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Flame Emission Spectrometry

  • In flame Emission Spectrometry, the combustion flame not only frees the atoms but it also supplies the energy necessary to move the electrons of the free atoms from ground state to excited state. 
  • The energy which is emitted by the excited atoms when returning to the ground state provides the basis for analytical determination in Flame Emission Spectrometry.


Applications of Atomic Emission Spectrometry:

1. Food Industry: for detection of calcium and iron in beer.

2. Biological/Medical Applications: For determination of Na, K, Ca and Mg in body fluids and other biological samples.

3. For determination of Alkali and Alkaline Earth Metals in plant Materials, Chemicals, Cements, Oceanography and Ceramic Materials.


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