说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 非分散增效低固相泥浆
1.
non-dispersed beneficiated low solids mud
非分散增效低固相泥浆
2.
low-solid nondispersed mud
低固相非分散性泥浆
3.
Experimental Study on Nondispersed Low Solid Polymer Drilling Mud for Low Temperature and Design of Surface Cooling System
不分散低固相聚合物钻井泥浆抗低温试验研究及地表冷却系统设计
4.
The low gravity solid's content should be under5% by volume in the mud.
要将泥浆中的低固相维持在5%体积比)下。
5.
6.6 The low gravity solid's content should be under 5% by volume in the mud.
要将泥浆中的低固相维持在5%(体积比)以下。
6.
mud and its application at Wen-Cang copper ore camp
腐植酸钾—低莹光防塌降失水低固相泥浆在文沧铜矿的运用
7.
On the other hand, the interrelations among the viscidity of cement slurry, diffusion time, grouting pressure, diameter of grouting pipe and slurry diffusion radius are analyzed.
分析了水泥浆液粘度、扩散时间、浆压力、浆管直径与浆液扩散半径之间的相互关系。
8.
In the paper, simple method used to coagulate mud quickly and to separate water from mud is introduced.
本文介绍了泥浆快速聚沉而迅速使其固相与液相分离的简便方法。
9.
Application of acrylic non-aqueous dispersion as consolidation for ancient elephant foot-prints discovered at Nihewan Paleolithic site;
丙烯酸树脂非水分散体加固剂在泥河湾古象足痕迹提取中的应用
10.
Experimental research of compounding the cement mortar with high effective mortar plasticizer
高效砂浆增塑剂配制水泥砂浆试验研究
11.
Water-Reducing Mechanism of the Water-Reducer to Raw Cement
木素减水剂对水泥生料浆的分散作用
12.
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
13.
Cementing technology for anti-leak with low density slurry in DWQ oil field
DWQ油田防漏低密度水泥浆固井技术研究
14.
Study on Low-Density Deep Well Drilling Waste Solidification Technology
低密度深井钻井废弃泥浆固化技术研究
15.
RESEARCH ON ANTI-CHANNELING PERFORMANCE OF LOW-DENSITY AND IMPERVIOUS LATEX- CEMENT SLURRY
低密度非渗透胶乳水泥浆防窜性能研究
16.
THE APPLICATION OF HYDROCYCLONE TO THE MUD SOLID CONTROL IN EXPLORATION CORE DRILLING
水力旋流器在岩心钻探泥浆固相控制中的应用
17.
Laboratory Test on Harmless Disposal Solid Formation of Waste Drilling Mud
钻井废泥浆固相物无害化处理试验研究
18.
For the nonproportional loading the dispersion become larger with the phase difference increasing.
在非比例加载条件下,随著相位差的增大,分散性增大。