Chemical vapor generation (CVG) using tetrahydroborate (III) remains the most popular and
successful derivatization procedure enabling gaseous sample introduction into analytical …

Chemical vapor generation (CVG) is a widely adopted sample introduction method for
analytical atomic spectrometry. Nonvolatile precursors (usually ionic, metallic or …

A novel lab-on-paper device combining electrochemical and colorimetric detection for the
rapid screening of Au (III) in the presence of a common interference, Fe (III), in industrial …

Vapor generation is a wide-spread method used for the determination of metals, metalloids,
and organometallic compounds. Contrary to common belief, a significant number of metal …

This article presents recent advances in the hydride-generation (HG) technique hyphenated
with different discharges of the atomic emission spectrometry (AES)[ie inductively-coupled …

Is it still possible, necessary and beneficial to perform research in ICP-atomic emission
spectrometry ? - Journal of Analytical Atomic Spectrometry (RSC Publishing) DOI:10.1039/B416511J …

Aqueous-phase chemical generation of volatile hydrides (CHG) by derivatization with
borane complexes is one of the most powerful and widely employed methods for …

Atomic spectrometry remains one of the most powerful methods for the determination of the
elements and their compounds in a wide variety of types of samples and in widely differing …

In this work, coupling of effervescence-assisted dispersive liquid-liquid microextraction
based on a medium-chain fatty acid (EA-DLLME-FA) with accurate micro-sampling flame …

As an essential micronutrient, zinc (Zn) plays an important role in the human health and
pollution monitoring. Chemical vapor generation (CVG) is the most popular and widely used …