The results indicated that the saturator temperature and the condenser temperature had a greater impact on the cut-off size D50 than the capillary flow rate and the total flow rate.
Variations of the trimethylgallium and hydride flow rates, changes in the composition of the mixture supplied through the hydride inlet, and the total flow redistribution between two reactor inlets have been considered.
The topology, length, and strength of these flow paths can vary significantly, and the total flow at a given location can be the result of contributions from a wide range of pathways between the points of interest.
The results show that in low-permeability reservoirs, electrokinetic coupling effect can increase fluid flow resistance and the total flow rate becomes smaller compared with the case in which the electrokinetic coupling is not considered.
The influence of several operational parameters including the saturator temperature (35 to 45 ℃), the condenser temperature (10 to 25 ℃), the capillary sample flow rate (30 to 60 mL/min) and the total flow rate (300 to 400 mL/min) on the cut-off size D50 (particle diameter with 50% counting efficiency) was investigated using response surface design of experiments (DoE).
Outputs used for comparison were related to the total demand generated and the total flow reaching the destination.
The flows, and the total flow rate, will depend on the random channel gain (through the flow policy, described below) and so are random variables.
Jarboui et al. (2011) proposed a hybrid genetic algorithm to minimize the make-span and the total flow time in the no-wait flow-shop scheduling problem.
Ultra-high-purity hydrogen (H2) was used as a carrier gas, and the total flow rate of H2 was 12 slm.
However, the steady-state mass depletion rate, which is the product of the steady-state concentration in the effluent and the total flow rate, increased almost linearly with flow rate (Fig. 4).
