1) overpressure mechanism
超压成因机理
1.
The study of the overpressure mechanism in the sag reveals that mudstone interval transimission and density are related to their depth,with its transition located at 3 250 meter.
从超压成因机理研究的各种分析方法入手,依据压实不均衡、成烃及裂解成气作用两方面对车镇凹陷套尔河洼陷地层超压成因机理进行了研究。
2) origin of overpressure
超压成因
1.
Quantitative evaluation on contribution of structural compression to overpressure and analysis on origin of overpressure in Kuqa Depression;
库车坳陷构造挤压增压的定量评价及超压成因分析
3) genesis of high pressure
超压的成因
1.
The method of ″long compaction″ can not be simply used to study the genesis of high pressure,due to the complexity of carbonate rock.
由于碳酸盐岩本身的复杂性 ,其超压的成因及研究方法不能简单地借用“欠压实”的原理。
4) pressuring mechanisms
高超压成因
5) formation mechanism
成因机理
1.
Distribution rule and formation mechanism of gas and water in Layer 4 of Xiangxi Group of the centeral area in Sichuan, China;
川中地区香四段气水分布特征及成因机理
2.
The Analysis of Formation Mechanism of Snow Drift on Highway;
公路风吹雪的成因机理分析
3.
Natural gas can be classified by gas formation mechanism and accumulation mechanism.
从天然气成因机理和成藏机理两个方面对天然气类型进行划分,天然气成因机理分为有机成因气和无机成因气;天然气成藏机理分为煤层气、页岩气、水溶气、根缘气(深盆气)、常规气以及气体水合物等。
6) origin mechanism
成因机理
1.
Research progress and prospect about origin mechanism of lithologic deposit.;
岩性油气藏成因机理研究现状及展望
补充资料：冲击波超压与动压