1.
Treatment of Comprehensive Waste Water from Lead and Zinc Smelting with High Density Sludge
高密度泥浆法处理铅锌冶炼综合废水
2.
Lab Experiment on High-Intensity Ultra-Low-Density Cement Slurry
高强度超低密度水泥浆体系实验研究
3.
9.2 Use the mud balance to determinate the mud weight.
用泥浆比重计测出泥浆的密度。
4.
Research and application of low density and high strength cementing slurry
低密度高强度固井水泥浆的研究与应用
5.
The Optimization of an Ultra Low Density High Strength Cement Slurry
一种超低密度高强度水泥浆配方的优选
6.
8.2 Pump the 1.5 S.G. mud to kill the well.
泵入密度1.5的泥浆压井。
7.
Application of liquid weighting technology to development of ultra-high density cement slurry system
液体加重技术在超高密度水泥浆研制中的应用
8.
4.13 When logging or general overhaul for long time, mud density must be raised to E.C.D. for stable of hole.
在电测或长时间停钻检修设备时，将泥浆密度提高到循环时的当量泥浆密度范围。
9.
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
10.
testing method for cone penetration of refractory mortar
耐火泥浆锥入度测定法
11.
CALCULATION METHOD OF MUD DENSITY TO CONTROL BOREHOLE CLOSURE RATE
控制油井盐层段流变缩径的泥浆密度的计算方法
12.
Design of low-density cement slurry systems and applications of them in Tahe Oilfield
深井低密度水泥浆体系的设计与应用
13.
Performance Evaluation and Use of Lower Density Slag Cement Slurry
漂珠低密度水泥浆体系的评价与应用
14.
6.9 Adding 20 tons Barite to raise mud weight of this pit to the 1.20 S.G.
加20吨重晶石将这池泥浆的密度提到1.20 S.G.。
15.
9 Adding 20 tons Barite to raise mud weight of this pit to the 1.20 S.G.
加20吨重晶石将这池泥浆的密度提到1.20S.G.。
16.
6.5 The actual mud density required will depend upan existing hole conditions.
实际的泥浆密度将取决于当时的井下情况。
17.
The Experiment Study of Floating Pearl & Micro Silica Low Density Cement Slurry;
漂珠＋微硅低密度水泥浆配方的实验研究
18.
Research on Portable Mud Densimeter Based on Ultrasonic Sensor;
基于超声波的便携式泥浆密度测试仪研究