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The analysis of the permeation process has been conducted for separation only process (no reactions) using an inert gas (argon) as a sweep gas and a comparison has been done with cases of using CH4 plus CO2 as sweep gases.
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An isocratic elution programmed with mobile phase A (96%) and mobile phase B (acetonitrile, 4%) was conducted for chromatographic separation with a flow rate of 1 mL/min.
A gradient elution programme was conducted for chromatographic separation with mobile phase A (0.1% formic acid in water) and mobile phase B (acetonitrile) as follows: 0 4.0 min 10-800% B), 4.0 8.0 min 80-800% B), 8.0 9.0 min 80-100% B), and 9.0 13.0 min 10-100% B).
Especially, in order to simulate the possible applications in the comprehensive seawater utilization and water purification, series of electrodialysis experiments for SO42−/Cl− system were conducted for evaluating the selective separation property of the membranes after modification in terms of the permselectivity coefficient of sulfate ion against chlorine ion and the leakage rate of sulfate ion.
Separation was conducted for a gas mixture containing hydrogen, methane and carbon dioxide.
The extracted ground truth pitch sequences were used as prior information for our proposed method (bypassing the pitch detection stage), and separation was conducted for the complete dataset.
Preliminary permeation experiment was conducted for ultrapure at various ranges of separation pressure (1 6 bars) and temperature at 25 ± 2°C.
An experimental study of a new vane-type pipe separator (VTPS) was conducted for the possible application in the well-bore for oil water separation and reinjection.
The sensitivity analysis of desirability function for these optimal conditions was conducted for the first time in LC separations, by applying a sensitivity procedure.
Preliminary permeation experiment was conducted for pure water at various ranges of separation pressure (0 6 bars) at temperature 25 ± 2°C.
In this paper, simulation verification is conducted for the performance of time-frequency filtering separation algorithm, and the impact of different time-frequency transformation methods and instantaneous frequency estimation methods on the separation effect is analyzed.
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