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1·Soil mineralogy belongs to the frontier and basis of pedology.

土壤矿物的研究是土壤学研究的前沿基础领域。

2·At the same time, mineralogy is also one of the most basic subject of geology.

同时，矿物学又是地质学最基础的学科之一。

3·The mineralogy and geochemistry of enclaves are evidently controlled by their host granites.

寄主花岗岩在矿物地球化学上对微花岗岩类包体有明显的制约。

4·Genetic mineralogy is a newly developing branch of learning for studying the genesis of minerals.

成因矿物学是现代矿物学的一个分支学科。

5·The research includes technological mineralogy, leaching principles, methods, measures and effects.

内容包括工艺矿物学研究、浸出原理、浸出方法、浸出措施及效果。

6·This paper discuss the difference of main mineral in different mineralize stage at mineralogy angle.

文章从矿物学角度对银山西区铜金矿床主要矿物在不同成矿阶段上的差异进行了论述。

7·Process mineralogy investigations were emphasized in designing new technologies of sulphide flotation.

工艺矿物学研究是设计确定硫化矿浮选新工艺的重要依据。

8·The characteristics of the technological mineralogy of kaolin directly decide its industrial utilization.

高岭土的工艺矿物学特征直接决定着它的工业用途。

9·The mineralogy and the physicochemical properties of attapulgite were study by means of SEM, XRD, and FTIR.

研究了复合材料的力学性能和流变性能，并与纯聚苯乙烯的性能进行了对比。

10·Ore mineralogy is facing a crucial challenge of providing substantial energy and mineral resources to the society.

阐述了矿床学正面临着为社会提供充足的能源和资源的严重挑战。

矿物学

1·The characteristics of the technological mineralogy of kaolin directly decide its industrial utilization.

高岭土的工艺矿物学特征直接决定着它的工业用途。

2·In the early years of the schools of mines, teaching of mining and metallurgy, and sometimes geology and mineralogy were taught by the same professor.

在矿业学校的早期阶段，同样的老师讲授采矿和冶金学科，有时还要讲地质学和矿物学。

3·The diagenetic characteristics and the impact of diagenesis on reservoir quality in the Xujiahe sandstones of West Sichuan are described based on petrologic, mineralogy, and petrophysical analysis.

通过对川西拗陷须家河组储层的岩石学、矿物学、物性等特征研究，明确了砂岩成岩作用特征及其对储层质量演化的影响。

4·It is also necessary to have the knowledges of reservoir mineralogy and the reaction kinetics of HF and aluminosilicate for the optimization of HF acidizing treatment.

为优化HF的酸化施工，深入认识储层矿物学和HF与铝硅酸盐的反应动力学是十分必要的。

5·Through analyses of relativity on coal quality and mineralogy and elements, summarized geological reasons caused differences between norm al and trace elements in the two types of coal.

通过煤质特征、 矿物学和元素的组相关性分析，概括了引起这两种类型煤常量和微量元素之间差弄的地质原因。