This tutorial review summarises the current state of green analytical chemistry with special
emphasis on environmentally friendly sample preparation techniques. Green analytical …

Concern about the environment is increasing and so is the search for analytical methods
that make continuous monitoring possible. Microfluidic devices such as lab-on-a-chip …

REVIEW an earlier paper of special significance is referenced. The key aspects of this
review include advances in measurement technologies that are applicable for at-line or …

The present paper describes the use of a microfluidic system to synthesize carbon dots
(Cdots) and their use as optical pH sensors. The synthesis is based on the thermal …

This work describes the development of a fully integrated Low Temperature Co-fired
Ceramic (LTCC) microreactor for the synthesis of carbon dots (CDots). The microreactor …

The construction and evaluation of a Low Temperature Co-fired Ceramics (LTCC)-based
continuous flow potentiometric microanalyzer prototype to simultaneously monitor the …

In this contribution, a novel measurement approach for miniaturized capillary
electrophoresis (CE) devices is presented: End-to-end differential capacitively coupled …

The successful integration of sample pretreatment stages, sensors, actuators and electronics
in microfluidic devices enables the attainment of complete micro total analysis systems, also …

The recent needs in the nanosciences field have promoted the interest towards the
development of miniaturized and highly integrated devices able to improve and automate …

A multicommutation-based flow system with photometric detection was developed,
employing an analytical microsystem constructed with low temperature co-fired ceramics …