Applications of atomic fluorescence spectrometry, Chemistry

Applications of atomic fluorescence spectrometry:

In common AFS is used to determine the concentration stages of elements in samples (elemental analysis). For favorable elements (e.g. Cd, Pb, Tl), detection limits within the attogram (10-18 g) range have been acquired. While combined as hyphenate technique along with chromatography,  AFS can gives qualitative and quantitative information on chemical form of elements (metal speciation) within a sample.

Denoting of Hg at low ppt levels (1 ng/L), and determination of As, Se, Sb, and Te along with detection limits among 10 and 50 ng/L in environmental samples by using commercial instrumentation.  The determination of metals and metalloids such as Pb, Hg, As, Sb, Bi, Ge, Se, Te, etc. within clinical, geological and metallurgical, agricultural, pharmaceutical and petrochemical samples are a few general applications of AFS.

Posted Date: 1/10/2013 2:43:34 AM | Location : United States







Related Discussions:- Applications of atomic fluorescence spectrometry, Assignment Help, Ask Question on Applications of atomic fluorescence spectrometry, Get Answer, Expert's Help, Applications of atomic fluorescence spectrometry Discussions

Write discussion on Applications of atomic fluorescence spectrometry
Your posts are moderated
Related Questions
Gabriel phthalimide synthesis: This method includes the subsequent three steps. 1. Phthalimide is reacted along with KOH to form potassium phthalimide. 2. The potassium salt

Can you help me find the potential difference between different metals in the electrochemical series? For example magnesium and copper? Do I need to write equations?

Name a substance which on addition to AgCl causes vacation vacancy in it. Mention a large scale use of the phenomenon called 'reverse osmosis'.


the law of multiple proportion

Pick out the isoelectronic structures from the following :                               CH + 3 ,    H 3 O +       NH 3        CH - 3                                 I


My problem is how should the specific equation be derived using boundary condition. I have the final equation (which is based on Langmuir isotherm) and I know the boundary conditio


The amount of heat liberated when single mole of any substance is completely burnt in oxygen is known as heat of combustion H is negative for heat of combustion.