ilmenite
美 ['ɪlmənaɪt]英 ['ɪlmənaɪt]
- n.【矿】钛铁矿
- 网络钛精矿；钛矿；钛铁矿粉
ilmeniteilmenite
钛铁矿
钛铁矿(Ilmenite)其化学分子式是FeTiO3，Fe 36.8%，Ti 36.6%，O 31.6%。三方晶系。
钛精矿
钛精矿（Ilmenite） 兰晶石 点击看大图 独居石（Monaziet）的详细介绍 独居石是主要的稀土矿物，轻稀土（铈组）氧化物占39…
钛矿
需要进口钛矿（Ilmenite）：产地不限，要求指标如下。钛铁矿（Ilmenite）指标：TiO2:50minFe2O3:12maxFeO2:32minP:0.10…
钛铁矿粉
...井液和完井液. (3)铁矿粉(Hematite)和钛铁矿粉(Ilmenite) 前者的主要成分为 Fe2O3, 密度 4.9～5.3 g/cm3; 后者的主要成分为 T…
钛铁矿类
钛酸镍 (NiTiO3) 为一钛铁矿类 (ilmenite) 材料，具低磁性及高介电常数 (High-k) 特性，可应用在催化剂、燃料电池中固态氧化 …
钛铁矿型
(l)钛铁矿型(ilmenite型) 钛铁矿是以 FeTiO 3 为主要成分的天然矿物，组成为 ABO 3 ，三方晶系，这种结构是将刚玉结构中的 …
供应钛精矿
供应钛精矿（Ilmenite）本公司经营钛精矿、锆英、金红石、独居石，质量保证，欢迎咨询洽谈。
1
Most biotite have separated magnetite and ilmenite as the result of alteration in different degree.
黑云母多有不同程度的蚀变，析出磁铁矿和钛铁矿。
2
The technical problem to be solved is to provide an ilmenite recycling process with high recovery rate.
本发明所要解决的技术问题是提供一种回收率高的钛铁矿回收工艺。
3
However there were little obvious chemical bonds on the surface of ilmenite.
在钛铁矿表面，水玻璃无明显的化学吸附形成。
4
The process can be applied in the field of the ilmenite separation, improves the recovery rate of titanium and reduces production cost.
本发明方法可以应用在钛铁矿选矿领域，提高钛回收率，降低生产成本。
5
The results showed that the main metallic minerals are titanomagnetite, ilmenite and hematite in iron sands.
研究结果表明：该铁矿砂中主要金属矿物为钛磁铁矿、钛铁矿和赤铁矿；
6
Results show that magnetism of fluid weighted by ilmenite powder or ferric oxide powder is the main factor of friction increasing.
结果表明，磁性是钛铁矿粉和氧化铁粉加重钻井液摩阻增加的主要原因，润滑剂不能从根本上解决这一问题。
7
The interaction of MOS with ilmenite was studied by mineral absorption measurement and infrared spectrum analysis.
通过矿物吸附量测试以及红外光谱分析，研究MOS与钛铁矿相互作用的规律。
8
"Lunar titanium is mostly found in the mineral ilmenite, a compound containing iron, titanium and oxygen, " they said.
他们说：“月球的钛矿主要存在于钛铁矿中，钛铁矿是一种包含了钛和氧气的化合物。”
9
Associated minerals are mainly magnetite and ilmenite, subordinately pyrite and rarely chalcopyrite.
主要伴生矿物为磁铁矿、钛铁矿，少量黄铁矿和微量黄铜矿。
10
After a thorough analysis, an ilmenite treatment process of coal-based direct reduction-magnetic separation is adopted.
试验通过研究分析，采用煤基直接还原—磁选工艺处理矿石，能够有效地实现钛和铁的综合利用。
11
With ilmenite slag as raw material, the inorganic high polymer flocculant has been prepared by orthogonal test.
以钛铁矿废渣为原料，采用正交实验设计，制备了无机高分子絮凝剂。
12
The solubility behaviour of ilmenite and titanaugite surface metal ions was investigated in this paper.
论文研究了钛铁矿与钛辉石表面离子的溶解行为；
13
Tianbao ilmenite deposit is the first large-type ilmenite deposit which is found and evaluated in Shandong province.
莒县棋山天宝钛铁矿是山东省发现并评价的第一个大型钛铁矿矿山，矿区位于沂沭断裂带汞丹山凸起的东部。
14
Future miners living and working on the Moon could break down ilmenite to liberate these elements.
未来在月球上生活和工作的矿工们可能会分解钛铁矿从而释放出其所含的这些元素。
15
This is part of the ilmenite tailings discharge as a result titanium enormous waste of resources.
这部份钛铁矿作为尾矿排放造成金属钛资源的巨大浪费。
16
Heat Transfer Characteristics between Particulate Ilmenite and Horizontal Tubes in an Aerated Vibrated Fluidized Bed
振动流化床中水平换热管与粗钛矿传热特性的研究
17
A new technology of producing restoring ilmenite used for electrode by rotary kiln
采用回转窑生产电焊条用还原钛铁矿新工艺
18
Heat Transfer Characteristics of Ilmenite Fine-particles in an Aerated Vibro-fluidized Beds with Horizontal Heating Tubes
振动流化床中微细粒级钛精矿的传热特性
19
Microwave-absorbing characteristics of mixtures about different proportions of carbonaceous reducer and ilmenite in microwave field
微波场中不同配碳量钛精矿的吸波特性
20
Exploration on the Industrial Application of the Flotation Technology for Recovering Panzhihua Fine Ilmenite
攀枝花细粒钛铁矿浮选工艺在生产中应用探讨
21
A Study of Mechanism and Collection Behavior of New Collector for Ilmenite
新型钛铁矿捕收剂捕收性能和作用机理的研究
22
Determination of Major and Minor Elements in Ilmenite Samples by X-ray Fluorescence Spectrometry with Fusion Sample Preparation Technique
X射线荧光光谱熔融制样法测定钛铁矿中主次量组分
23
The Temperature Rise Behavior and Microwave-absorbing Characteristics of Ilmenite Concentrate in Microwave Field
微波场中钛精矿的温升行为及吸波特性
24
Study on Geological Characteristics and Its Origin of Tianbao Ilmenite Deposit in Juxian County
莒县天宝钛铁矿地质特征及矿床成因探讨
25
Mechanical Activation of Panzhihua Ilmenite and its Deactivation
钛铁矿的机械活化与失活
26
Cleaning Experimental Researches of Coarse Concentrates of an Ilmenite Mine in Yunnan
云南某钛铁矿粗精矿精选试验研究
27
Enhancement effects of mechanically milling facilities on dissolution of Panzhihua ilmenite
机械活化方式对攀枝花钛铁矿浸出强化作用
28
Comprehensive Utilization of Ilmenite Resources: Present Status and Future Prospects
钛铁矿资源综合利用现状与发展
29
Simultaneous Determination of Calcium and Magnesium in Ilmenite by Spectrophotometry
分光光度法同时测定钛铁矿中的钙和镁
30
Experimental Investigation on Recovery of Ilmenite from Titanium Flotation Tailings
从钛浮选尾矿中回收钛铁矿的试验研究