1.
Fuzzy-Intelligent Control Arithmetic for the Ore Pulp Level in Mineral Separation Process
选矿过程矿浆液位的模糊控制算法研究
2.
Pulp Potential during Lead-zinc-iron Sulfides Grinding
铅锌铁硫化矿磨矿过程中的矿浆电位
3.
AN EXPERIMENTAL STUDY ON PROPERTIES OF GROUT FOR GROUT CURTAIN IN SHUIKOUSHAN LEAD-ZINC MINE
水口山铅锌矿注浆帷幕浆液性能试验研究
4.
Metallogenic hydrothermal solution system of post volcanic magma in Xiangshan ore field
相山铀矿田火山岩浆期后成矿热液系统
5.
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。
6.
Research on Aqueous Catalytic Oxidization of Sulphur Dioxide Removal in Low Concentration by Phosphoric Ore Pulp;
低浓度SO_2磷矿浆液相催化氧化净化研究
7.
Liquid level control system design based on soft measurement technique
基于软测量技术的矿浆液面控制系统设计
8.
Application of Confluent Technology for Rough Liquor in Sinter Process and Digestion Slurry in Bayer Process
烧结法粗液与拜耳法溶出矿浆合流技术的应用
9.
The cement-sodium silicate binary slurry application in pit mines ponding construction
水泥—水玻璃双液浆在井矿堵水施工中的应用
10.
Prospecting Model and Application of Large-scale Gold Deposit Associated with Magmatic Hydrothermal Solution in Liaoxi Sag
辽西凹陷与岩浆热液有关的大型金矿床的找矿模式及应用
11.
The Study of Ore Granularity On-line Measuring System Based on Laser Displacement Sensor;
激光位移式矿浆粒度在线检测系统的研究
12.
AN ACOUSTIC SURVEILLANCE-ALRAM SYSTEM TEMPERATURE COMPENSATION METHOD USED IN MUD LEVEL
泥浆池液位高度声检报警系统的温度补偿方法
13.
The Effect of Liver Homogenate Filtrate on Heterotopic Transplanted Hearts in the Rat;
肝匀浆提取液对大鼠异位移植心脏的影响
14.
Intelligent Monitoring System for Temperature and Coolant Level of Slurry Pump Based on CAN Fieldbus Thchnology;
基于CAN总线的智能渣浆泵轴温及液位监控系统
15.
Bulge cause analysis on the pass through parts of slurry circulating pump in a power plant in Henan
河南某电厂浆液循环泵过流部位鼓包原因
16.
The spontaneous potential is closely related to salinity in formation and mud filtrate.
自然电位的形成与地层水矿化度和钻井液滤液矿化度密切相关。
17.
The protracted continuous action of metamorphic thermal fluid, the migration of metallogenetic element in ore source horizon accompanying thermal fluid, which is concentrated, reformed and became the stratabound ore deposit at the advantageous ore-bearing position.
变质热液长期、续作用,矿源层内成矿元素随热液迁移,有利赋矿部位富集改造形成层控矿床。
18.
This implies that the liquid immiscibility in felsic magma can directly induce the formation of porphery deposit.
这意味着长英质岩浆中的液态不混溶可直接导致斑岩矿床的形成。