矿物显微镜用英语怎么说，矿物显微镜的英文翻译

词语导航

基本信息

词语：矿物显微镜

繁体：礦物顯微鏡

拼音：kuàng wù xiǎn wēi jìng

英语翻译

【医】 mineralogical microscope

分词翻译

矿物的英语翻译：

mineral
【机】 mineral

显微镜的英语翻译：

microscope
【化】 microscope
【医】 microscopewww.wENtIYi.cOm

翻译例句

1. 根据显微镜下、红外光谱和X射线衍射的研究，表明块状水钙铝榴石玉的主要矿物成分是水钙铝榴石，并有含量不等的透辉石和方解石等。

The study on massive hydrogrossular by means of polar microscope, infrared spectra and Xray shows that it consists mainly of hydrogrossular, with a little amount of diopside and calcite.

2. 本文主要论述块状矿石显微镜下矿物含量点测法的估计定律，以及此定律的简要证明、测量统计中最低限度样本容量的确定及误差范围。

In this paper, estimating law for mineral content, simple proof of the law and determining lowest sample size and error range in measure and statistics are discussed.

3. 用TEM(透射电子显微镜)观察矿物的微细形貌可获得很多有关矿物的形成、演化及用途等信息。

A lof of informations on the mineral"s genesis, evolution and application can be gained by observing their tiny shapes with transmit electronic microscope (TEM).

4. 用高倍荧光显微镜观察，在这些暗色泥岩的砂质碎屑矿物和自生矿物中，发现丰富的微石油包裹体群。

With high magnification of microscopy, a lot of petroleum inclusions were found, which occur in the fissures of sand grains and authigenic minerals in the source rock.

5. 在高倍显微镜下使用反射光照明观察玉石的表面，会发现组成玉石的矿物的光泽不同。

Under high power magnification with reflected light, it can be seen that different minerals in jadeite jade and related jades differ in luster.

6. 压碎法是一种研究矿物包裹体气相性质的简易方法。通过在显微镜下压碎矿物颗粒，使矿物包裹体破裂并释放出其中的气相部分，从而观察其特征和变化。

By crushing an inclusion in a mineral grain on a particularly-made stage under a microscope, the gaseous phase in the inclusion is released and can be observed and detected.

7. 将十三种矿物质（氧化物）添加到煤中炭化，用光学显微镜和X射线衍射方法研究矿物质的存在对所得焦炭显微结构的影响。

The effects of minerals (oxides) on coke microstructure are studied by adding 13 types of different oxides into coal to carbonize using optical microscopy and X-ray powder diffraction.

8. 将十三种矿物质（氧化物）添加到煤中炭化，用光学显微镜和X射线衍射方法研究矿物质的存在对所得焦炭显微结构的影响。

The effects of minerals (oxides) on coke microstructure are studied by adding 13 types of different oxides into coal to carbonize using optical microscopy and X-ray powder diffraction.