Other important parameters affecting the magnitude of the
analytical signal were flow rate and reaction coil length and configuration
whose optimization allowed establishing the optimum
residence time of the reaction zone inside the flowsystemallowing
an adequate reaction development and avoiding excessive dilution
of the formed complex. The propulsion flow rate was studied
between 1.5 and 3mLmin−1 and the results showed that in the
studied range there was an increase in the analytical signals of