Developments in instrument miniaturisation and automation have resulted in the manufacture of portable electrochemical instrumentation for continuous trace-metal measurements from the banks of estuaries and on board ships. The most recent developments in flow cells with gel-coated iridium (Ir) micro-electrode arrays have resulted in submersible in situ voltammetric probes that allow long-term trace-metal monitoring at sub-nanomolar concentrations in coastal waters. This article overviews the design and the application of field-deployable voltammetric instrumentation for trace-metal monitoring. © 2003 Published by Elsevier B.V
International audienceThe development and field validation of newly designed nanostructured gold-pla...
Trace metal micronutrients are integral to the functioning of marine ecosystems and the export of pa...
Trace metal micronutrients are integral to the functioning of marine ecosystems and the export of pa...
The increasing environmental pressures on estuarine and coastal waters call for improved monitoring ...
This article gives a review of the analytical and environmental criteria which must be considered an...
This work presents the optimisation, validation and field deployment of a voltammetric in situ profi...
Apparatus is designed and tested to determine metals in situ in seawater. Voltammetry with a vibrati...
Progress in marine chemistry has been driven by improved sampling and sample handling techniques, an...
This thesis describes the use of in situ and laboratory techniques for monitoring of trace metals a...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
This review compares methods that are currently employed for shipboard analysis of trace metals in s...
In this article, the development of a novel voltammetric system for real-time, high spatial resoluti...
In the current water monitoring panorama, certain benefits are expected to arise when the modus oper...
Heavy metals are of particular concern as environmental contaminants due to their toxic effects when...
International audienceThe development and field validation of newly designed nanostructured gold-pla...
Trace metal micronutrients are integral to the functioning of marine ecosystems and the export of pa...
Trace metal micronutrients are integral to the functioning of marine ecosystems and the export of pa...
The increasing environmental pressures on estuarine and coastal waters call for improved monitoring ...
This article gives a review of the analytical and environmental criteria which must be considered an...
This work presents the optimisation, validation and field deployment of a voltammetric in situ profi...
Apparatus is designed and tested to determine metals in situ in seawater. Voltammetry with a vibrati...
Progress in marine chemistry has been driven by improved sampling and sample handling techniques, an...
This thesis describes the use of in situ and laboratory techniques for monitoring of trace metals a...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
This review compares methods that are currently employed for shipboard analysis of trace metals in s...
In this article, the development of a novel voltammetric system for real-time, high spatial resoluti...
In the current water monitoring panorama, certain benefits are expected to arise when the modus oper...
Heavy metals are of particular concern as environmental contaminants due to their toxic effects when...
International audienceThe development and field validation of newly designed nanostructured gold-pla...
Trace metal micronutrients are integral to the functioning of marine ecosystems and the export of pa...
Trace metal micronutrients are integral to the functioning of marine ecosystems and the export of pa...