磁铁矿床

磁铁矿床磁铁矿床
  1. 攀枝花钒钛磁铁矿床是我国特大型晚期岩浆分凝型矿床。

    Panzhihua vanadic titanomagnetite deposit is a gigant late magmatic segregation deposit .

  2. 本文介绍了尼雄木质顶磁铁矿床地质特征。

    The authors introduce the geological characteristics of Nixiong Muzhiding magnetite deposit .

  3. 攀西层状岩体及钒钛磁铁矿床成因模式

    A genetic model for layered intrusions and vanadic titanomagnetite deposits in Panzhihua-Xichang area

  4. 某区磁铁矿床中钠质交代作用的特征及其找矿意义

    The characteristics of sodium metasomatism in magnetite deposits of a certain region and its prospecting significance

  5. 攀枝花市拥有世界著名的钒钛磁铁矿床,是我国十分重要的钒钛资源基地。

    Panzhihua City is famous for vanadium-titanium-magnetite in the world , which is very important vanadium-titanium-resource area in china .

  6. 白云鄂博碱性岩系及稀土磁铁矿床成因研究

    Genesis Study of the Alkali Rock Series , Rare Earth Element and Magnetite Deposit in Bayan Obo , Inner Mongolia

  7. 新疆哈密火山&侵入杂岩地区一组磁铁矿床的形成条件与成矿作用

    The formative conditions and mineralization of a group of magnetite deposits in volcanic & intrusive complex region near hami , xinjiang

  8. 岩浆源区再循环玄武质洋壳的存在可能是该区超大型钒钛磁铁矿床形成的根本原因。

    The existence of recycled basaltic oceanic crust in the axial zone of mantle plume may be the key of the formation of giant V-Ti-magnetite deposits .

  9. 圈定的局部航磁异常达20000多处,其中反映和被证实为各种规模的磁铁矿床及其它金属矿床的异常,占总数的3.5%。

    Local aeromagnetic anomalies were found in about 20000 localities , of which , 3.5 % were later verified as magnetite deposites or other useful metallic ore-bodies .

  10. 磁法勘探不仅是直接找磁铁矿床及某些有关金属矿床的有效方法,而且在间接寻找非金属矿床上亦能发挥作用。

    The achievements proves that not only magnetite deposit as well as some metallic mineral deposits directly , but also can play its role in fin-ding some nonmetallic mineral deposits may be indirectly recognized by magnetic prospecting when the conditions are favourite .

  11. 大桥磁铁硫化物型铅锌矿床是一新的矿化类型,可细分为磁铁硫化物和层状矽卡岩两种亚型。

    The Daqiao magnetite-sulfide type Ph-Zn deposit , which is a new Ph-Zn type , can be subdivided two series : magnetite-sulfide and banded skarn .