1) occluded gas
包藏气
2) Baojie gas field
包界气藏
1.
Xujiahe formation in Baojie gas field showed good prospects for exploration and development.
本论文通过大量研究,在对包界须家河组气藏的地质特征深入认识的基础上,建立了包界气藏的静态和动态数据库,然后结合包界须家河组气藏的地质特征,利用随机模拟技术,建立了符合地质特征的气藏构造模型、地层模型、沉积微相模型、有效厚度模型以及十三个小层的储层三维物性参数模型(孔隙度、渗透率、含水饱和度)。
4) modified atmosphere packaging storage
自发气调包装贮藏
1.
Physiological property of postharvest sweet sorghum stalk and its modified atmosphere packaging storage;
甜高粱茎秆采后生理特性及其自发气调包装贮藏的研究
5) gas reservoir
气藏
1.
Current status and prospect of key techniques for exploration and production of tight sandstone gas reservoirs in China;
中国致密砂岩气藏勘探开发关键工程技术现状与展望
2.
The Factors Affecting Abandonment Pressure and Recovery——An example of a gas reservoir in western Sichuan;
气藏废弃压力和采收率影响因素——以川西某气藏为例
3.
Classification and evaluation of gas reservoirs in Daqing oilfield and optimization of development sequence;
大庆油田气藏分类评价及开发次序优化
6) reservoir
[英]['rezəvwɑ:(r)] [美]['rɛzɚ'vwɑr]
气藏
1.
On the basis of sand plug status in six fracturing wells of M gas reservoir,the reasons of sand plug according to curves of fracturing treatment and logging,log interpretation,design and operation parameter had been analyzed.
针对M气藏6口压裂施工井的砂堵情况,结合压裂施工曲线、测井曲线、测井解释成果、压裂施工设计及实际施工参数对产生砂堵的具体原因进行分析,在此基础上提出了防止M气藏压裂施工砂堵的具体建议。
2.
CBM reservoiring process reflects the enrichment and reservoiring history of CBM.
煤层气藏成藏过程是反映煤层气富集成藏的演化史,研究高、低煤阶煤层气成藏过程及其差异性是研究煤层气富集成藏的重要组成部分。
3.
Owing to its more intensive nonhomogeneity, the limitation by recognition and information during the early stage of gas pool development, the west Sichuan dense clastic rock gas pool is hard to be accurately judged and predicted for its beneficial reservoiring blocks by geological and geophysical exploration.
川西致密碎屑岩气藏由于其较强的非均质性 ,在气藏勘探开发早期 ,由于认识和资料的限制 ,地质、物探对储层有利储集区块难以进行准确的判断和预测。
补充资料：包藏
分子式：
CAS号：
性质：又称包藏共沉淀(occlusional coprecipita-tion)。指杂质包裹在沉淀内部的共沉淀现象。当沉淀剂不断加入，沉淀形成得太快，被初生沉淀表面吸附的杂质还来不及被晶格离子置换，就被随后生成的沉淀所覆盖，使杂质或母液被包藏在沉淀内部。这样的共沉淀现象称为包藏。
CAS号：
性质：又称包藏共沉淀(occlusional coprecipita-tion)。指杂质包裹在沉淀内部的共沉淀现象。当沉淀剂不断加入，沉淀形成得太快，被初生沉淀表面吸附的杂质还来不及被晶格离子置换，就被随后生成的沉淀所覆盖，使杂质或母液被包藏在沉淀内部。这样的共沉淀现象称为包藏。
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