2) later compression
构造侧向挤压
3) structural compression
构造挤压
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
2.
Research on inclusions and mudstone compaction curves shows that uncompaction and structural compression are the main factors resulting in abnormal high pressure in Early Cretaceous gas reservoirs.
包裹体结合泥岩压实曲线研究认为,该区早白垩世气藏存在异常高压,欠压实和构造挤压作用是其形成的主要因素:在断裂带以南欠压实起主要作用,在断裂带构造挤压起主要作用,在断裂带以北两者作用相当。
4) Compressional structure
挤压构造
1.
Discovery of compressional structure in Wuerxun-Beier Sag in Hailar Basin and its geological significance
海拉尔盆地乌尔逊—贝尔凹陷挤压构造的发现及其地质意义
2.
Through the research of the compressional structure drilled in Guxi buried low hill,it is discovered that the reversed fault is characterized by the upturning of beds in Low Paleozoic of the hanging wall,wedge invasion of igneous rock along the level in Upper Paleozoic near the bottom wall fractured surface.
通过对孤西低潜山钻遇的挤压构造进行分析,发现该区逆断层具有上盘下古生界存在地层倒转,下盘断面附近上古生界见火成岩体沿层楔状侵入,逆断层或被正断层切割或沿部分逆断层面"反转"等特征;产生了挤压构造走向与区域构造走向一致,其形成与区域构造有着密切联系,正断层活动破坏了原来挤压构造的认识;指出对挤压构造进行研究,对区域上古生界地层划分、区域构造成因分析及该潜山的进一步研究,都具有重要的石油地质意义。
5) tectonic compression
构造挤压
1.
Previous investigators considered that the origin of the overpressure now is mainly controlled by tectonic compression, and the charging of high-pressured gas and tectonic uplifting in addition, but generally not existing influence of undercompa.
前人认为超压的形成主要受控于构造挤压作用 ,此外还有高压天然气的注入、构造抬升等因素 ,基本不存在欠压实作用。
6) syncline
[英]['siŋklain] [美]['sɪŋklaɪn]
向斜构造
1.
Discussion of coal and gas outburst mechanism of syncline;
向斜构造煤与瓦斯突出机理探讨
2.
The prospecting area is a NNE axial direction asymmetrical syncline,strata dip angle 26°~30°,deep part has igneous rock intrusive seriously impact coal seam hosting configurations.
勘探区为一轴向北北东向的不对称向斜构造,地层倾角26°～30,°测区深部有岩浆岩侵入体,严重影响煤层赋存形态;地表条件复杂,村庄密集、河流较多,测区东侧塌陷区水塘大面积分布,三维地震勘探野外施工难度大。
补充资料：侧向挤压
侧向挤压
sideway extrusion
CeXIQng』lyo侧向挤压(sideway extrusion)制品流出方向与挤压杆运动方向成900的挤压方法，也称横向挤压。可分为单向侧向挤压和双向侧向挤压(如图所示)。侧向挤压的特点是:挤压模与锭坯轴线成9扩放置，挤压力与锭坯轴线方向一致，这种金属流动机构使制品遍纂 。b今簿黔 侧向挤压示意图 a、乙单向侧向挤压;‘一双向侧向挤压 1一挤压筒;2一挤压杆;3一模子;4一锭坯;5一挤压制品的纵向力学性能差异最小;变形程度大，挤压比可达100:1，制品强度高;要求模具和工具具有高的强度及刚度。该方法被用来制造高质量的航空用阀的弹簧。
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