Inductively coupled plasma atomic emission spectrometry is a very effective tool for elemental analysis. It uses an inductively coupled plasma as an excitation light source and performs analysis by exciting the atoms in the sample and observing the characteristic spectral lines emitted when they return to the ground state. This instrument has a wide range of applications in several fields, including geology, environmental protection, chemical industry, biology, medicine, food, metallurgy, and agriculture.
Inductively Coupled Plasma Atomic Emission Spectrometer uses include but are not limited to:
Elemental qualitative analysis: By observing the characteristic spectral lines of atoms of different elements, it can determine which elements are present in the sample.
Quantitative analysis of elements: According to the emission intensity of atoms of different elements, the concentration of each element in the sample can be determined.
Complex sample analysis: For complex samples in the fields of geology, biology, medicine, etc., the inductively coupled plasma atomic emission spectrometer can provide fast and accurate analysis results.
In addition, the inductively coupled plasma atomic emission spectrometer has the following advantages:
High sensitivity: elemental concentrations down to the ppm level can be detected.
Wide linear range: can accommodate a range of elemental concentrations from trace to large amounts.
High precision: typically better than 4%.
Fast analyzing speed: multiple elements can be measured at the same time and the analyzing time is short.
Wide range of applications: suitable for sample analysis in different fields.
Overall, inductively coupled plasma atomic emission spectrometer is a very powerful tool for elemental analysis, with a wide range of application prospects.
