1.
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。
2.
The Mineralization Geochemistry and Formation Mechanism of Hechuan Celestine
合川天青石矿床成矿地球化学及形成机理
3.
GENESIS OF A CELESTINE DEPOSIT WITH REFERENCE TO ITS GEOLOGICAL CHARACTERISTCS
沉积型天青石矿床的地质特征及其成因探讨
4.
Characteristics of sandstone copper ores in Tianlu copper deposit
北祁连天鹿铜矿床砂岩型铜矿石特征
5.
This paper shows the test results of certain celestine ore.
论述了某天青石矿浮选试验研究结果。
6.
Mineralization type, Petrogenesis of ore-bearing intrusions and mineralogical characteristics of Sanchakou copper deposits in eastern Tianshan.
东天山三岔口铜矿床类型、赋矿岩石成因与矿床矿物学特征
7.
The main useful mineral is celestine.
矿石组构虽然复杂,但其矿物组成比较简单,有用矿物主要为天青石。
8.
Ore mineral characteristics of the Xiangshan copper-nickel sulfide deposits in East Tianshan Mountains and their metallogenic significance
东天山香山铜镍硫化物矿床矿石矿物特征及成矿意义
9.
a mineral consisting of native potassium chloride; an important ore of potassium that is found in sedimentary beds.
一种由天然氯化钾组成的矿物，是重要的钾矿石，见于沉积矿床中。
10.
Characteristics of metallogenic fluids of vein ore in Maanqiao Pb--Zn deposits in middle Tianshan,Xinjiang
新疆中天山马鞍桥铅锌矿床脉状矿石成矿流体的性质
11.
Sulfur Isotope of the Dahebian Barite Deposit,Tianzhu,Guizhou Province
贵州天柱大河边重晶石矿床硫同位素研究
12.
extract (ore) from a strip-mine.
从露天煤矿中开发矿石。
13.
An azure blue vitreous mineral of basic copper carbonate, Cu3(CO3)2(OH)2, used as a copper ore and as a gemstone.
蓝铜矿，石青天蓝色透明无机物碱性碳酸铜，Cu3（CO3）2（OH）2，用作一种铜矿或宝石
14.
Methods for chemical analysis of iron ores--The chrome azurol S photometric method for the determination of aluminum content
GB/T6730.12-1986铁矿石化学分析方法铬天青S光度法测定铝量
15.
Determinations of Sr,Ba,Ca,Mg and Fe in Celestine by ICP-AES with Mixed Semi-Molten Flux
混合熔剂半熔ICP-AES测定天青石矿中的锶、钡、钙、镁和铁
16.
The deposit is an alkali-feldspar granite type Ta deposit.
该矿床为碱性长石花岗岩型钽矿床。
17.
Discussion on Typomorphic Features of the Pyrite and Genesis of Qingshan Gold Deposits
青山金矿床黄铁矿的标型特征及矿床成因初探
18.
This paper studies on the coloration mechanism of lapis lazuli ore( I) in Afghanistan, lapis lazuli pigment( I) and artificial ultramarine( III) in Dunhuang Grottoes.
研究了阿富汗青金石矿石、煌石窟青金石颜料、成群青的呈色机理.