The EVISA Link database contains information about all aspects of tin speciation:
- tin species determination (analytical methods etc)
- toxicity and biological activity of different tin species
- distribution and fate of aluminium species in the environment
- mobility, bioavailability and bioaccumulation of tin species
- Research groups and their projects related to the chemical speciation of Sn
- Standards, rules and legislation related to tin
If you are looking for something special, please go to the Link Database that will allow for more specific search.
Chemical Analysis
Flame AAS, tin, Atomic absorption spectrometry...
Method 8323 [PDF File, 22 pages, 119 KB, January 2003]Determination of Organotins by Micro-Liquid Chromatography- Electrospray Ion Trap Mass SpectrometryMethod 8323 is the first product of an OSW proj...
Micro-liquid Chromatography-Electrospray/Ion Trap Mass Spectrometry for Detection of - Dibutyltin - in Natural WatersT.L. Jones-Lepp and K.E. VarnerU.S. Environmental Protection AgencyOffice of Resear...
Information
Acute Toxicity DatabaseThe following database summarizes the results from aquatic acute toxicity tests conducted by the USGS CERC located in Columbia, Missouri. The acute toxicity test provides a rel...
SummaryAntifouling paints are applied on the hulls of ships and boats to control the growth of fouling organisms and reduce their deleterious effects such as slowing of the ship speed, increase in fue...
This is a report from the european commision scientific commitee on toxicity, ecotoxicity and environment.Keywords:Health risks, environmental risks, organostannic compounds, PVC, ...
CAS# 7440-31-5 -------------------------------------------------------------------------------- This fact sheet answers the most frequently asked health questions about tin. For more ...
This fact sheet answers the most frequently asked health questions about tin. For more information, you may call the ATSDR Information Center at 1-800-232-4636. This fact sheet is one in a se...
Description Organotins with four organic groups, e.g. tetrabutyltin, tetraoctyltin and tetraphenyltin, can be used as starting materials or catalysts. Organotins with three organic g...
Description Organotins with four organic groups, e.g. tetrabutyltin, tetraoctyltin and tetraphenyltin, can be used as starting materials or catalysts. Organotins with three organic g...
Description Organotins with four organic groups, e.g. tetrabutyltin, tetraoctyltin and tetraphenyltin, can be used as starting materials or catalysts. Organotins with three organic g...
Description Organotins with four organic groups, e.g. tetrabutyltin, tetraoctyltin and tetraphenyltin, can be used as starting materials or catalysts. Organotins with three organic g...
Description Organotins with four organic groups, e.g. tetrabutyltin, tetraoctyltin and tetraphenyltin, can be used as starting materials or catalysts. Organotins with three organic g...
Description Organotins with four organic groups, e.g. tetrabutyltin, tetraoctyltin and tetraphenyltin, can be used as starting materials or catalysts. Organotins with three organic g...
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