查询词典 gas well

An hot simulation experiment has been made to investigate the process of forming mushroom above outlet of bottom bloving nozzel in combined blowing converter , and the relation between the temperatures of bottom bloving nozzel as well its peripheric refractory lining, and the temperature of hot metal as well the flowrate of bottoin blowing gas.

通过热态模拟试验，研究了复吹转炉底吹喷枪出口端生成蘑菇头的过程以及底吹喷枪温度、周围耐火材料内的温度与铁水温度、底吹气体流量之间的关系。

During the preresearch on the testing well location selection in the south of western depression, three kinds of process and research work have been done according to the log datum on Well Moushen:(1)Formation analysis and formation pressure evaluation which verdicts that formation under 5198.5m is not of Trias, whereas is still in Permian, and abnormal formation pressure phenomenon exists in Members 1 and 3-4 of Shahejie Formation;(2)Re-interpretation of oil and gas formation and evaluation of reserve formation;(3)Evaluation of oil source rock. Members 1 and 3-4 source rocks of Shahejie Formation have good capability of oil generation.

在东濮凹陷西洼南部探井选位的前期研究中，根据该井的测井资料情况，做了三方面处理和研究工作：①地层分析和地层压力评价，认为5198.5m以下的地层不是三叠系而仍是下第三系，沙一段和沙三段—沙四段存在高压异常；②重新解释油气层和评价储集层，在沙三段—沙四段发现6层12.87m厚可疑油层；③评价油源岩，认为沙一段和沙三段—沙四段油源岩具有较好的生油能力。

The cost of MRC technology is lower than that of single horizontal well. It can drill two or multibranch hole from one major bole and encounter the pay zones in different positions, which improves the drilling-in capability and effective area and increases the oil and gas production of individual well.

MRC技术除具有水平井的常规优势外，其成本比单个水平井低，它是在一个主井眼中钻出两个或多个分支井眼，从而钻遇多个不同空间位置的产层，增大储层钻穿几率和有效面积，进而提高单井油气产量。

The cost of MRC technology is lower than that of single horizontal well.It can drill two or multibranch hole from one major hole and encounter the pay zones in different positions,which improves the drilling-in capability and effective area and increases the oil and gas production of individual well.

MRC技术除具有水平井的常规优势外，其成本比单个水平井低，它是在一个主井眼中钻出两个或多个分支井眼，从而钻遇多个不同空间位置的产层，增大储层钻穿几率和有效面积，进而提高单井油气产量。

The well-logging optimum interpretation software for low-porosi ty complex-lithology gas reservoirs is developed on the Sun workstation. It computerizes the logging interpretation work, greatly speeds the tedious opti mizing process, improves the working efficiency of well-logging interpreta tion, guarantees the accuracy of interpretation results.

在Sun工作站上，研制出低孔隙复杂岩性气藏测井优化解释应用软件，并运用该软件处理了陕甘宁盆地中部数十口井的资料，其解释结果与实验室岩芯分析数据、钻井取芯剖面、试气结论以及国外同类测井解释软件的处理结果进行比较，在解释效率和准确性上，取得了令人满意的效果。

Methods Resistance coefficient method is used based on hypothesizing the process parameter of well bore to calculate the distributing rule of pressure of oil-water-gas mixture,and predict the pressure at certain depth in well bore.

方法假设井简相关过程参数，采用阻力系数法计算油、气、水混合物的压力沿井筒的分布规律，进而预测某一深度处的压力。

Land ; oil and gas reservoir ; horizontal well ; multilateral well ; sidetracking

陆地；油气藏；水平井；分支井；侧钻

The new model and the model of average deviation factor and average temperature were compared. The result indicates that the new model has a better precision and may be used in the calculation of pressure distribution in gas condensate well with high temperature and pressure when the depth of well is over 4000 meters.

新的压力计算模型与常用的平均温度和平均偏差系数计算方法的实例对比表明，新计算模型具有较高的精度，可用于深度超过4000 m的高温高压凝析气井井筒压力分布计算。

The new model and the model of average deviation factor and average temperature were compared. The result indicates that the new model has a better precision and may be used in the calculation of pressure distribution in gas condensate well with high temperature and pressure when the depth of well is over 4000 meters.

新的压力计算模型与常用的平均温度和平均偏差系数计算方法的实例对比表明，新计算模型具有较高的精度，可用於深度超过4000 m的高温高压凝析气井井筒压力分布计算。

The new model and the model of average deviation factor and average temperature were compared. The result indicates that the new model has a better precision and may be used in the calculation of pressure distribution in gas condensate well with high temperature and pressure when the depth of well is over 4000 meters.

新的压力计算模型与常用的平均温度和平均偏差係数计算方法的实例对比表明，新计算模型具有较高的精度，可用於深度超过4000 m的高温高压凝析气井井筒压力分佈计算。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。