1) cantonite
['kæntənit]
方铜蓝
2) Covellite
[英][kəu'velait] [美][ko'vɛlaɪt]
铜蓝
1.
Bioleaching of Covellite By Using Pure and Mixed Culture of Acidithiobacillus ferrooxidans and Acidithiobacillus caldus;
铜蓝精矿的生物浸出(英文)
2.
The influential factors of bioleaching of covellite concentrate collected from Zijinshan copper ore in Fujian Province with bacteria were investigated.
研究了福建紫金山铜矿中主要目的矿物之一铜蓝的细菌浸出过程的影响因素,考察了铜蓝纯矿物的浸出特性。
3) covelline
[kəu'velain]
铜蓝
1.
Study on leaching of covelline by mixed microorganisms after mutation
诱变混合微生物对铜蓝的浸出
4) digenite
['didʒənait]
蓝辉铜矿
1.
The influential factors of bioleaching of digenite concentrate collected from Zijinshan copper mine with bacteria were investigated.
研究了紫金山铜矿中主要目的矿物之一的蓝辉铜矿细菌浸出的过程和影响因素,考察了蓝辉铜矿纯矿物的浸出特性。
2.
The digenite occurs as the lamellae or lens in the djurleite.
根据对江西东乡铜矿矿石矿物的光学显微镜以及电子探针的研究 ,发现了该矿石中久辉铜矿与蓝辉铜矿呈页片状或互界状的交生构造 ,同时还存在着斑铜矿—蓝辉铜矿的环带状构造。
3.
By emp loying EPMA and SEM techniques we examined the compositions of nucleus, cell-walls and cells of wood-cytoplasm in chalcocite and digenite and the shapes of wood cells.
运用EPMA和SEM分析技术对辉铜矿和蓝辉铜矿木质细胞体的细胞核、细胞壁和细胞之间的成分变化、多种环境下的木质细胞形状进行了研究,对形成机理作了探讨。
5) Blue bronze
蓝青铜
1.
In the paper,the single crystals of molybdenum blue bronze and rubidium blue bronze (Rb__(0.
文章采用熔融电解还原法制备纯的蓝青铜单晶Rb0。
2.
Experiment data on the thermoelectric power of blue bronze Rb 0.
在 90～ 2 90 K范围内对蓝青铜单晶 Rb0 。
3.
The temperature dependences of the dc resistivity and the nonlinear transport properties in pure, Rb-doped, and W-doped blue bronze K0.
对包括纯的、铷掺杂、钨掺杂的准一维电荷密度波材料蓝青铜系列单晶样品的电阻率温度行为、非线性输运行为进行了比较研究。
6) chalcomenite
[,kælkə'mi:nait]
蓝硒铜矿
1.
The rare copper selenite mineral, chalcomenite (Cu [SeO_3]·2H_2O), enriched in the oxidation zone of Yutangba in the northern part of Shuanghe Town of Enshi City in SW Hubei Province, is studies in detail here.
本文对产自湖北省恩施市双河硒矿鱼塘坝矿段氧化带中的极其少见的富铜亚硒酸盐矿物——蓝硒铜矿进行了详细的矿物学特征研究。
补充资料：铜蓝
| 铜蓝 covellite 铜矿石矿物。化学成分为CuS。含铜量66.48％，因呈靛蓝色而得名。炼铜的主要矿物原料。晶体为六方晶系，呈六方片状。具平行底面完全解理。金属光泽或光泽暗淡，莫氏硬度1.5～2，比重4.67 。主要产于含铜硫化物矿床次生富集带中(由硫酸铜溶液交代黄铜矿、斑铜矿等硫化物而成)。常与辉铜矿伴生，组成含铜很富的矿石。代表性产地为俄罗斯乌拉尔的勃利亚文。热液型成因的铜蓝较为罕见，美国蒙大拿州的比尤特、南斯拉夫的博尔等铜矿床中也有产出。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条