Sentence examples for weak electrolyte from inspiring English sources

The formation of weak electrolyte, C17H33COOH, also promotes the reaction process.

For similar weak electrolyte solutions, this model had been widely used to correlate the gas liquid equilibrium in literatures [16, 22, 26, 27, 28].

The transport of strong electrolyte nuclides and weak electrolyte boric acid was quite different, which helps to guide the CEDI stack design for different purposes, such as the separation of boron and nuclides or removal them simultaneously.

A first approximation value of hydrochloric acid dissociation constant which indicates that HCl is a very weak electrolyte in sulpholane, was calculated.

The equilibrium data were correlated with SRK equation of state and electrolyte-NRTL activity coefficient model, which describe the non-idealities of the gas phase and the aqueous weak electrolyte solution.

When nanoparticles were present in neutral water, a relatively weak electrolyte concentration (0.01 M KCl) could result in their aggregation; however, with the addition of 1 mg/L NOM, the negative surface charge of nanoparticles increased significantly and therefore their propensity to aggregate is reduced.

The alkali iodides are soluble in molten iodine and give conducting solutions typical of weak electrolytes.

Although such substances as ordinary salt and hydrogen chloride are strong electrolytes i.e., they dissociate completely in an ionizing solvent there are many substances, called weak electrolytes, that dissociate to only a small extent in ionizing solvents.

This framework accurately represents the properties of systems that range from weak electrolytes, such as amine – water mixtures, to strong electrolytes such as amine hydrochloride – water solutions.

The model is applicable to both strong and weak electrolytes and is successfully used to model the dissolution of benzoic acid in sodium hydroxide.

These variables change the degree of water dissociation into hydrogen and hydroxide ions according to three fundamental physicochemical principles that must be met simultaneously: (a) the law of mass preservation, (b) the law of electrical neutrality in aqueous solutions and thus in body fluids and (c) the law of mass action (i.e. the dissociation constant magnitude of weak electrolytes).