1.
Assumed150 cubic meters surface volume.
(在泥浆设计中)设地面循环体积为150方。
2.
Building of General Information Base of Mud Design Expert System
泥浆设计专家系统综合信息库的建设
3.
2.1 This is the drilling fluid's programme of WEIZHOU 12-1-3 well.
这是涠洲12－1－3井的泥浆设计书。
4.
2.15 Assumed 150 cubic meters surface volume.
(在泥浆设计中)假设地面循环体积为150方。
5.
Casing depths provided by the Operator.
(泥浆设计)依据的套管深度是由作业者提供的。
6.
2.11 Casing depths provided by the Operator.
(泥浆设计)所依据的套管深度是由作业者提供的。
7.
2.13 Hole volumes includes previous casing volume.
(泥浆设计中的)井眼体积包括前期套管的体积。
8.
Hole volumes includes previous casing volume.
(泥浆设计中的)眼体积包括前期套管的体积。
9.
Cement Slurry Design for HTHP Gas Wells with Rich H_2S
高温高压和高含硫气井固井水泥浆设计
10.
Design and Analysis of the Hydraulic System of a Mud Pump
新型泥浆泵液压系统设计与仿真分析
11.
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
12.
9.2 Use the mud balance to determinate the mud weight.
用泥浆比重计测出泥浆的密度。
13.
Design of Ceramic Mud Concentration Detector Based on Double-D Optical Fiber Sensor
基于双D光纤传感器的陶瓷泥浆浓度仪的设计
14.
1.8 Have you checked all the mud equipments.
泥浆设备都检查过了吗？
15.
A new type of mud pump with high flow, high pressure, compactness and light weight is designed for truck mounted water well drill rig, tackling the difficulty in mud pump matching.
为车装水文水井钻机设计大流量、压力、体积、质量的新型泥浆泵，解决其泥浆泵配套难的问题。
16.
Research on the Cementing Grouted Material?of Superfine Fly ash by Uniform Design
均匀设计配制水泥基超细粉煤灰灌浆材料的研究
17.
Mud filtrate invasion depth and pollution degree are two important parameters in the optimum perforation design.
泥浆侵入深度和污染程度是优化射孔设计中的2个重要参数。
18.
2.19 The mud volume estimated is based on 80% of efficiency of solids control equipment behavior.
按固控设备清除效率80％计算本井的泥浆材料消耗量。