1)  the casting head gas
套管气
1.
During the exploitationof petroleum, the discharging of some light alkanesas the casting head gas is an environmental problem.
油井套管气的利用是油田开采、急需解决的难题之一。
2)  double-pipe pneumatic ash handling
双套管气力输灰
3)  Dual-pipe Pneumatic Conveying
双套管气力输送
1.
The Experimental Research on the Dual-pipe Pneumatic Conveying System;
套管气力输送系统的实验研究
4)  casing pipe
套管
1.
Early diagnosis for the stress concentration zone of borehole casing pipe by metal magnetic memory and wavelet transform;
磁记忆与小波变换相结合的井下套管应力集中早期诊断方法
2.
Study on collapsing strength of casing pipe on the residual stress;
套管的残余应力对抗挤毁强度的影响
5)  case
套管
1.
Monitoring technique and application of reservoir,case and wellsite facilities which oilfield development mainly concerns are introduced.
文章介绍了油气开发中主要关心的油气藏、井场设备及套管的监测技术和运用效果,油气藏监测主要是剩余油和油藏储藏物性的监测,套损直接影响油、水井的使用寿命、油、气产量和注水效果,井场设备运行的好坏直接关系油、气产量和注水效果,输油(注水)管道泄漏造成资源的浪费、人身伤害和环境污染事故。
2.
Accord to high water containing developing period of Daqing oilfield and actual situation of case damaged seriously in water and oil wells, a set of explosive perforation tech for cased well is introduced.
针对大庆油田开发进入高含水开采阶段,油水井套管损坏显著加快的实际情况,介绍了套损井爆炸打通道工艺技术。
3.
Injection unbalance caused by case damaged not only effects unsteady of oil field production, but also brings about oil-water well stopped, discarded which makes it unusually conduct of normal operation.
玉门油田在注水开发过程中,油水井套管损坏情况非常严重。
6)  sleeve
套管
1.
Punching technology for the sleeve of a new type expansion bolt;
膨胀螺栓套管冲压成形工艺
2.
Ultimate strength of sleeve reinforced T-joints under out-plane bending;
套管加强T型管节点在平面外弯矩作用下极限强度分析
3.
Various defects may occur in the production of plastic sleeve of railway switch tie with non-alkali glass fiber reinforced polyamide 66(GFRPA66), and reasons caused these defects are analyzed.
采用玻璃纤维增强尼龙66(GFRPA66)为原材料生产铁路岔枕套管时经常出现各种制品缺陷,分析了这些缺陷产生的原因,提出了通过调整成型工艺条件(注射温度、注塑压力、注射时间等)、改进模具结构及对原料进行预干燥处理等解决措施。
参考词条
补充资料:采气工艺(见天然气开采工艺)


采气工艺(见天然气开采工艺)
gas production technology

  ,一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。