hydroxide ion

Above pH 5 this process becomes first order in hydroxide ion.

As Hydroxide ions are added, the shift is to the left, a lighter orange colour.

The hydroxide ion may act as a base catalyst.

The reaction was depressed by the addition of chloride or hydroxide ions.

Asp-123 coordinates to Mg2+ which in turn stabilizes the leaving hydroxide ion.

Hydrogen gas and hydroxide ions are formed at the cathode.

This is an unusual form of hydrogen bonding since the two hydroxide ion involved would be expected to point away from each other.

It is a complex salt, containing both carbonate and hydroxide ions.

Because it forms hydroxide ions, this process is strongly affected by the presence of acid.

It is a strong organic base, even stronger than the inorganic hydroxide ion.

The crystal structure is made up of copper, carbonate and hydroxide ions.

Various nitrogen oxides can also react with hydroxide ions to form acids.

This is a stronger base than the hydroxide ion and so cannot exist in aqueous solution.

A membrane cell is used to prevent the reaction between the chlorine and hydroxide ions.

The reactions take place in the electrodes where the gases combine with water and hydroxide ions.

Ammonium chloride is added to ensure low concentration of hydroxide ions.

At anode, hydroxide ions react with the fuel to produce water and electrons.

For strong bases such as hydroxide ion, the disappearance of the intermediate becomes the slowest step.

In aqueous solution the hydroxide ion forms strong hydrogen bonds with water molecules.

This mineral contains hydroxide ions, which indicates the presence of water when the minerals were formed.

In this case the net result is a relative excess of hydroxide ions, yielding a basic solution.

Hydroxide ions are generated at all points in solution and thus there are no sites of concentration.

Therefore, hydroxide ions are heavily involved in acid-base reactions.

Many useful chemicals and chemical processes involve hydroxides or hydroxide ions.

Solutions containing the hydroxide ion are generated when a salt of a weak acid is dissolved in water.