Catalytic titrants and catalytic indication of end-points.
Methods of analysis based on rate measurement or exploiting properties of systems not at equilibrium are becoming important in analytical chemistry. Kinetic and equilibrium considerations of catalytic titrants and catalytic end-point detection are presented and discussed. Applications of the approach to the determination of major and trace components of organic and inorganic species are included and discussed.
Mottola
H A
HA
Department of Chemistry, Oklahoma State University, Stillwater, Oklahoma 74074, U.S.A.