Abstract
Combining three basic features — sample injection, controlled dispersion, and reproducible timing — into an integrated experimental entity, Flow Injection Analysis has led to uniquely useful analytical developments. The basic principles of Flow injection Analysis are outlined, and a review of FIA gradient techniques is presented. Recent developments and future trends are briefly discussed, demonstrating how FIA has developed from a method primarily concerned with automation of methods for serial assay on a laboratory scale to a link between chemistry and instruments, thus constituting a novel and versatile tool for solution handling and information gathering, providing its use in entirely new areas of application such as continuous monitoring and process control and in biotechnological sensor development.
Published Version
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