1.
And karst diaspore bauxite deposits belong to bioorganic sedimentary deposits.
又我国硬水铝石岩溶铝土矿,应属于生物有机质成矿作用的沉积型铝土矿。
2.
Application of MARS Software in the Prediction of Sedimentary Bauxite Resource Taking Wuchuang-Zheng'an-Daozhen area as the example
MARS软件在沉积型铝土矿资源量预测中的应用——以务正道地区铝土矿为例
3.
Karst accumulation bauxite orebod y is a new kind of one in China.
岩溶堆积型铝土矿是国内新类型的铝土矿床。
4.
Recognition and Application of EH4 in Residual Alumyte
EH4在残积型铝土矿中的识别与应用
5.
Geological characteristics and remote sensing forecasting of accumulated bauxite of Pingguo
平果堆积型铝土矿地质特征及遥感找矿预测
6.
Industrial Index of Karst Accumulat ion Bauxite Orebody at Pingguo;
浅谈平果岩溶堆积型铝土矿的工业指标
7.
Karst accumulation bauxite is a new type of bauxite deposit in China and a special industrial type bauxite in south China.
岩溶堆积型铝土矿是我国新的矿床类型,为华南特有。
8.
Discussion of the Sedimentary Characters of Alluvial-proluvial Fan of Bauxite Series,Jiujialu Formation in Central Guizhou
论贵州中部九架炉组铝矿系冲洪积扇沉积特征
9.
Optimization on the Open pit location and Development Sequence of Accumulative Bauxite Deposit
堆积型铝土矿露天采场选址与开拓顺序优化研究
10.
Discussion on Proterozoic K- and REE-rich sedimentary rocks in North China as ore source of Bayan Obo rare earth deposits
关于华北元古宙富钾、富稀土沉积岩是白云鄂博大型稀土矿床矿源层的讨论
11.
Discussion on Proterozoic K and REE rich sedimentary rocks of north China being the ore source of the Bayan Obo rare earth deposits
关于华北元古宙富钾、富稀土沉积岩是白云鄂博大型稀土矿矿源层的讨论
12.
Sedimentary Characteristics and Environmental Changes of Aggradation Red Earth in Mid-Subtropics
中亚热带加积型红土沉积特征与沉积环境变化
13.
Research on Extending Mining Area of a Red-soil Type Bauxite Mine;
某红土型铝土矿扩大开采范围的研究
14.
A rounded mass of mineral matter found in sedimentary rock.
混凝土发现于沉积岩中的圆形矿石块
15.
On the Settling Performance of Red Mud from Preroasted High-Sulfur Bauxite
高硫铝土矿焙烧预处理的赤泥沉降性能
16.
Analysis on the Regularities of the Distribution and Accumulating Sequence of Pingguo Karst Accumulated Bauxite--Taking Jiaomei Orefield as the Example
平果岩溶堆积铝土矿堆积序列和分布规律探析——以教美矿区为例
17.
The Mechanism of Pitting Corrosion and Rare-Earth Surface Modification on Aluminum Alloy
铝合金点蚀过程与稀土沉积的机理研究
18.
Therefore, the author considers the deposit to be a sedimentary-transform type of celestine.
认为本矿床应届沉积——改造类型的天青石矿床。