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Atomic Absorption

Atomic Absorption

An illustration of a spectrometer on a purple and orange background

Spectroscopy

by Lab Manager

There are five key types of spectrophotometer available—UV-Vis, Vis, atomic absorption, fluorescence, and infrared—here's how to choose between them

How to Improve Safety for Food, Water, and Edible Oils

by Analytik Jena US

Direct Mercury Analysis

by Milestone

Learn more about fast, accurate determination of total mercury in environmental samples

Analytica 2018 – Analytik Jena Is Making AAS Technology Ready for Today’s Labs

by Analytik Jena AG

Thanks to a large range of accessories, the novAA® 800 can be optimized to meet individual requirements such as sample throughput, precision, and ease of use

Atomic Spectroscopy: Which Instrument to Choose?

by Angelo DePalma, PhD

The two principal forms of atomic spectroscopy are based on emission and absorption

Webinar: Simple Mercury Analysis of Complex Samples: Soil, Oil, Foodstuffs, and More

by Lab Manager

In this webinar, experts Georg Debus and Nikolay Ivanov of Lumex Instruments discuss the advantages of atomic absorption spectroscopy with Zeeman background correction (ZAAS) for the analysis of mercury in complex samples.

Atomic Absorption Spectrophotometers

Atomic absorption (AA) has been known since the 19th century, but it was not until the 1950s, thanks to efforts by Alan Walsh at Australia’s CSIRO research center, that use of AA spectrometers became routine for metals analysis.

Flame Atomic Absorption (FLAA) Safety Precautions

by Other Author,Lab Manager

The oxidant/fuel combinations used in flame atomic absorption spectroscopy are commonly air/acetylene gas or nitrous-oxide/acetylene gas. Acetylene gas is highly ?ammable and can be potentially explosive.