complexation

Among the processes used for complexation, the kneading process seems to be one of the best.

Complexation can be described by coordination number and the complex stability constants.

In water at concentration higher than 0.5 M complexation is quantitative without need of stoppers.

An analogous dark green complex arises from complexation with dimethylamine.

It is used for determining the endpoint in metal complexation titrations.

In the gill surface interaction model both metal hardness and complexation are included.

Complexation takes place simply by evaporating a toluene solution containing both compounds.

In theory, any complexation reaction can be used as a volumetric technique provided that:

After complexation, the alcohol is reduced with triethylsilane.

However, strong complexation to metal ions like lithium will in most cases prevent sublimation.

Complexation with oxalic acid helps drive this chemical equilibrium to completion.

Metals, however, tend to sorb through electrostatic attraction or surface complexation reactions.

In complexation reactions, several ligands react with a metal atom to form a coordination complex.

Complexation Theory - Ca+ ions are chelated by the retarder.

These chemical compounds are agents that remove calcium ions by complexation or precipitation.

Typical builders are sodium carbonate, complexation agents, soap, and zeolites.

During this time he published his work on Cupferron, a complexation agent later used for the quantitative analysis of copper and iron.

The two main strategies currently in use for crystal engineering are based on hydrogen bonding and coordination complexation.

Mn is very similar to Mg in terms of its chemical properties, including inner and outer shell complexation.

The molecule undergoes significant conformational change upon complexation.

In the example below, complexation of the pyridine nitrogen to lithium is essential for high stereoselectivity.

Copper complexation increases the reactivity of phenols towards this reagent.

It binds to metal cations through the thiol groups, which ionize upon complexation.

In general, complexation enhances the susceptibility of unsaturated hydrocarbon toward nucleophilic attack.

Complexation of a haloarene to chromium increases its propensity to undergo oxidative addition.