Multicomponent inductively coupled plasma mass spectrometry can measure stable isotope ratio sensitively and accurately, and can be coupled with a variety of sample injection systems (such as laser ablation gas chromatography or liquid chromatography). It has strong universality and high performance, improves the effectiveness of stable isotope research, and expands new elements and new application fields.
Identifying the source of mercury by using mercury isotope fingerprint can better understand the biogeochemical cycle of mercury in the environment. More and more attention has been paid to the analysis of the environment. The ongoing research activities will improve the impact on the environment by using the samples in the marine environment sample library, and understand the fractionation of mercury by trying to provide measurement standards, And promote the application of these technologies.
Mercury fractionation independently tracks the mass reduction of mercury on the surface of seawater. It is one of the important reactions affected by sea ice resistance and atmospheric mercury exchange. These findings may be helpful because we use stable isotopes of mercury in order to better understand its regional and global biogeochemical cycles and how to affect the cycle of climate change.
