1、

Theoretical prediction for several important equilibrium Ge isotope fractionation factors

几个重要Ge同位素平衡分馏参数的理论预测

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2、

In terms of pressure effect on hydrogen isotope fractionation in the rhyolitic melt-water system, the unusual variability in the δ D values and H2O contents of the Glass Creek rhyolites from western United States are successfully modeled in the course of magmatic degassing.

依据流纹岩熔体与水之间氢同位素分馏的压力效应,成功地模拟了美国西部Glass Creek流纹岩δD值和水含量变化规律与岩浆去气之间的关系。

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3、

Mass-Independent Sulfur Isotope Fractionation Effect in Archean Stratiform Sulfides from Xintai Area, Shandong Province

山东新泰太古代层状硫化物中的硫同位素非质量分馏效应

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4、

An obvious mass-independent sulfur isotope fractionation was first observed in Archean stratiform sulfides from Xintai area, Shandong Province.

笔者首次在山东新泰地区新太古代层状硫化物中观测到了明显的硫同位素非质量分馏效应。

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5、

the mechanism of carbon isotope fractionation during thermogenic methane generation

热成因甲烷碳同位素分布的形成机制

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6、

larger isotope fractionation and different lithium isotopic values in geological reservoirs make li find extensive applications in environmental geochemistry, such as upper continental crust weathering, brine and polluted water tracing, etc.

由于明显的同位素分馏和不同地质体中截然不同的δ7Li值,锂同位素应用十分广泛,且在壳-幔演化、陆壳风化、卤水和污染水体示踪等研究领域取得显著成效。

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