Atomic Spectroscopy Market - Industry Analysis, Global Trends and Market Forecast 2013 – 2019

Spectroscopy can be defined as the study of interaction between absorption and emission of light and radiation by material substance. Spectroscopy involves interaction of electron, proton and ions. Atomic spectroscopy involves the determination of elemental composition with the utilization of mass or electromagnetic spectrum. There are three techniques involved in the determination process of atomic spectroscopy namely atomic absorption, atomic emission and atomic fluorescence. When a light of sufficient wavelength comes in contact with an atom, the atom will absorb the light as it enters in an excited state is the principle involved in atomic absorption. Likewise, atomic fluorescence involves the combination of atomic absorption and atomic emission. In recent times atomic spectroscopy is widely utilized in food industries, pharmaceutical industries, for diagnostic purpose and research laboratories worldwide.

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The global market for atomic spectroscopy can be segmented as follows:

By technology

X-Ray fluorescence spectroscopy

Atomic absorption spectroscopy

X-Ray diffraction spectroscopy

Inductively coupled plasma (ICP) spectroscopy

Inductively coupled plasma mass spectroscopy (ICP-MS)

Elemental analyzers

Others

By application

Food and beverage testing

Pharmaceutical

Industrial chemistry

Environmental testing

Biotechnology

Others

The X-ray fluorescence technology is widely utilized as an analytical tool for various quality control purposes in research and pharmaceutical industries owing to its speed and economy, possibility to directly analyze solid samples and automation properties. Thus, X-ray fluorescence technology covers a major market share of the global atomic spectroscopy technology market. Moreover, increasing demand of food...