Sentence examples for maximum adsorption efficiency from inspiring English sources

Also, level of effectiveness factors were determined by conducting regression models for maximum adsorption efficiency.

Also, the maximum adsorption efficiency for SY onto MWCNT and MWCNT-Pd-NPs are 73.13 and 85.55, respectively.

In these conditions and at desirability value of 0.99, the maximum adsorption efficiency for AZ onto MWCNT and MWCNT-Pd-NPs are 82.97 and 94.95, respectively.

The amount of ( F^ ) adsorbed increases with time and reached its steady state in 120 min at which the maximum adsorption efficiency (86%%) and maximum adsorption capacity (1.72 mg/g) were achieved (Fig. 1a).

The zpc at SMZ-75% may correspond to a complete monolayer surface coverage by HDTMA, which means that it is a good indicator for a surface exhibiting maximum hydrophobicity (Fig. 5b) that leads to the maximum adsorption efficiency of HA.

The developed system demonstrates maximum adsorption efficiency of 66.26% under ecologically optimal conditions i.e. pH = 7, with 1000 ppm initial Th (IV) concentration at 303 K for 120 min.

The adsorbent achieved a maximum CO2 adsorption efficiency up to 13.82 mmol CO2/g-BPEI.

For the small particles (d < 200 µm), the maximum of adsorption efficiency was achieved in little time in about 20 min; however, the adsorption equilibrium time was 90 min for sawdust particles with mean diameter 200 < d < 500 µm and it was the higher (150 min) for the big particles (500 < d < 800 µm).

From the results of static surface tension measurements, we could estimate the CAC/C20 ratio, adsorption efficiency (pC20), maximum surface excess concentration (Γmax) and minimum surface area per molecule (Amin) at air/liquid interface.

The amount of CR adsorbed per unit mass of adsorbent at equilibrium increased as pH increased from 2 to 5 for both natural and burnt kaolinitic clay, reaching a maximum at pH 5 with adsorption efficiency of 84%and94%94 % for natural and burnt kaolinitic clay, respectively.

The results revealed that Al-MS2 had good adsorption efficiency for Pb II) and NO3−, achieving maximum adsorption capacities of 712 μmol/g for Pb II) and 1120 μmol/g for NO3− at pH 5.0.