1.Mineralogical studies reveal the shard to be a fragment of a wine jar exported from the Nile valley to Israel .
矿物学的研究揭示，这块碎片是一块葡萄酒瓶的碎片，是从尼罗河谷出口到以色列的葡萄酒。
2.Mineralogical inputs are often overlooked when performing subsurface geological and reservoir interpretation.
在进行地下地质和储层解释时，通常容易忽略矿物学方面的信息。
3.X-ray diffraction analysis method was used to investigate the mineralogical properties of bentonites from different regions of China.
运用X射线衍射分析技术对我国不同产地膨润土的矿物学性质进行考察；
4.Composition and distribution of slag can be determined through mineralogical morphology inspection.
岩相检验方法可以确定炉渣的矿相组成和分布。
5.Combined mineralogical morphology inspection and composition, fluid temperature of slag will display the characteristics of slag thoroughly.
把岩相检验与炉渣化学成分、流动温度数据结合起来，可以更全面地了解炉渣的性质。
6.The characteristics of the chemical compositions and mineralogical phases of the converter slag Panzhihua Iron and Steel Co. are described.
介绍了攀钢转炉渣化学成分特点及矿物相组成的特征；
7.Sinter storage times and dropping times relating with powder ratio were tested, mineralogical phase of sinter was also detected.
本文研究了白云石煅烧性能及煅烧后粉化率与矿物相形貌与结构的关系。
8.The mineralogical characters of a type of Mo Bi Au Ag Cu Zn bearing polymetallic ore were described in this paper.
研究了某钼、铋、金、银、铜、锌等多金属共生矿石的工艺矿物学特征。
9.The mineralogical crystalline essence is essentially the root-resonance of the same creative force that formed the Cosmos.
矿物晶体的本质，基本上其根源共振与形成宇宙的创作力量是相同的。
10.Composition and mineralogical characteristics of slag during steelmaking with different hot metal were studied.
介绍了不同成分铁水炼钢的炉渣岩相检验结果和特点。