结果表明，该矿床主要受峨眉山玄武岩、玄武岩中的层间构造以及区域地球化学的控制。
It was proved that this deposit was mainly controlled by the Omeishan basalt, layer-structure in the basalt and regional geochemistry.
在地球化学中，分析质量的控制至关重要。
经过漫长地质年代的溶滤作用是控制深层地下水中氟含量的主要地球化学作用。
Lixiviation is chief geochemistry action to control fluorine content undergo very long geological age.
络阴离子团的地球化学性质，控制着红土型金矿床的垂向分带与金的次生富集。
The geochemical nature of the complex anion group controlled the vertical zoning and secondary enrichment of gold in the laterite gold deposits.
汞在大气中的化学行为对全球的生物地球化学循环起着极其重要的控制作用。
The chemical behaviors of mercury in the atmosphere play a significant controlling role in global mercury biogeochemical cycles.
烃类垂向运移是一个复杂的地质地球化学过程，严格受边界条件控制，在地质历史上具有一定的阶段性。
Hydrocarbon vertical micro migration is a complicated geological geochemical process. It is strictly controlled by boundary condition, possesses stages in geological history.
在贵池地区，受特定的地质条件的控制，元素的分布分配、地球化学异常的展布和异常元素组合具有鲜明的特征。
Controlled by unique geological conditions, the distribution of elements and geochemical anomalies and element associations of anomalies in Guichi area show obviously specific characteristics.
矿带级地球化学场中环带结构控制了元素的成矿区间，带状结构的局部区段构成相应的工业矿体。
The encircling texture in ore zone geochemical field control minerogenetic area, and local zone of zoning texture constitutes corresponding productive ore body.
金的区域地球化学场分布受断裂构造、地层及岩浆岩控制。
The distribution of the regional geochemical field of gold is controlled by fault structure, stratum and intrusive rocks.
本文以阿西金矿床为例，研究地球化学界面对流体成矿的控制作用。
This paper focused on the study of the most optimal geochemical interfaces controlling the mineralization and location of a 'xi gold deposit.
基底断裂控制了多种能源矿产和地球化学场的分布特征；
The distribution of the Multi-energy Mineral Diposits and the geochemical field is controlled by the basement faults in the basin.
介绍了造成岩石地球化学不均匀性的原因，主要有测量误差、闭合问题及岩石学方面的控制等。
Many altered rocks in hydrothermal deposit have multiple precursors. The lithogeochemical heterogeneity in rocks are mainly due to measurement error, closure and petrological controls.
在贵池地区，受特定的地质条件的控制，元素的分布分配、地球化学异常的展布和异常元素组合具有鲜明的特征。
By dividing the dimension of constraint system to some assembly elements the constraint system can be deminished, and the local character can be utilized.
元素地球化学场表现出两个方向的特点：一组异常呈北西向展布，受区域构造控制；
There are two sets of elements geochemical anomalies: one extends NW, and is controlled by regional faults;
水致疾病的分布受水文地球化学分带控制。
Distribution of the diseases caused by drinking water (DCDW) is under the control of the hydrogeochemical zone.
文中介绍了地球化学录井技术原理，阐明了产能控制因素与地化录井多数的关系，建立了产能预测方程。
As the development from qualitative to quantitaive logging technique, the problem of productivity forecast while drilling is solved by this method.
文中介绍了地球化学录井技术原理，阐明了产能控制因素与地化录井多数的关系，建立了产能预测方程。
As the development from qualitative to quantitaive logging technique, the problem of productivity forecast while drilling is solved by this method.
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