The phrase 'acid reaction' is correct and usable in written English.
It is typically used in a scientific context to refer to a chemical reaction that involves an acid. For example: "The acid reaction between the two compounds released a strong smell of vinegar."
The acid reaction with sodium chlorite yields chlorine dioxide: a powerful and toxic bleaching agent.
The diffusion coefficient of hydrogen ions is a key parameter for the acid reaction model calculation.
The spectrophotomer method was based on the tartaric acid reaction with sodium vanadate.
The degree of influence on the acid reaction is reduced by various factors result from increase of acid viscosity.
The prepared MIP-capped AgNPs@ZnMOF catalyzed the H2O2-terephthalic acid reaction which produced a high florescent product.
All isolates were characterized by SDS-PAGE, by the spectra of the thiobarbituric acid reaction products and GLC MS analysis.
The use of an experimental design procedure (Design Expert software) allows the optimization of the alkaline and acid reaction times.
The results showed that the rate of acid reaction can be accelerated by increasing acid concentration, reaction temperature and velocity.
The reduced acid transport is consistent with the observed hydrogen bonding between the photoacid and methacrylic acid reaction product.
The analysis of the law of the hydrogen ions diffusion coefficient in acid reaction is helpful to optimize acid fracturing technology design, and to improve stimulation.
Accurate measurements of soil CO2 concentrations (pCO2) are important for understanding carbonic acid reaction pathways for continental weathering and the global carbon (C) cycle.
