The phrase "amount of removal" is correct and usable in written English.
It can be used when discussing the quantity or extent of something that has been taken away or eliminated.
Example: "The amount of removal of hazardous waste from the site was significantly higher than anticipated."
Alternatives: "quantity of removal" or "degree of removal".
Figure 19 shows the plot of amount of removal predicted by ANN versus amount of removal obtained from experiments, during the training process.
There is just one neuron in the output layer in each case which is the amount of removal.
At SMZ-75SMZ-75%mum hydrophobicity encourages higher contact and interaction, so SMZ favors a large amount of removal of HA at this point (Wang et al. 2006).
Operation cost is the main concern in electrocoagulation process and the maximum amount of removal at the lowest amount of cost should be achieved.
A design methodology to determine the height of a spray tower required to achieve a specified amount of removal of a solute from a gas mixture is proposed.
The amount of removal of the MB dye, in terms of percentage removal, has been calculated using the following relationship: text{Percentage removal};left( {% R} right) = left[ {frac{{C_{text{i} } - C_{text{f} } }}{{C_{text{i} } }}} right]; times 100 (1)where C i and C f are the initial and final concentrations of dye (ppm) at a given time.
Third, since ultrafiltration can be controlled by machines and the amount of fluid removal is strictly controlled, excess fluid removal and neurohumoral activation can be prevented [ 73].
Although this quality filtering removed a large amount of sequence, removal of low quality bases is likely to result in a more accurate assembly [ 37].
In the current experiment, the pair of negative-poles constructs a high efficiency in ITO removal and takes less time for the same amount of ITO removal compared with a single negative-pole.
Mg−Al oxide quantity: stoichiometric quantity {text{d}}q_{text{t}} /{text{d}}t = kleft( {q_{text{e}} q_{text{t}} } right)^{2} (6 where q e (mmol g−1) is the amount of SO4 2− removal at equilibrium, q t (mmol g−1) is the amount of SO4 2− removal at reaction time, t, and k (g mmol−1 mis−1) is the rate constant for SO4 2− removal.
Whereas, in case of acid treated adsorbent the amount of percentage removal of fluoride ion increased with increase in time, as well as the maximum percentage removal (98%) was obtained at 150 min. Similar results were reported by Kosari and Sepehrian (2017).
