The design of a computer-controlled flow-injection analyzer: An undergraduate experiment

Abstract

57. Bits and pieces, 22. Students construct a simple solid-state photometer and uses it as a detector in a flow-injection or continuous-flow analyzer.

An experiment using time-based detection in flow injection analysis

“…Taking advantage of the ease of performance of flow injection analysis (FIA) experiments and relatively low cost of FIA equipment, Hansen and Ruzicka (I) incorporated FIA into student laboratories shortly after it was first described as an analytical technique. Other authors have developed a variety of laboratory exercises based on flow injection analysis (2)(3)(4)(5)(6)(7)(8)(9)(10)(11)(12). Although peak height is used most commonly for quantitative measurements in flow injection analysis, time-based methods are being utilized increasingly.…”

Recent Advances Towards the Inclusion of Flow Chemistry within the Undergraduate Practical Class Curriculum

“…However, in recent years flow chemistry has started to become more ubiquitous within the pharmaceutical industry and fine chemical production, 1 therefore undergraduate programs have started to amend their practical provision to reflect this. [2][3][4] In recent years there have been a number of practical classes designed that utilise continuous-flow analysis and flow-injection analysis procedures, [5][6][7][8][9][10][11][12][13][14][15][16] as well as construction of inexpensive microfluidic chips [17][18][19] for use both within the undergraduate curriculum and to engage high school students with chemistry. 20 However, the number of experiments that can be used upon preparative scale are much smaller in number.…”

Comparison of continuous flow analysis techniques: A laboratory exercise

“…With this, or a similar system, direct comparison of the two techniques can be made. Previously reported FIA experiments have dealt exclusively with that particular approach to CFA (10)(11)(12)(13).…”