Applications of Emission Spectroscopy

The spectroscopy is used as a method to analyze atom and molecular structures. The large number of wavelengths released by these devices allows for thorough study of their structures, including ground electron configurations and different excited states. Spectroscopic instruments rely on photographic identities are mainly functions for qualitative analysis. Photoelectric devices get broad access to the regular quantitative analysis of a limited number of elements. Photographic emission spectroscopy allows seventy elements detection by the brief excitation of some mg of the sample. The spectrographic method's sensitivity is based on the instrument employed the type of excitation and the nature and quantity of the sample.
Applications of emission spectroscopy are as follows.
Quantitative analysis
Qualitative analysis
Identification of elements 
Quantitative applications 
Monitor traces impurity levels in materials
It is ideal for a multi-elemental analysis
It is used in the trace metals in a variety of sample matrices analysis
Preliminary testing of samples (unknown)

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