The phrase "acid neutralization" is correct and usable in written English.
It can be used in contexts related to chemistry, specifically when discussing the process of neutralizing an acid with a base.
Example: "The experiment focused on acid neutralization to determine the pH level of the solution after the reaction."
Alternatives: "acid-base reaction" or "neutralization of acid".
A companion model (AGGANCi) may be used to determine if the extraction acidity and duration are sufficient to overcome the internal acid neutralization capacity of the soil and allow transport to be dominated by diffusion.
Biochar and CaCO3 additions were the main factors responsible for acid neutralization.
Changes in body position, activity, and state of consciousness (i.e., awake vs. asleep) influence intragastric pressure, LES resting pressure, bolus clearance, and salivary acid neutralization that lead to differences in the physiologic amount of gastroesophageal reflux in various body positions.
Acetate, a byproduct of acetic acid neutralization of the cathode electrolysis reaction, was transported from the cathode to the anode by electromigration.
Acid neutralization trials indicate that cement kiln dust samples with low free lime contents could be effective at neutralizing acidic wastewaters.
MOW and GW generally led to larger decreases in metal extractability in the resulting mixtures than biochar, due to their higher sorption and acid neutralization capacities.
FSS has potential usages as structural fill and capping materials in mine land reclamation because of its low permeability and acid-neutralization capacity.
ABA includes techniques that measure the reactive sulfur content (which is converted to the acid-producing potential, Maximum Potential Acidity or MPA) and the reactive carbonate content (which is converted to acid-neutralizing potential, Neutralization Potential or NP).
To provide higher electrical efficiencies acid gas neutralization process has the major importance in flue gas cleaning system.
Among the many important reactions of nitric acid are: neutralization with ammonia to form ammonium nitrate, a major component of fertilizers; nitration of glycerol and toluene, forming the explosives nitroglycerin and trinitrotoluene (TNT), respectively; preparation of nitrocellulose; and oxidation of metals to the corresponding oxides or nitrates.
The byproducts are hauled back from 10 different sources and they provide alkalinity for on-site acid drainage neutralization.
