绿泥石

lǜ ní shí
  • chlorite
绿泥石绿泥石
  1. 球磨对滑石、绿泥石、菱镁石和刚玉X射线衍射峰强度的影响

    Effects of ball milling process on the X - ray diffraction intensity of talc , chlorite , magnesite and corundum

  2. 在华力西期造山运动(M1)中,古生代岩石受到了低级变质作用(绿泥石带)。

    Paleozoic rocks were affected by low-grade metamorphism ( chlorite zone ) during Variscan orogeny ( M1 ) .

  3. e伊利石+镁绿泥石+多水高岭石+蒙脱石。

    E. Mg chlorite + illite + montmorillonite + halloysite ;

  4. X射线衍射分析结果表明,该绿泥石玉的物相为绿泥石。

    XRD analysis shows that the mineral composition of the chlorite jade is mainly chlorite .

  5. 该区绿泥石的X射线粉晶衍射测试结果显示其晶胞参数值均小于标准值。

    The XRD test result manifests that the unit cell values of chlorite are both lower than standard .

  6. 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 .

  7. 富K的伊利石,富Mg、Ca、Na、Zn的蒙皂石,以及富Mn、Fe的绿泥石等使得粘土矿物与粘土级组分的化学元素之间的耦合关系十分明显;

    K-rich illite . Mg - , Ca - , Na - , Zn-rich smectite , Mn - and Fe-rich chlorite produce a clear coupling relationship between clay minerals and chemical compositions of clay fraction .

  8. 来自西伯利亚的物质富含绿泥石,富Na、Sr,富Zr,对研究区西部沉积物的影响较为明显;

    Sediments off Wrangel Island in the west of the study area enrich chlorite , Na , Sr and Zr , indicating an elevated influences from Siberian continent and shelves .

  9. 差热分析和X衍射分析结果表明,陕西五种土壤粘粒矿物组成都是以伊利石为主,并含有一定量的高岭石、绿泥石和蒙脱石。

    Results of differential thermal analysis and X diffraction analysis show that the mineral compositions of the clay particles in . five soils obtained in Shaanxi Province are chiefly of illite with certain amount of kaolinite , chlorite and montmorillonite .

  10. 千枚岩采自陕西省西乡地区,经偏光显微镜和X射线衍射分析,绢云母含量为29.9%,伴生矿物有石英、长石和绿泥石。

    The Phyllite is picked form Xixiang region in Shanxi province . We find out the sericite content is 29.9 % by microscope and XRD , there are some other minerals in the rock , such as quartz 、 feldspar and chlorite .

  11. 绿泥石对自生伊利石KAr体系测年结果的影响不明显。

    The development of chlorites are unlikely to have much impact on the K-Ar system of authigenic illites .

  12. X射线衍射测试与化学全量测试结果表明,黄土坡滑坡滑带土的组成矿物主要包括石英、长石、方解石以及蒙脱石、绿泥石和伊利石等粘土矿物,粘土矿物总量占40%-45%。

    Results of X-ray diffraction tests show that the main component minerals of sliding zone soils are quartz , feldspar , calcite and clay minerals such as montmorillonite , illite and chlorite , the total amount of clay minerals is40 % ~ 45 % .

  13. 使用饱和NaCl溶液对绿泥石片岩和红砂岩进行饱和,对两种用饱和NaCl溶液饱和的岩石进行单轴和三轴压缩试验,得出饱和NaCl溶液对绿泥石片岩和红砂岩岩石力学性质的影响。

    Use saturated NaCl solution to saturation chlorite schist and red sandstone , do uniaxial and triaxial compression tests for these rocks , get the influence of saturated NaCl solution to the rock mechanical properties . 4 .

  14. 黄土高原现代地表样品中w(绿泥石+高岭石)/w(伊利石)比值与现代年平均温度和年平均降水量有着良好的相关关系。

    Furthermore , a good correlation between w ( chlorite + kaolinite ) / w ( illite ) ratio and climate parameters ( mean annual temperature and precipitation ) indicates a spatial gradient of chemical weathering intensity of chlorite closely related to summer monsoon circulation .

  15. 低pH值流体破坏绿泥石的晶体结构,使结构中的Fe2+、Fe3+、Mg2+等离子析出,产生Fe(OH)3以及Mg(OH)2沉淀,堵塞喉道。

    Low pH fluid can destroy the crystal microstructure of chlorite , which makes the Fe 2 + , Fe 3 + , Mg 2 + within the structure separate to cause Fe ( OH ) _3 and Mg ( OH ) _2 deposit and plug up pore throat .

  16. XRD分析和全谱拟合定量计算结果表明,甘肃临泽含碘坡缕石矿的物相由坡缕石(70.1%)、白云石(15.7%)、石英(6.6%)以及少量白云母、钠长石和绿泥石组成。

    The results of XRD analysis and whole pattern fitting quantitative calculation indicate that the sample for this study from Linze , Gansu is composed of palygorskite 70.1 % , ankerite 15.7 % , quartz 6.6 % and a small amount of muscovite , albite and chlorite .

  17. 当俯冲深度接近50km,俯冲陆壳岩石中大量低级变质含水矿物(如绿泥石、绿帘石、阳起石)会脱水并从俯冲陆壳逸出形成流体流。

    When the subduction depth is near 50km , the voluminous lower grade metamorphic hydrous minerals ( e.g. chlorite , epidote , actinolite ) undergo dehydration forming an aqueous fluid flux .

  18. 2次生溶蚀相、白云岩化相、风化淋滤相、绿泥石薄膜胶结相和TSR相等建设性成岩作用是优质储层及大油气田分布的有利区;

    The second is the constructive diagenesis are high quality reservoir and favorable distribution region of large oil-gas fields such as secondary corrosion facies , dolomite lithification facies , weathering leaching facies , chlorite thin film cementation facies and TSR facies ;

  19. 为研究岩石材料的时间效应,利用CSS-1950型岩石流变试验机,分别对绿泥石片岩和云母石英片岩进行压缩蠕变试验。

    Compressive rheological experiments were carried out on chlorite-schist and sericite-schist respectively to study their time-effect by using rock rheological test equipment CSS-1950 .

  20. 本文以东台PY-19孔为例,对江苏沿海第四纪沉积物中的粘土矿物作了分析鉴定和估算,发现所有的样品皆含伊利石,大部分样品含蒙脱石、绿泥石和高岭石。

    This paper presents the results of analysis , identification and estimation of the clay minerals in Jiangsu offshore quaternary sediment of using PY-19 core as a representative .

  21. 在撒丁岛中部Orani地区,一些赋存在古生代变质岩和花岗岩中的滑石-绿泥石-长石矿体一直处于露天开采状态。

    In the district of Orani , central Sardinia , several talc-chlorite-feldspar bodies , hosted in Palaeozoic metamorphic rocks and granites , have long been mined by open - pit operations .

  22. 风化绿帘石和绿泥石很难区分。

    It becomes difficult to discriminate between weathered epidote and chlorite .

  23. 选择性疏水絮凝浮选法分离微细粒菱锰矿、绿泥石、石英的研究

    Selective hydrophobic flocculation-flotation separation of fine rhodochrosite , chlorite and quartz

  24. 伊利石+硬石膏+镁绿泥石+铁镁绿泥石;

    Mg chlorite + illite + Fe-Mg chlorite + halloysite ;

  25. 一种与铀矿有关的1:1绿泥石&蒙脱石规则混层矿物的发现

    The Discovery of a Uranium-related 1:1 Regular Interstratified Chlorite-Montmorillonite Mineral

  26. 有的样品可以检出绿泥石和蛭石。

    Minor chlorite and vermiculite can also be identified in some sa-mples .

  27. 黑云母向绿泥石转化过程中微观形态及光性特征

    Optics and micro-shape characters in the process of biotite transforming to chlorite

  28. 反浮选法分离粉石英和斜绿泥石及其机理

    Separation of clinochlore from powder quartz by reverse flotation and its mechanism

  29. 脉石矿物有石英、方解石、绢云母和绿泥石等。

    The gangue minerals include quartz , calcite , sericite and chlorite .

  30. 黏土矿物以伊利石、绿泥石和伊蒙混层为主。

    Clay minerals illite , chlorite and illite mixed layers .