The phrase "auxiliary flow" is correct and usable in written English.
It can be used in contexts related to engineering, fluid dynamics, or systems where additional or supporting flow is being discussed.
Example: "The auxiliary flow system was designed to enhance the main pipeline's efficiency during peak demand."
Alternatives: "supporting flow" or "supplementary flow".
There is some freedom in the definition of the auxiliary flow that represents the shape modification.
This simultaneously diminishes the risk of sample contamination, and reduces the amount of external hardware required for auxiliary flow control, thus increasing the potential for portability.
Because it is characteristic for PLOT chromatograms to have reproducible blank retention time windows, segments of a DB-1 trace are produced by the auxiliary flow program aligning perfectly in time with the gaps of the PLOT trace.
Usingin-situ visualization techniques, the effectiveness of an auxiliary flow of inert gas in aerodynamically protecting a 600-mm-diameter quartz window mounted on the receiver-reactor has been directly assessed during high-temperature experimentation.
Methods were developed to allow the auxiliary flow pressure in the heart-cut device to be programmed to create dual effects, which not only can perform regular heart-cut actions but can also temporally hold up species in the precolumn for prescribed time intervals.
The operating conditions employed for ICP-OES determination were 1,300 W RF power, 15 L min−1 plasma flow, 2.0 L min−1 auxiliary flow, 0.8 L min−1 nebulizer flow, and 1.5 mL min−1 sample uptake rate.
However, current LCI databases assume a given unit process chain for each product or waste, and do not allow for the systematic synthesis of the process chain minimizing the environmental impacts of raw materials or auxiliary flows, accounting systematically for the different alternatives and recyclings.
Negative ion electrospray ionization was used with a source voltage of 4 kV, source current 100 μA, auxiliary gas flow rate setting 20, sweep gas flow rate setting 5, sheath gas flow setting 34, and capillary voltage −90 V. Buffer A contained 10 mM NH4CH3CO2 plus 2% CH3CN, and buffer B contained 10 mM NH4CH3CO plus 95% CH3CN.
In this paper, the effect of particle velocity on the characteristics of atmospheric plasma-sprayed yttria stabilized zirconia was investigated through adjusting auxiliary helium flow rate.
The instrument has been optimized daily with respect to the torch position and to the sample and the auxiliary gas flow, in order to reach a maximum counting rate and a stable signal.
Typical spray voltage was 1.6 kV with no sheath and auxiliary gas flow; ion transfer tube temperature was 200°C.
