Sentence examples for membrane with wt from inspiring English sources

Fig. 9 Liquid uptake and swelling ratio of SA/SGO membrane with wt.% of SGO.

The composite membrane with 0.9 wt% AC has the higher water flux as well as removal of heavy metal (chromium, lead, silver and cadmium) compared to the composite membrane with 0.3 wt% AC and 0.5 wt% AC.

PSCMS-g-DGEBA/AuNPs-PSNPs membrane with 1 wt% loading showed flux of 2.01 mL cm−2 min−1 and salt rejection ratio of 70.4%%.

The silicalite-PFA composite membrane with 20 wt.% silicalite loading exhibits good oxygen/nitrogen selectivity (4.15) and high oxygen permeability (1,132.6 Barrers) at 50°C.

The percentage of heavy metal reduction by composite membrane with 0.9 wt% AC was 35% cadmium, 19% chromium, 16% silver and 2% lead.

The membrane with 8 wt% IL content exhibited the highest proton conductivity of 0.133 S cm−1 at 160 °C.

PA-PPG random copolymer membrane with 20 wt% PPG exhibited the highest selectivity (CO2/CH4 = 37.31 and H2/CH4 = 33.44) at 298 K and 76 cmHg.

In turn, the average pore size increases from ∼25 μm for the pristine polymer to 90 μm for the membrane with 32 wt% of BaTiO3.

The membrane with 15 wt% of inorganic material is oxidatively stable and has a proton conductivity of 3.9 × 10−3 S/cm at 180 °C.

Particularly, the hybrid membrane with 15 wt% DSiO2 achieve the highest conductivities of 4.52achieveachieved × 10−3 S cm−1 at 120 °C under anhydrous condition, which is much higher than the SPEEK control membrane and the commercial Nafion membrane (0.1iswas × 10−3 S cm−1).

An SFPAE composite membrane with 10 wt.% P VDF-co-HFP) exhibited a 44% increase in VRFB cell lifetime as comP VDF-co-HFPell with a P VDF-co-HFPexhibited