1.
The primary diamond zones of Fuxian in eastern Liaoning and Mengyen in western Shandong occured at the secondary upwarping and downwarping joints in Jiao-Liao platform uprise of Sino-Korean paraplatform.
辽东复县和鲁西蒙阴金刚石原生矿带产于中朝准地台的胶辽台隆次级凸起与凹陷的衔接带。
2.
Carbon Isotopes in China Natural Diamonds
中国原生金刚石的碳同位素组成及其来源
3.
Compression molding of spherical carbon and synthesis of diamond from it
球状石墨的粉压成型及以其为原料的金刚石生长
4.
Application of coal-gold agglomeration process for gold recovery from primary sulfide gold ores
采用煤金团聚工艺从含硫化物原生金矿石中回收金的研究
5.
Industry: petroleum, diamonds, iron ore, phosphates, feldspar, bauxite, uranium, gold.
工业:原油,钻石,铁矿,磷酸盐,长石矿,铝氧石,铀,黄金.
6.
Development of the Special Impregnated Diamond Bits for Jinchuan Mine;
适合金川矿区的特种孕镶金刚石钻头研制
7.
Assessment of Diamond Mineralization Geological Condition in Southwest of Hetian Area, Xinjiang;
新疆和田西北部金刚石成矿地质条件分析
8.
Damingshan Limestone Mine is a main producer of flux limestone and metallurgical lime for Benxi Iron& Steel Company.
大明山石灰石矿是本钢生产熔剂石灰石和冶金石灰的主要矿山。
9.
Research on Silicon-based Nanaocrystalline Diamond Film Growth and Light-emitting Devices;
硅基纳米金刚石膜生长及其发光器件
10.
Growth of diamond films on berillia ceramic
多晶氧化铍陶瓷上金刚石薄膜的生长
11.
How to establish the first production line of nano-diamond in Henan?
河南第一条纳米金刚石生产线的建立
12.
Production feasibility exploration of low grade slag and ore of some gold mine in Burma
缅甸某金矿低品位矿渣和矿石生产可行性探索
13.
Process and Practice of CIP Disposing the Original Ore of Hetai Gold Deposit
炭浆法处理河台金矿原矿石的工艺与实践
14.
Mineral Typomorphic Characteristics and Prospecting Mineralogical Guides of Primary Au-deposits in the Ailaoshan Gold Ore Belt
哀牢山金矿带原生金矿床矿物标型特征及找矿矿物学标志
15.
Some minerals, such as sulfur, silver, copper, gold and diamond, may consist of a single element.
像硫、银、铜、金和金刚石这么一些矿物，可以是由单种元素构成。
16.
This paper describes the designed features and production practice of the process for reduction smelting of cobalt-copper oxide ore by electric furnace in Cobalt-copper Smelter of the Congo (Kinshasa).
介绍了刚果(金)钴铜冶炼厂电炉还原熔炼处理钴铜氧化矿工艺的设计特点及生产实践。
17.
The reason of the pit reduced the nucleation energy is analyzed.
分析和讨论了凹坑降低金刚石核形成能的原因。
18.
Ab Initio Study of the Hydrogen-covered Diamond (001) Surface;
氢终止金刚石（001）表面的第一性原理研究