Sentence examples for gaseous flow rate from inspiring English sources

The gaseous flow rate of TMIn was kept at 3 μmol/min and that of H2Se was controlled at 40 μmol/min.

In this relatively ingenious design, a higher gaseous flow rate was maintained at the cell outlet, even under dead-end conditions resulted in a reduced purge-gas emission by avoiding the accumulation of liquid water in the cells.

The objective of this research was to investigate CO2 adsorption capacity of tetraethylenepentamine-functionalized basic-modified calcined hydrotalcite (TEPA/b-cHT) sorbents at atmospheric pressure formed under varying TEPA loading levels, temperatures, sorbent weight to total gaseous flow rate (W/F) ratios and CO2 concentrations in the influent gas.

In this design, a higher gaseous flow rate is maintained at the outlet of the anodic cells, even under dead-end conditions, and this results in a reduction of purge-gas emissions by hindering the accumulation of liquid water and nitrogen in the anodic cells.

12CaO·7Al2O3 (C12A7) doped indium-tin-oxide (ITO) (ITO C12A7) thin film was deposited on glass substrates in an optimum gaseous mixtures flow rate (O2 0.8 sccm, 4% H2·Ar:49.2 sccm) by an rf magnetron co-sputtering system with various numbers of C12A7 chips.

The effect of important operational parameters, including gaseous ozone concentration, gas flow rate, free radical scavenger, pH, and power density, on the removal of TC was investigated.

By introducing gaseous Ar at a flow rate of 400 sccm in the furnace, the average diameter of the nanorods and/or nanowires, synthesized either by the source of ZnO Sn or ZnO Pb, are significantly decreased to 50 100 nm, as shown in Fig. 1c and 1f. Figure 1 SEM images of ZnO products synthesized by the source of ZnO powder mixed with Sn (a c), and Pb (d f).

The results showed that the TC removal followed pseudo-first-order kinetics and the removal rate increased with increasing gaseous ozone concentration, pH, gas flow rate and power density.

Firstly, Cu layers were deposited on an indium tin oxide (ITO) glass substrate by RF magnetron reactive sputtering from Cu targets in gaseous argon (Ar) at a flow rate of 15 sccm and a stable working pressure of 3 × 10−3 Torr.

Piperine-rich black pepper extract obtained from α-amylase-assisted supercritical carbon dioxide extraction (at 300 bar, 60 °C, 135 min total extraction time and a flow rate of gaseous CO2 of 2 L/min) was encapsulated as nanoliposomes for enhanced storage stability and to allow sustained release of piperine.

Anode side modeling suggests that high stoichiometry is necessary to keep the carbon dioxide (CO2) gaseous volumetric generation rate to a fraction of the overall anode flow rate such that CO2 gaseous clogging may not result.