stoichiometric

This can also be seen as the process stoichiometric relation.

In that case stoichiometric information can be obtained during the reaction.

A cycle such as this is a series of stoichiometric reactions.

But the stoichiometric range of the metallic compounds can be rather broad.

In this equation, v is the stoichiometric number of entity B.

In theory a stoichiometric mixture has just enough air to completely burn the available fuel.

The stoichiometric catalyst on the other hand should be cheap and abundant.

As a consequence, stoichiometric mixtures are only used under light load conditions.

The stoichiometric equation thus only shows the overall reaction.

The stoichiometric name is followed by the number of hydrogen atoms in brackets.

Thus, it would form soot (black smoke) at stoichiometric ratio.

The following simple stoichiometric equation can be interpreted in two ways:

Calculations based on stoichiometric equations form the basis of quantitative chemical analysis.

Do not forget that the stoichiometric coefficient of reactants is negative.

The most successful reagents employed in a stoichiometric fashion are shown below.

They are expressed in a relatively fixed stoichiometric ratio to neurofilaments.

For network solids, the term formula unit is used in stoichiometric calculations.

These are the most common conditions for nitroxide oxidations in the stoichiometric mode.

Addition of the stoichiometric quantity of sulphur gives the required product.

For example, the stoichiometric combustion of propane in air is:

Substrates and products appear in a chemical reaction with specific stoichiometric coefficients.

The alkalinity is equal to the stoichiometric sum of the bases in solution.

The catalyst requires that the fuel/air mixture is stoichiometric.

Both routes are green in the sense that they do not generate stoichiometric amounts of salts.

In most cases, a stoichiometric amount of the reagent or slight excess is sufficient.