1) F4 reservoir
F4油藏
1.
Heterogeneity characteristics of F4 reservoir in Zarzaitine oilfield of Algeria has been studied in detail based on geological,well logging and core analysis data according to the characteristics of submarine fan sedimentation.
针对阿尔及利亚Zarzaitine油田海底扇相储层沉积特征,综合各种地质、测井及分析化验资料,对油田F4油藏储层非均质性进行了深入研究。
2) F4 flow
F4流
3) reservoir
[英]['rezəvwɑ:(r)] [美]['rɛzɚ'vwɑr]
油藏
1.
An economic analysis of reservoir natural production in middle and later stages;
开发中后期油藏自然生产的经济分析
2.
Factors influencing viscosity of association polymer solution of reservoirs in Bohai Oilfield;
渤海SZ36-1油田油藏条件下缔合聚合物溶液黏度老化影响因素
3.
Vectorial well arrangement in anisotropic reservoirs;
各向异性油藏的矢量井网
4) oil reservoirs
油藏
1.
Electrical resistance heating(ERH) is a new thermal stimulation technique for recovering heavy oil reservoirs.
电热油藏采油是一项开采稠油的新技术。
2.
It is necessary to optimize the calibration method suit-able for the recoverable reserves of solution gas in the oil reservoirs in complex fault blocks.
优选出适合复杂断块油藏地质特征的溶解气可采储量的研究方法十分必要,为此,在对东濮凹陷复杂断块油藏地质特征总结分析的基础上,对中原油田复杂断块油藏溶解气的可采储量进行了研究。
5) oil pool
油藏
1.
The article first analyzes the main characteristics, procedure and latest mode of foreign oil pool management & administration, then introduces the status of oil pool management & administration in domestic oilfield enterprises as well as the gap between China and foreign countries.
分析了国外油藏经营管理的主要特点、步骤和最新模式,介绍了国内油田企业油藏经营管理的现状及与国外的差距,提出了我国油田企业推行油藏经营管理的主要思路、运作程序等建议。
2.
This paper has mainly discussed the similarities and differences between oil pools and gas pools in the respects of hydrocarbon sources,reservoir properties,migration and accumulation mechanisms,and preserving conditions.
作为流体矿藏 ,气藏与油藏的形成和分布具有相似性 ,都需要经过由分散到富集的成藏过程。
3.
In recent years,a large-scale ultra -low permeability lithologic and stratigraphic oil pool was found in Segment 4+5～9 of Yanchang Formation.
近几年在该地区长_(4+5)～长_9发现了大型特低渗岩性油藏,充分运用层序地层学理论指导下的地层精细对比技术,研究了区内长_8储层特征,明确了含油有利相带,对区内长8油藏有利区进行了分类预测。
6) oil reservoir
油藏
1.
Effects of wettability and its evolution on oil reservoir recovery;
润湿性及其演变对油藏采收率的影响
2.
Research on numerical simulation of ZT2 oil reservoir development;
ZT2油藏开发数值模拟研究
3.
16S rRNA genes comparative analysis of microbial community in nutrientinjected oil reservoir by the T-RFLP method;
营养注入后油藏微生物群落16S rRNA基因的T-RFLP对比分析
补充资料：F4
聚四氟乙烯是由四氟乙烯单体采用悬浮法或分散法聚合而制得。分子量＝5．2×105-4．5×107。白色粉末，400目的占75％，无味、无美、无毒。相对密度2．1-2．3，折射率1．37，玻璃化温度327℃，热分解温度415℃。在400℃以上时有微量失重并分解出有毒气体。使用温度-250～260 ℃，在210 ℃使用可达10000h。优异的耐化学腐蚀性，耐任何强酸(包括王水)、强碱、油脂，不溶于任何溶剂，摩擦系数极低，耐磨性好，并有自润滑性。耐老化性优良。电性能优异，耐电弧性好。具有不粘性，几乎所有的粘性物质都不能粘附其表面，完全无燃烧性。有“塑料王”之称。
拉伸强度(MPa)＞ 23
伸长率(％)＞ 250
拉伸强度(MPa)＞ 23
伸长率(％)＞ 250
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