• The major factors that influence isotopic composition of cave drip water are mean annual air temperature, mean annual rainfall and change in moisture source.

    影响洞内滴水的稳定同位素组成的因素主要是年平均气温、年降雨量以及降水气团的来源的变化。

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  • Sulfur isotopic composition of sulfide in different formations was related to their source, and tended to be uniform with the growing stacked reworking at later stages.

    不同建造中硫化物的硫同位素组成与其来源有关,并随后期叠加改造作用的增强而趋于均一。

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  • Sulfur isotopic analyses are consistent with derivation of sulfur from a mixed source in deep crust, and lead isotopic analyses support derivation of lead from multiple sources.

    硫同位素分析结果表明硫来自地壳深部混合硫源,而铅同位素分析结果反映其来源存在多源性。

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  • The ideal choice, when isotopic composition is used to investigate the source of copper ore, would seem to be copper itself.

    当同位素构成被用来研究铜矿石的来源时,理想的选择似乎是铜本身。

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  • It is showed that compensated neutron logging can be realized by using neutron generator instead of isotopic neutron source.

    结果表明,可以用中子发生器代替同位素中子源实现补偿中子测井。

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  • Hydrocarbon generation kinetics and isotopic kinetics have been normally used in the evaluation of source rocks and correlation of oil, gas and their supposed source rocks.

    生烃动力学、同位素动力学常用于烃源岩评价、油气源对比研究中。

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  • The isotopic composition of lead, sulphur and carbon demonstrate a complex source of ore forming material.

    用硫、碳和铅同位素组成说明成矿物质的复杂来源。

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  • The result of the primary migration simulation suggests that there are different carbon isotopic fractionation effects in the primary migration of different source rocks.

    通过初次运移模拟实验证明了烃类在不同类型烃源岩中发生初次运移能够产生不同程度的物理碳同位素分馏效应;

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  • Diffusion capacities of hydrocarbons in different source rocks are very different, which should be responsible for the carbon isotopic fractionation.

    烃类分子在不同类型烃源岩中的扩散度差别很大,可能是造成同位素分馏的主要原因。

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  • Diffusion capacities of hydrocarbons in different source rocks are very different, which should be responsible for the carbon isotopic fractionation.

    烃类分子在不同类型烃源岩中的扩散度差别很大,可能是造成同位素分馏的主要原因。

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