1) wellblock pressure
井区压力
2) bottom hole pressure
井底压力
1.
New model for calculating bottom hole pressure of multiphase flow in annulus of underbalanced straight well;
欠平衡钻井环空多相流井底压力计算模型
2.
Slug flow appears very often in swabbing well and usually results in complexity of bottom hole pressure change,and swabbing recovery may make bottom hole pressure more unforeseeable.
抽汲井极容易出现段塞流而导致井底压力变化非常复杂,采用的抽汲生产将进一步加剧井底压力的不可预见性。
3) bottomhole pressure
井底压力
1.
By this method, variation of gas productivity with time under the fixed bottomhole pressure can be derived as well the variation of gas well bottomhole pressure at the fixed production rate.
这不仅可以得到定井底流压条件下的气体产量变化关系,同时还可得到定产量条件下的气井井底压力变化关系。
2.
The bottomhole pressure control technology is one of the key technologies in underbalanced drilling.
在欠平衡钻井过程中,井底压力控制技术是其关键技术之一,为准确掌握井底压力的大小,提高井底负压控制精度,开展了3项关键技术研究。
3.
During the period of pressure build-up, response to the bottomhole pressure has the characteristics of formation per.
建立了考虑压力敏感地层测试数学模型与数值模型,模拟和分析了不同压力敏感程度地层测试井底压力响应特征。
4) wellbore pressure
井筒压力
1.
Study of distribution of wellbore pressure and temperature of CO_2 injection well;
CO_2井筒压力温度的分布
2.
these problems have some ralationship with wellbore pressure.
青海涩北气田于也开始采用水平井开采技术,2007年陆续投产了涩H1井、涩H2井、涩H3井、涩H4井、台H5-1、台H5-2井,增产效果明显,但是也面临着一些问题,气井出水问题,不同类别储层水平井适应性问题,水平井地质优化设计问题等等,这些问题都与井筒压力密切相关。
3.
The technology of micro flow control for drilling fluid has been developed recently in accordance with the problem of wellbore pressure control during drilling process.
针对钻井过程中井筒压力控制方面存在的问题,国外近期开发了基于钻井液微流量控制的钻井技术。
5) wellhead pressure
井口压力
1.
The wellhead pressure is low for boosted gas wells.
增压气井井口压力较低, 伴随井筒内积液增多, 采气管柱内的压力损失也加速增大, 然而逐渐减小的环空压力和气体流速已不能有效地将积液举升至地面, 即使按常规气井泡沫排水方法加入泡排药剂后, 靠气井自身能量也无法将井内积液带出井筒。
2.
Wellhead pressure is measured by means of changing the production rate of gas well (or changing production system of gas well).
本文讨论了通过改变气井产量（或称气井工作制度）测取井口压力资料，利用Cullender和Smith计算模型计算井底压力，选用Russell两产量试井分析方法进行资料整理，确定气层平均压力的方法。
3.
In the test of gas well (especially to H T and H P gas well),the maximum closed wellhead pressure is an indispensable parameter that should be measured accurately for selection of production case and gas recovery wellhead and calculation of packer completion technique.
气井 (尤其是高温高压气井 )完井试油时 ,关井最高井口压力对于选择油层套管和采气井口以及封隔器完井工艺的设计都是必不可少的参数 ,必须进行准确预测。
6) inter-well pressure
井间压力
补充资料：井底
1.见"井底蛙"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条