铬铁矿

基本解释 (translations)

chromite

与铬铁矿相关的网络例句 [注：此内容来源于网络，仅供参考]

The Product Is Suitable for separating the granularity is 0.3-0.02mm of the iron ore,limonite,chromites,trotline,zirconium,retiles,monazite,centimes,wolfram ore,Stan nary,tantalum minerals,niobium minerals and other non feerous metal,rare metal and non metal.

本设备适用于分选粒度0.3--0.02毫米细料的铁矿、钛铁矿、铬铁矿、硫铁矿、锆英石、金红石、独居石、磷乙矿、钨矿、锡矿、钽矿、铌矿以及具有比重差异的其他有色金属、稀有金属和非金属矿物体。

This is our standard quality brick based on burnt magnesia and chromite, made from dead burned magnesia.

这是一种由重烧镁砂制成的以烧结镁砂和铬铁矿为成分配制的标准砖。

Knowledge of the occurrence of chromite deposits is likewise incomplete .

对于铬铁矿矿层产状的了解同样是不完整的。

Local chromite anomaly caused mineral anomaly in this area.

该地区的铬铁矿异常属于矿致异常。

The paper analyzes the development trend of the stainless steel industry and the supply capacity of chromite resources both from China and abroad.

但我国是一个铬铁矿资源严重短缺的国家，国内生产十分有限，长期以来主要依靠进口解决国内供应问题。

Therefore, the intergrowth texture of Crspinel and pyroxene can be an important indicator for podiform chromite exploration.

因此，铬尖晶石与辉石的共生连晶结构可以作为豆荚状铬铁矿的重要找矿标志。

By analyzing its supply and demand of chromite ore resources in China, the authors pointed out that importance should be attached to its safety supply, and that the increasing dependence of its supply on foreign country will exert a great influence on the safety of China's economy.

对我国铬铁矿资源供需状况的分析表明，其安全供应问题应引起高度重视，铬铁矿供应对外依存度的不断升级将影响到我国经济的安全运行。

This study wants to perform researches on the Kangjinla chromitite and its host rock-mantle peridotite, to determine the existence of special mantle minerals, to discuss the origin of the chromtite and mantle peridotite together with the genetic relation between them.

本论文拟开展罗布莎地幔橄榄岩体中的康金拉铬铁矿床及其围岩地幔橄榄岩的研究，查明该铬铁矿矿体，尤其矿体围岩的地幔橄榄岩中是否也存在金刚石等特殊地幔矿物；通过详细的矿物学和岩石学的研究，探讨铬铁矿和地幔岩的成因，以及两者之间的成因联系。

For a 1116Kg chromitite and a 384Kg mantle peridotite sample, by heavy mineral separation and picking up under a binocular microscope following productions are obtained: the UHP minerals including moissanite and over 1000 diamond grains are discovered firstly from the Kangjinla chromitite orebody Cr-11, which is far more abundant than the Luobusa district; a series of unusual mantle minerals like moissanite and a great deal of diamond grains are discovered firstly from the host rocks of chromitite orebody Cr-11, providing the foundation of discussing the chromitite origin and its relation with the host rocks; besides the UHP minerals like moissanite and diamond, various special mantle minerals are revealed from the chromitite orebody Cr-11 and its host rocks including some native elements, alloys, oxides, sulphides, silicates, carbonates, and tungstates.

2人工重砂发现铬铁矿和地幔橄榄岩中的金刚石等特殊地幔矿物。1116 Kg铬铁矿和384Kg地幔橄榄岩大样经人工重砂分选和双目显微镜下挑选矿物，取得如下成果：首次在康金拉11号铬铁矿体中发现了上千粒金刚石，以及碳硅石等强还原环境的超高压矿物，数量远远超过在罗布莎铬铁矿矿区中发现的金刚石；首次在康金拉11号铬铁矿矿体的近矿围岩中发现了大量金刚石和碳硅石等一批异常地幔矿物，为探讨铬铁矿的成因及与近矿围岩地幔橄榄岩的关系奠定了基础；除挑选出金刚石和碳硅石等超高压矿物，在康金拉11号铬铁矿矿体与围岩地幔橄榄岩中还发现了自然铁球、金属互化物、氧化物、硫化物、硅酸盐等一批异常地幔矿物。

For Southwestern Margin of Aqikekule Lake ophiolite, their field geological, petrological, minerological, petrochemical and geochemical characteristics show that:① it outcropped as tectonic slices along the near west-to-east strike Kunzhong fault and is composed of metamorphic perodotties, cumulates and volcanic rocks, in which, chromites are distributed in the upper part of metamorphic peridotites as pods, or in the lower part of cumulates as near-strata;② metamorphic peridotites include serpentinites, chromite-bearing serpentinites, chlorite-epidote schists and chromitites, of which, chromitites have nodular and orbicular structure, and cumulates include pyroxenits, serpentinites, chromite-bearing serpentinites, chromites and metamorphically mafic rocks and only basalts are seen in volcanic rocks;③ Cr# of chromites suggest that they formed in the SSZ and Al〓O〓 and TiO〓 of metamorphic peridotites also suggest SSZ environment;④ metamorphic peridotites have V type and enriched LREE patterns, cumulates have from strongly depleted LREE, flat REE to enriched LREE patterns with universally striking positive Eu anomalies and basalts show flat REE or slight enriched LREE patterns with no Eu anomalies;⑤ trace element and Sm-Nd isotope characteristics of metamorphic peridotites imply their strikingly heterogeneous mantle character ε〓(t+4.39～+26.20 and later Nb, Ta fertilization;⑥ trace element characteristics of basalts and their tectonic diagrams show they probably formed in the rifted island arc or back-arc basin environment.

对阿其克库勒湖西南缘蛇绿岩，野外地质、岩石学、矿物学、岩石化学以及地球化学等特征表明：①该蛇绿岩以近东西向、沿昆中断裂呈构造岩片出露，由变质橄榄岩、堆晶岩和火山岩三个单元组成，其中见铬铁岩呈豆荚状产于变质橄榄岩的上部，或呈似层状产于堆晶岩的下部；②变质橄榄岩包括蛇纹岩、含铬铁矿蛇纹岩、绿帘绿泥片岩和铬铁岩等类型，其中，豆荚状铬铁矿具有结核状构造和球状构造，堆晶岩包括辉石岩、蛇纹岩、含铬铁矿蛇纹岩、铬铁岩和变质基性岩等类型，火山岩仅见玄武岩；③铬铁矿的Cr#表明其形成在俯冲带，变质橄榄岩的Al〓O〓和TiO〓成分也指示了SSZ环境；④变质橄榄岩的稀土配分型式见V型和LREE富集型两种型式，堆晶岩表现出从LREE强烈亏损、REE平坦分布到LREE富集的配分特征，并且普遍具有醒目的正Eu异常，玄武岩的稀土配分型式表现为平坦型或LREE略富集，无Eu异常；⑤变质橄榄岩的微量元素及Sm-Nd同位素特征指示了其地幔的显著不均一性ε〓(t为+4.39～+26.20以及Nb、Ta在后期的富集；⑥玄武岩的微量元素特征及构造图解表明其可能形成在裂谷岛弧或不成熟的弧后盆地环境。

与铬铁矿相关的网络解释 [注：此内容来源于网络，仅供参考]

amphibolite：闪岩

释文:又称普通角闪石岩(hornblende rock). 超镁铁质深成岩的一种. 主要矿物成分为普通角闪石(含量>90%),有时含少量辉石和橄榄石,还可能见到铬铁矿和钛磁铁矿. 与之有关的矿产主要是含钒的钛磁铁矿. 此词与变质作用形成的角闪岩(amphibolite)不同,不可混淆

chromium alum; chrome alum：铬矾

"chromite ","铬铁矿" | "chromium alum; chrome alum","铬矾" | "chromium coating","铬涂膜"

chrome iron ore：铬铁矿

chrome 铬 | chrome iron ore 铬铁矿 | chrome nickel steel 铬镍钢

chrome cast iron：铬铸铁

铬铁矿 chromite | 铬铸铁 chrome cast iron | 铬砖 chromite brick

chromite：铬铁矿

[摘要]铬铁矿(CHROMITE)化学成份为FECR204,呈灰褐色、硬度5.5,比重4.3-4.6,属等轴晶系. 熔点1535℃. 铬铁矿粉...[摘要]一、变频器专业制造商-三晶(SAJ)变频器为您提供品质保证、最优价格的变频器二、诚招全国各地销售商...

chromite：铬铁矿, 亚铬酸盐

chromism /着色异常/ | chromite /铬铁矿/亚铬酸盐/ | chromitite /铬铁岩/

chromite：同

chromic iron 铬铁矿 | 同chromite | chromite 铬铁矿

daubreelite：陨辉铬铁矿

daubreeite 铋土 | daubreelite 陨辉铬铁矿 | davainite 褐闪岩

daubreelite：陨硫铬铁矿

铋土,羟氯铋矿 daubreeite | 陨硫铬铁矿 daubreelite | 铋土,羟氧铋矿 daubreite

magnochromite：镁铬铁矿

magnitude 震级 | magnochromite 镁铬铁矿 | main divide 种水岭