Spectroscopy Application Notebook Alert

October 2010 Subscribe


Links to technical insights from sponsored Application Notes on Spectroscopy Online.
Atomic
Lead in Natural Waters Using EPA Method 200.9
By Dr. Hazel R. Dickson
This application note details full method development and spectrometer optimization. A range of development wizards and enhanced QC test functionality is used to ensure the Method requirements are achieved.
 
Arsenic in Natural Waters Using EPA Method 200.9
By Dr. Hazel R. Dickson
Discover how development tools such as a Graphite Furnace TeleVision and the automatic Ash Atomize Wizard can be used to enable fast and reliable optimization of instrument parameters.
 
Selenium in Natural Waters Using EPA Method 200.9
By Dr. Hazel R. Dickson
Find out how flexible calibration functions and the automatic standard addition functionality of the furnace auto-sampler enable implementation and compliance with the Method.

CP-OES
Analysis of Toxic Elements in Drinking and Bottled Waters
By Karen Harper
Discover the simplest method of toxic element analysis using an analysis-ready Environmental Method Template. Find out how both novice and experienced users can quickly and easily generate accurate and precise results.
 
Determination of Trace Elements in Waters Using US EPA Method 200.7
By Matthew Cassap
This application note demonstrates how to easily comply with the QC and Validation requirements of the EPA Method 200.7 for a wide range of water sample types.
 
The Analysis of Waters and Soil Digests Using US EPA SW-846 Method 6010
By Matthew Cassap
Find out how to effectively analyze challenging environmental samples by the US EPA method 6010. The method is suitable for the determination of 31 elements in a range of matrices.

ICP-MS
US EPA Method 200.8 Using ICP-MS
Find out how to comply with the US EPA Method 200.8 when analyzing drinking water, natural water and waste water. This application note provides data which demonstrates compliance with all of the specified Method requirements.
 
The Determination of Trivalent and Hexavalent Chromium Using HPLC-ICP-MS
By Dr. Shona McSheehy, Dr. Fabienne Seby and
Dr. Martin Nash

The US Environmental Protection Agency (EPA) and the European Union have specified maximum admissible concentrations of 0.1 and 0.05 mg/L for total chromium under their respective drinking water directives.
 
Rapid, Simple, Interference-free Analysis of Environmental Samples
This application note describes how a single-gas collision cell mode for multi-element environmental analysis simultaneously eliminates all polyatomic interferences of concern in the analysis of environmental samples.

Contact Editor
- Meg Evans


 

 
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