ilmenite信息详情
n.[矿物]钛铁矿
Yemenite───adj.也门的；也门人的；也门文化的；也门阿拉伯人的；也门犹太人的；n.也门人；也门的犹太人
lenite───v.辅音弱化
Behmenite───贝蒙铁矿。
Gilsonite───n.黑（硬，天然）沥青
cementite───n.[材]渗碳体，碳化铁
hiddenite───n.希登石；[宝]翠绿锂辉石
olivenite───n.[矿物]橄榄铜矿
wulfenite───n.[矿物]钼铅矿
zinkenite───n.[矿物]辉锑铅矿
Its chief commercial ores are ilmenite and rutile.───商业价值的主要矿石是钛铁矿和金红石。
Haematite is a special case of the more general ilmenite structure.───赤铁矿是更为一般的钛铁矿型结构中一个特殊的情况。
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。
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。
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。
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。
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。
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；
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。
Another dissolves ilmenite or some other iron mineral in sulfuric acid to release oxygen.
Tin, gold, ilmenite, zircon, monazite and kaolin, fire - resistant clay and so have the potential for exploration.
The interaction of MOS with ilmenite was studied by mineral absorption measurement and infrared spectrum analysis.
Ilmenite in Henan kimberlite implies that kimberlitic magma in the area is undifferentiated magma of si...
The second byproduct of ilmenite reduction is high-purity metallic iron, which can be directly melted and cast into products.
The valuable heavy placer minerals consist of ilmenite, monazite, zircon, and rutile etc, which are mainly distributed in calcareous biological sand in the Beikang, Nankang and Zengmu submarine banks.
The synthetic rutile is prepared by directly leaching ilmenite from Panzhihua area with hydrochloric acid.
The smallest ilmenite grains, which have the highest concentration of hydrogen, are the hardest to liberate from other minerals.
The reaction kinetics leading ilmenite directly by acid was investigated.