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Information on typical results of a single element Atomic Absorption cathode lamp, based on the standard operating conditions for each lamp.
Information on why Cathode lamps wear out and how you can maximize the life span of an Atomic Absorption lamp.
Information on why the Atomic Absorption cathode is treated before leaving the factory and taken out of the shipping box.
Information on whether the elements in the cathode affects the lifetime of an Atomic Absorption lamp.
Information associated regarding why a new Atomic Absorption cathode lamp looks used out of the box.
Information on the purpose of the fill gas in an Atomic Absorption cathode lamp.
Information on whether all lines (primary and secondary) can be used in multi-element Atomic Absorption cathode lamps and if spectral interferences exist.
Information on what causes the black spot (getter) on the inner glass envelope of the Atomic Absorption cathode lamp.
An overview of Agilent's GTA-120 Graphite Furnace system and the benefits it delivers.
Information on how you can overcome the Atomic Absorption cathode lamp spectral interferences.
In this video, you will discover how the Agilent 200 Series AA Systems can handle your analytical challenges
Information on Features and Operation of Atomic Absorption Hollow Cathode Lamps
Information on how much gas is added after the Atomic Absorption cathode lamp has been processed.
Laboratory setup and configuration requirements
Typical results from drift test for an Arsenic (As) Atomic Absorption hollow cathode lamp.
Provides instructions on how to set up and operate the 50/55 AA system.
Information on whether if there is any compromise in terms of intensity with Ag/Cd/Pb/Zn or Al/Ca/Mg multi-element Atomic Absorption cathode lamps.
User's Guide 240/280 Series AA (including Zeeman)
Information associated to the type of solid cathodes Atomic Absorption lamps have.