People

Tel:(86)-551-63601400

Email: lpqin@ustc.edu.cn

Research fields：1.Isotopic cosmochemistry：Using short-lived radio chronometers to research the formation and evolution of early solar system; exploring the astronomical environment of the formation of the solar system by observations of metallic and heavy isotopic anomalies in meteorites; the influences to the compositions of metal and heavy metal stable isotopes caused by cosmic rays;  2.Biogeochemistry：the stable isotopic fractionation of chromium in the process of environmental rescue which was carried out using biological stimulation.

Link：USTC-School of Earth and Space Sciences-Geochemistry-Professor Liping Qin

Emial: liuj08@ustc.edu.cn

Research fields：

1.The cosmogenic effects on Cr isotopic composition in meteorites.

2.The analysis method of Cr isotopes.

Emial: fzy@ustc.edu.cn

Research fields：

1.Reconstruction of paleoenvironment by stable metal isotopes.

2.Astrobiology.

Emial: zynld@ustc.edu.cn

Research fields：

Isotopic cosmochemistry (meteorites and micro-meteorites)and early life evolution (mainly using Mo isotopes and Ni isotopes).

Emial: ybing96@mail.ustc.edu.cn

Research fields：

Stable isotopic fractionations (mainly about siderophile element isotopes) between metal and silicate determined by high P-T experiment.

Research interests：

Using stable metal isotopes to research the important environmental and climate change events in the Cenozoic.

Research interests：

Using U-Pb and Cr isotopic system to constrain the impact events of the early Earth-Moon system.           

Research interests：

Effect of nutrient limitation on Mo isotope fractionation of oscillatoria.

Research interests：

Cr isotope fractionation of Cr contaminated soil or water under the interaction of microorganism.

Research interests：

Established a novel procedure to purify the Li, Na, K, Rb, Mg, Ni, Ca, Cr, Sr, Ba, Sm, Nd, Cu, Zr, Hf, Fe, Zn, Mo systematically for the lunar samples.

Research interests：

Gas-phase laboratory formation of large, astronomically relevant molecule clusters.               

Research interests：

The chemical reaction mechanism and simulating computation of interstellar molecular clouds and star formation.

Research interests：

Effect of algal assimilation on nickel isotope fractionation and exploration of Martian life with nickel isotope.

Research interests：

Geochemical and impact metamorphic characteristics of evolution of asteroid and Moon.                

Research interests：

Methods and applications of isotope cosmic chemistry analysis.                   

Research interests：

Isotopic anomalies in celestial samples.                    

Research interests：

Composition and Origin of Micrometeorites.                

Research interests：

the formation and evolution mechanism of polycyclic aromatic hydrocarbons and their derivatives in the field of astrochemistry

Research interests：

High temperature Cr isotope geochemistry and lunar rock petrography.

Research interests：

Laboratory formation and evolution of interstellar large molecular clusters in the gas phase.        

Research interests：

Nickel isotope study of meteorite samples

Research interests：

Sr stable isotope of lunar samples and its implication

Research interests：

Planetary evaporation

Research interests：

Chalcophilic elements and their isotope behavior in meteorite samples

Research interests：

Redox sensitive metal isotope reconstrust paleoenvironment                 

Research interests：

Constraining the core-mantle segregation process using W and Mo isotopes                 

Research interests：

Reconstruction of paleoenvironment using nickel isotopes                 

Research interests：

The Study of Cr Isotopes in Achondrites                 

Research interests：

The Formation and Evolution of Nebular Matter                 

Research interests：

The application of metal isotopes in constraining the formation and evolution of planets

Research interests：

Isotope anomalies in extraterrestrial samples                 

Research interests：

Photochemical reactions on the surface of Mars