A dynamic development of methodologies of analytical flow injection measurements during
four decades since their invention has reinforced the solid position of flow analysis in the …

This review approaches the automation of continuous flow analysis systems. The
characteristics and working principles of the devices necessary for automation of the steps of …

Optical detection is the most common detection mode for many analytical assays.
Photometric detection systems and their integration with analytical systems usually require …

Practical, metal-free heteroarylations of C–H and C–C bonds of unprotected aliphatic
alcohols are accomplished in a 'stop-flow'micro-tubing reactor. The reactions proceed …

In this work, a portable instrument setup comprising a LED based photometer, a
multicommuted flow analysis module, and a procedure for the determination of Fe (III) and …

In this communication, we describe a flow-through optical absorption detector for HPLC
using for the first time a deep-UV light-emitting diode with an emission band at 235 nm as …

Water content is an important parameter in biodiesel quality control, as excess of this
substance may lead to biofuel hydrolysis, microorganism proliferation, and alterations in the …

In this work, a high integrated water detection system comprised a miniaturized and high
precision homemade colorimeter, a microfluidic analysis module and a wireless module was …

Here we describe a methodology for the determination of paraquat and diquat using a newly
developed portable photometer equipped with two colors of paired light emitter detector …

Herein, a multicommuted flow-batch setup and a photometric procedure for the
determination of mercury at the ppb level in aqueous samples are described. The setup was …