Metal Speciation in the EnvironmentJ.A.C. Broekaert, Ş Güçer, Freddy Adams Metal Speciation in the Environment is a multidiscipliary treatment of the occurrence, mobility and detection of metal compounds within different environments as well as their interaction with life. Special emphasis is given to the complexation of metals, to the state of the art of trace analytical methodology available for metal speciation (including atomic absorption spectrometry, plasma emission and mass spectrometry, neutron activation analysis, electrochemical methods, chemical sen- soring, a.o.), and environmental chemistry of elements such as the actinides and heavy metals (e.g. chromium, arsenic, tin, and copper). |
Contents
W LUND | 43 |
F H FRIMMEL | 57 |
K WALLMANN W PETERSEN and PINGLIN LI | 71 |
Copyright | |
26 other sections not shown
Other editions - View all
Common terms and phrases
acid actinides adsorption aerosol Anal Chem Anal Chim Acta analysis analytical anionic aquatic aqueous arsenic atmosphere atomic absorption spectrometry biological Boutron buffer Buffle cadmium carbonate cations chemical chemistry chromatography chromium citrate Cleuvenbergen column complexes components compounds containing copper Cr(III Cr(VI detection limits detector determination dissolved EDTA eluted emission environmental equilibrium extraction Figure Förstner fraction gas chromatography heavy metals HPLC humic acid humic substances ICP-AES ICP-MS ICP-OES IDMS inorganic interactions interface ionic alkyllead iron(II isotope kinetics lead ligands liquid mass spectrometry measured mercury metal concentrations metal ions Metal Speciation methods methylmercury natural waters organolead organolead compounds oxidation particles Pb2+ plants plasma pollutants procedure proteins PTFE reaction redox reduced sediments selenium separation serum soil solid soluble solution speciation species studies sulfide surface techniques tetraalkyllead tion toxic trace elements trace metals trimethylarsine uptake water samples zinc