Sentence examples for maximum removal ratio from inspiring English sources
The maximum removal ratio of Rhodamine B was 99.6%, and the G/Fe3O4 hydrogel demonstrated wide and strong wave absorption achieved in the frequency range of 2 20 GHz.
In photo-fermentation, the maximum HY was 4.16 mol H2/mol glucose, and the maximum removal ratios of acetate and butyrate were 92.3% and 99.8%, respectively.
The maximum removal ratios of zinc for untreated rice husk and NaOH-treated rice husk after 1.5 h were 52.3% and 95.2%, respectively, with initial zinc concentration of 25 mg/L and optimum pH of 4.0.
The maximum removal rate of carbon is 93.20 ± 0.05%.
Optimal parameters for maximum mineralization efficiency (TOC removal ratio of 98%) was achieved after 8 h of treatment using a chlortoluron initial concentration of 0.125 mM and an applied current of 300 mA.
Through properly adjusting the influent surface loading (or HRT) and CH4 surface loading whilst maintaining a sufficient biofilm thickness at a suitable influent As III)/NO3− ratio, the maximum removal efficiencies of total nitrogen and As III) could both reach above 95.0%, accompanied by a high CH4 utilization efficiency of up to 99.0%.
Comparisons between samples were based on the maximum insertion torque (MIT), the maximum removal torque (MRT) and the torque ratio (TR=MRT/MIT).
However, in case of As maximum removal efficiency of 41.58% is assessed at a blend ratio of 3 7 for synthetic solution while in case of industrial waste water the removal efficiency of As is observed to be 54.3% at a blend ratio of 5 5.
The highest degradation ratio was observed with MC-YR, showing a maximum removal of 36% (P < 0.05) at a concentration of 0.05 μg/mL.
The maximum removal efficiency for Pb is observed to be 82.32% for synthetic solution at a blend ratio of 3 7 and 54.3% for industrial wastewater, respectively, at a blend ratio of 5 5.
A maximum removal of 83% was obtained for silt fraction when factor levels were at 1200 W power, 1 50 soil-to-water ratio and 90 min of dwell time.
