1) Oil flow
井液流动
1.
On the foundation of analysis of tubing-rod wearing at present,considering the effect of oil flow and collar on the stress analysis of the sucker rod,the calculation model of force,the sucker rod\'s axial force in the vertical well and the neutral point is given,when oil is flowing in the annular pipeline made up of sucker rod and tubing,and verify it using the example.
在分析目前杆管偏磨理论所存在问题的基础上,探讨了井液流动及接箍对抽油杆柱受力的影响,给出了井液在抽油杆柱和油管组成环状管道中流动时产生作用力的计算模型,以及直井中抽油杆柱中和点、轴向力的计算方法,并利用实例进行了验证。
2) Drilling fluids flowing
钻井液流动
3) drilling fluid inlet flow rate
钻井液流量
1.
For the influen- cing factors of drilling time,drilling fluid inlet flow rate when the hydrocarbon reservoirs are drilled into,the total hydrocarbon detecting values will be different for the same reservoir conditions,and even the difference is great.
气测录井随钻检测的全烃值是发现和评价油气层的重要参数,但由于钻开油气层时受钻时、入口钻井液流量等因素的影响,相同储集层条件下其全烃检测值有所不同,甚至相差较大。
4) well stream
井内液气流
5) wellbore flow
井筒流动
1.
Therefore, this study set up an integrated model of wellbore flow in CO2 wells after selecting and m.
为此,优选了能准确描述CO2气体相态行为的状态方程以及井筒流动方程,并进行了相应改进,以联立状态方程和改进的井筒压力流动方程共同建立了CO2气井井筒流动综合模型,并把模型计算结果与测试数据进行了对比分析。
2.
The lateral model couples the reservoir flow model with the wellbore flow model which incorporate frictional and accelerating pressure drop,and also the pressure drop caused by inflow turbulence.
建立了多分支井油藏渗流与井筒流动耦合的产能预测模型,水平井模型考虑了井筒摩擦、井筒内流动的加速、油藏流动扰动等引起的压降对井产能的影响。
6) well bore flow
井筒流动
1.
The CO2 phase change between liquid and gas in well bore flow has significant effects on temperature and pressure distribution in well bore.
CO2在井筒流动过程中的气液相变对井筒温度、压力分布的计算有较大影响。
补充资料：饱和盐水钻井液
分子式：
CAS号：
性质： 一种水基钻井液，氯化钠在其中的浓度达到了饱和程度，即一般情况下氯离子浓度约为189000mg/L。
CAS号：
性质： 一种水基钻井液，氯化钠在其中的浓度达到了饱和程度，即一般情况下氯离子浓度约为189000mg/L。
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