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The flow injection analysis (FIA) technique involves injecting the sample into a flowing carrier stream that gives rise to a transient signal at the detector. Because the shape of this transient …
- 13.3: Radiochemistry
The most important types of radioactive particles are alpha...
- 13.3: Radiochemistry
Flow injection analysis (FIA) is an approach to chemical analysis. It is accomplished by injecting a plug of sample into a flowing carrier stream. [1][2][3] The principle is similar to that of Segmented Flow Analysis (SFA) but no air is injected into the sample or reagent streams..
FIAlab specializes in autoanalyzers and software for continuous flow analysis techniques including FIA, SFA, and SIA. Our instruments are used to streamline many liquid-handling procedures.
Flow Injection Analysis (FIA) is a branch of chemistry that consists in injecting a chemical sample at low flow rate – several milliliter or microliter per minute – into a major stream of another reagent.
The method of analyzing samples by injecting them into flowing solvent (mobile phase) is called flow injection analysis (FIA). (1) Will target compounds be ionized? (2) Which detection mode is appropriate, positive or negative ion mode?
Flow Injection Analysis is a type of flow-based analytical technique that involves the introduction, processing, and detection of liquid samples in a continuous flow stream, allowing for consistent and reproducible results.
Flow-injection instrumentation involves simple components such as samplers, liquid drivers (peristaltic pumps, piston pumps, solenoid pumps), injection devices (rotary valves, injector-commutators), reactors and flow lines (usually narrow bore tubing), mixing chambers and flow-through detectors.
