矿物

矿物油被用来润滑机器。

Mineral oils are used to lubricate machinery .

我国地下蕴藏着丰富的矿物资源。

Our country is rich in mineral resources .

电力工业消耗大量的矿物燃料。

The electricity industry consumes large amounts of fossil fuels .

诸如煤、石油和天然气之类的矿物燃料会在以后很长一段时间里满足我们的需求。

Fossil fuels such as coal , oil and gas will service our needs for some considerable time to come .

矿物往往埋藏在地层深处。

Minerals are often found deep in the ground .

中国的《神农本草经》是世界上最古的本草书。写于2,000多年前，记载了300多种动植矿物。

“ The Shen Nong Ben Cao Jing ”, written more than 2,000 years ago , was the earliest book on materia medica in the world . Recorded in the book are over 300 kinds of animals , plants , and minerals used for medication .

这个国家有充足的矿物燃料供应。

The country has an abundant supply of fossil fuels .

中古生代以前的许多碳酸盐类矿物是白云石而不是方解石。

Many carbonate masses older than middle Palaeozoic are of dolomite rather than calcite .

玻璃柜里陈列着各种矿物标本。

Ore specimens are on display in showcases .

不稳定矿物能经常见到。

Non-resistant materials are common .

他们在凿井的过程中，发现了一处稀有矿物矿床。

In course of sinking the well-shaft they came upon a deposit of a very rare mineral .

从本质上看，粘土矿物具有催化性质，这是因为粘土矿物在反应过程中能放出质子或接受电子。

Essentially the catalytic properties of clay minerals arise because of their ability to donate protons or accept electrons in reaction mechanisms .

为了弄清这些设备使用了多少能源,纽约罗切斯特理工学院的卡莉·巴比特和她的同事跟踪了每种产品从开采矿物到停止使用的整个生命周期的环境成本。

To figure out how much power these devices are using , Callie Babbitt and her colleagues at the Rochester Institute of Technology in New York tracked the environmental costs for each product throughout its life — from when its minerals are mined to when we stop using the device ．

我们不使用任何矿物燃料。

We don 't use any fossil fuels .

现在，地球上到处是各种各样的矿物，从玛瑙到锆石应有尽有

Today , Earth teems with thousands of kinds of minerals , from agates to zircons .

硅酸盐和金属氧化物矿物氧同位素组成的CO2激光氟化分析

Oxygen Isotope Analysis of Silicate and Metal Oxide Minerals by CO_2 Laser Fluorination

铀矿物和含铀矿石中铀价态比值的X射线光电子能谱分析

Analysis of valence state ratio of uranium in uranium minerals and uranium-bearing ores by X-ray photoelectron spectrometry

使用Q函数求解低对称晶系矿物晶胞参数的叠代修正法

An iterative correction method for calculating lattice constants of low symmetry minerals by Q function

硅酸盐矿物表面金属离子吸附规律的XPS分析

XPS Analysis on Adsorption Law of Metal Ion on Surface of Silicate Minerals

随着富CO2热流体多次间歇性入侵导致了含铁碳酸盐矿物的反复多次溶解和沉淀、生物介壳大量溶蚀和长石铸模孔的形成以及绿泥石消失、高岭石增加等。

With the intermittent activity of hot fluid containing CC ^ , ferrous carbonate minerals dissolved and precipitate repeatedly many times .

离子色谱测定矿物流体包裹体浸取液中SeO4~（2－）的方法研究

Studes of determination of selenate of mineral fluid inclusions by ion chromatograph method

矿物组成特征研究表明，蛋白石坡缕石层的矿物组分（Si、Mg、Al）来源于盆地周围玄武岩淋滤的浅层地下水。

It is proposed that the components for the minerals ( Si , Mg , Al ) were supplied by shallow groundwater that is from surrounding basalt .

岩石薄片分析及黏土矿物X衍射分析表明，各沉积微相带具有不同的岩石学特征，储集层敏感性分析也表明不同沉积微相中的储集层其敏感性有所差异。

Rock thin section analysis and X-ray diffraction analysis show that different sedimentary microfacies have different petrographic properties . The experiment analysis also slows that same charateristics in reservoir sensitivity also exist .

尽管已经进行了许多研究工作，其中化学法用H2O2－HCl、浓HNO3体系分离矿物中的晶格金。

They separated ionic gold from sulfides by chemical method of H 2O 2 HCl , conc .

采用缓慢分解法和两步法的附晶生长法，在低温（0℃～70℃）下实验合成纯文石型碳酸钙矿物，以XRD和SEM技术对合成矿物的相组成和形貌进行了鉴定。

Aragonite at 0 to 70 ℃ was synthesized by slow decomposition and two step overgrowth approaches . The phase compositions and morphology were detected by XRD and SEM techniques .

并运用DTA、SEM分析技术确定矿渣微晶玻璃的核化、晶化温度及矿物组成，比较热处理前后样品的微观结构。

DTA 、 SEM were used to ascertain the heat-treatment temperatures and characterize the phase compositions and compare the microstructures of original glass and the glass ceramics .

KNaCa温度计是利用矿物包裹体成分中钾、钠、钙的摩尔浓度，使用已有公式计算成矿温度的一种方法。

The K-Na-Ca geothermometer is an approach to work out mineralization temperatures based on calculations of the Mohr concentrations of K , Na and Ca in mineral inclusions according to existing formulas .

Nasicon型矿物固体电解质电池的研究

The study of full solid state cells using Nasicon as electrolyte

俄歇谱结合XPS研究提供对矿物流体界面输运机制的研究方法和矿物流体之间的反应机制。

When AES is combined with X ray photoelectron spectroscopy , it can be used to study the mechanism of transportation and reactions on mineral fluid interfaces .

其镜质组反射率Ro、孢子体荧光参数和矿物沥青基质荧光强度变化均是良好的成熟度指标；

Vitrinite reflectance . the fluorescence parameters of sporinite and the alteration of fluorescence intensity of mineral-bitumen groundmass are all good maturity indexes .