1.
Environmental Geochemistry Modling of Wasted Water-tailing Interaction in Thompson Nickel Mine Area;
加拿大Thompson镍矿矿山废水/尾砂作用环境地球化学模拟研究
2.
A yellowish - brown nickel iron sulfide that is the principal ore of nickel.
镍黄铁矿一种棕黄色镍铁硫化物，主要矿物为镍
3.
a mineral (iron-nickel sulphide) that is the chief ore of nickel.
一种矿物（铁镍硫化物），是镍的主要矿石。
4.
Bearing or containing nickel. Used of ores.
含镍的带有或合有镍的。用于矿石
5.
Acid Leaching of Nickel from A Garnierite Ore at Atmospheric Pressure
常压酸浸法从硅镍矿中提取镍的研究
6.
Research Development on Nickel Recovery Technologies from Nickel-bearing Laterite
从红土镍矿中回收镍的工艺研究进展
7.
Determination of Copper,Nickel,Lead,Zinc and Cobalt in Copper-Nickel Ore and Lead-Zinc Ore by Inductively Coupled Plasma Atomic Emission Spectrometry
ICP-AES法测定铜镍矿、铅锌矿中铜、镍、铅、锌、钴
8.
In the nature, the nickel mainly exists by sulphide ore and oxide ore.
在自然界中，镍主要以硫化镍矿和氧化镍矿状态存在。
9.
An Analysis on Metallogenetic Model and Ore-control Factors of Jinchuan Cu-Ni(PGE) Magmatic Sulfide Deposit and Its Exploration Implications
金川铜镍矿床成矿模式、控矿因素分析与找矿
10.
Discovery of magmatic nickel sulfide mineralizations in Bangong Lake-Nujiang metallogenic belt,Qinghai-Tibet plateau
西藏班公湖-怒江成矿带发现硫化镍矿
11.
Technique research on selection of low-grade copper and nickel ore in Hami,Xinjiang
新疆哈密低品位铜镍矿选矿工艺研究
12.
THE GEOLOGICAL CONDITIONS OF METALLOGENESIS OF MWETAUNG MT LATERITE NI DEPOSIT,MYANMAR
缅甸莫苇塘红土型镍矿成矿地质条件
13.
a yellow mineral consisting of nickel sulfide; a minor source of nickel.
一种黄色矿物，含硫化镍，是少量镍的来源。
14.
Investigation on Manufacturius Low Ferronickel from Nickel Laterite Ore by Prereducing-Smelting Process;
红土镍矿预富集—还原熔炼制取低镍铁合金研究
15.
Producing Monimax Utilizing Monimax Paragenous Minerals;
综合利用钼镍共生矿制备钼镍盐的研究
16.
Study on Extracting Ferronickel from Laterite Ores by Electric Furnace Reduction Smelting
红土镍矿电炉还原熔炼镍铁合金的研究
17.
The Study of the Precess and Technology of Constant-pressured Acid Leaching of Nickel Extraction from Laterite-nickel Ore
常压酸浸法从含镍红土矿中提取镍的研究
18.
Culturable Bacterial Diversity in Jinchuan Nickel Mine and Screen of the Ni-tolerance Strains
金川镍矿可培养细菌的多样性及耐镍菌株筛选