1.
Fundamental Study on the Development and Comprehensive Utilization of Potassium Nitrate Brine in Lop Nur of Xinjiang;
新疆罗布泊硝酸钾液体矿开发利用基础研究
2.
Parameters Calculation and Analysis of Porosity and Water Supplying Degree of Brine Storage Medium in the Estimation of Liquid Mineral Resources
液体矿产资源估算中储卤介质孔隙(给水)度参数的计算分析
3.
concentrating machine, hydraulic, for solid mineral materials
液压式固体矿物选矿机
4.
To remove minerals or mineral salts from(a liquid).
使脱矿质，除盐（从液体中）移走矿物质或矿物盐
5.
The Remineralization of Enamel Lesions with Application of NaF and Containing Fluoride Calcifying Solution in Vitro;
氟化钠液、矿化液对脱矿牙釉质再矿化作用的体外研究
6.
The Ore- forming Fluid and Mineralization of Epithermal Gold Deposits in Pinyi, Western Shangdong;
鲁西平邑地区浅成低温热液金矿床成矿流体及成矿作用
7.
Experiment Research on Measuring the Relationship between Liquid Bulk Elastic Modulus and Salinity
液体体积弹性模量与矿化度关系测量实验研究
8.
Analysis of Liquid Potash Mine "Isogenous,Non-synchronous" Metallogenic Model in Prospective Area,Luobei Depression
罗北凹地液体钾盐矿远景区“同源不同期”成矿模式分析
9.
THE GEOCHEMICAL EVOLUTION OF HYDROTHERMAL FLUIDS IN PORPHYRY MOLYBDENUM DEPOSIT--TAKE THE AMERICAN HENDERSON PORPHYRY MOLYBDENUM DEPOSIT AS AN EXAMPLE
斑岩钼矿热液流体的地球化学演化——以美国亨德森斑岩钼矿为例
10.
Geochemical investigation reveals that the ore-forming fluids originated from the mixing of magmatic, formation and meteoritic water.
成矿流体为岩浆水、变质水和大气降水的混合液。
11.
Study on gold leaching from sulfide ore by using mixed solution of cyanide and aqua ammonia
硫化矿的浸金研究——氰化物和氨水的混合液体系
12.
Application of hyperoxia liquid intravenous infusion to cure harmful gas poisoning of mine
高氧液院前静脉输注治疗矿井下有害气体中毒
13.
Study of corrosion mechanism and biomimetic mineralization on magnesium alloy AZ91D
AZ91D在模拟体液中的腐蚀机理与矿化分析
14.
A solid, liquid, or gaseous foreign body enclosed in a mineral or rock.
内含物包含在矿砂或岩石中的固体、液体或气体等外物
15.
The act or process of removing minerals or mineral salts from a liquid, such as water.
脱矿质作用，除盐作用从液体，例如水中除去矿物质或矿物盐分的动作或过程
16.
Advances of Researches on the Evolution of Ore-forming Fluids and the Vapor Transport of Metals in Magmatic-Hydrothermal Systems
岩浆—热液体系成矿流体演化及其金属元素气相迁移研究进展
17.
Some of these remains became saturated with mineral-bearing water and were thus petrified or turned to stone.
其中的一些残骸在含矿液体中饱和并发生石质化。
18.
The mineralizing fluid is a acidic fluid bearing potassium, chlorine, carbon dioxide, and it belongs to magmatic fluid and metamorphic fluid.
矿化溶液含岩浆水和变质水,属于酸性的富含钾、和二氧化碳的流体。