the ratio of the mass flow rate of cooling water to the mass flow rate of inlet flue gas, the inlet cooling water temperature and the ratio of flue gas flow rate to total heat transfer surface area.
The objective function was defined as a weighted-sum of two objectives related to uniformity of the mass flow rate distribution and pressure loss, respectively.
The first method assumes a simple adaption of the mass flow rate within the ORC (mass flow method).
According to Eq. (1), the change rate of the chamber pressure depends on the mass flow rate Q m, which is the function of a ratio of downstream and upstream pressure.
