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Information associated to the type of solid cathodes Atomic Absorption lamps have.
Two wheat flour samples using Chinese methods: GB Method 5009.12—2010 for Pb, GB 5009.15—2014 for Cd, GB 5009.123—2014 for Cr, and GB 5009. 138—2003 for Ni.
Information on why Cathode lamps wear out and how you can maximize the life span of an Atomic Absorption lamp.
Information on whether if there are any performance compromises with multi-element Atomic Absorption cathode lamps.
How chemical modifiers work and why you should use them in graphite furnace atomic absorption spectrometry
Information on why the Atomic Absorption cathode is treated before leaving the factory and taken out of the shipping box.
Overview of the quantification of Cd in drinking water using an Agilent graphite furnace AA system.
Application note for new high performance graphite furnace tube for determination of lead in blood
Presentation of a method for determining trace heavy metals in complex matrices using graphite furnace AA.
Laboratory setup and configuration requirements
A technical overview of the use of characteristic mass in AA spectroscopy.
Explains how to install a bracket for the ETC 60 workhead Mk 2, in order to use a mercury flow-through cell or a standard hydride absorption cell on the AA
An overview of Agilent's GTA-120 Graphite Furnace system and the benefits it delivers.
The Zeeman spectrometer dedicated to graphite furnace atomic absorption determination can be ordered as a bundle containing key components. Options are also available.
Information on the purpose of the fill gas in an Atomic Absorption cathode lamp.
Atomic absorption spectroscopy is an analytical technique used for trace metals analysis. What is atomic absorption spectroscopy and how does an AA spectrometer work?
Graphite Furnace AAS proves to be a precise and fast way for food testing labs to determine metals in grain samples.
Information on typical results of a single element Atomic Absorption cathode lamp, based on the standard operating conditions for each lamp.
Study using the Agilent 240 Zeeman graphite furnace atomic absorption spectrometer
The elimination of matrix interferences by Zeeman background correction makes the Agilent 280Z graphite furnace system ideal for determining Pb and Cr in complex soil matrices.