1.
d development silo (R and D silo)
研究与发展用发射井
2.
ground-to-ground silo-launched ballistic missile
发射井发射的地对地弹道导弹
3.
Their missile silos are below ground.
他们的导弹发射井在地下.
4.
Titan mode changes the control points to missile silos.
泰坦模式改变了导弹发射井的控制点。
5.
United States Government underground missile silo. Designation Code 41.
美国政府的地下导弹发射井。代号41。
6.
These missiles are not sitting in on easily targeted, fixed silo.
这些导弹不是座落在容易瞄准的固定的发射井里。
7.
Design of Sending Subsystem of Well Parameter Telemetry Experimental System;
油井参数遥测试验系统井下发射分系统设计
8.
Two neutron-emitting ways of pulsed oxygen activation logging
脉冲氧活化测井发射中子的两种方式
9.
Design on Comprehensive Information Acquisition System of Electromagnetic Radiation and Acoustic Emission
电磁辐射与声发射矿井综合信息采集系统设计
10.
Substrateis added into the nano-wells and signal emission is detected from thenano-wells in order to assay for enzyme function.
基板是加入纳米井从发现信号发射纳米水井以检测酶功能.
11.
Application of Acoustic Emission (AE) Technique in Deep Mining in Xiangxi Gold Mine
声发射技术在湘西金矿深井安全开采中的应用
12.
Research and Development on Automatic Identification System of Well Perforation Quality;
油井射孔质量自动识别系统研究与开发
13.
Research on Image Enhancement and Measurement System of Silo Launched Deviation
井下发射漂移量图像增强与测量系统研究
14.
And wellbore instability also influences the perforation and sand production,ect in the reservoir development.
井壁失稳还影响固井，油藏开发中的射孔、防砂、采油和油井增产等后序作业的实施。
15.
Injectivity profile is commonly determined with radioisotope tracer test in water-flood oilfield.
对于注水开发油田，通常使用放射性同位素测井测量注水井的吸水剖面。
16.
Personnel Positioning System Underground Mines Based on Radio Frequency Identification Technology
基于射频的非煤矿山井下人员定位信息系统研究与开发
17.
Design of Intelligent Monitor of Water Inrush from Coal Floor Based on Acoustic Emission Characteristic of Moisture Coal-rock
基于含水煤岩声发射特性的矿井底板突水智能监测仪设计
18.
The No. 5 oil well suddenly blew out
5号井突然发生井喷。