1.Based on analyzing such characteristics forming gas reservoirs as the features and distribution of gas source rocks, distribution of gas reservoirs and gas source areas, gas reservoir distribution and faults, main periods for forming gas reservoirs, and gas accumulation types, as well as the structural evolution characteristics and recent exploration achievements of the basin, the gas exploration areas of the basin are basically identified, including the Carboniferous of eastern Luliang uplift-Wucaiwan sag-Baijiahai uplift, the Jurassic of Muosuowan uplift-Mobei uplift-western Luliang uplift in the central depression, the Upper Cretaceous and Paleogene of the frontland thrust belt, and the deep Carboniferous and Permian of Mosuowan anticline in the central depression of the basin.
依据盆地天然气气藏成藏特点，结合盆地构造演化特点与近期勘探成果，基本明确了准噶尔盆地天然气勘探领域：①陆梁隆起东部－五彩湾凹陷－白家海凸起石炭系；②中央坳陷莫索湾凸起－莫北凸起－陆梁隆起西部侏罗系；③山前冲断带上白垩统与古近系；④中央坳陷莫索湾背斜深层石炭系与二叠系。
2.The eastern belt around depression to the west of Well Pen-1,include Mobei uplift,the west slope of Mosuowan Uplift and the south slope of Shixi Uplift,is long-term in favorable directional zone of hydrecarbon migration and advantaged in geologic conformation. From north to south,Seventeen oil fields have be discovered,such as shixi oil field,mobei oil field,mosouwan oil field etc.
盆1井西凹陷东环带包括莫北凸起、莫索湾凸起西斜坡和石西凸起南斜坡,长期位于油气运移的指向区,构造位置极为有利,自北向南已发现了石西油田、莫北油气田和莫索湾油气田等17个油气藏,是准噶尔盆地腹部油气最为富集的构造带之一;
3.The action point of uplift force plays a dominant role in the distribution of friction resistance along uplift piles,and thus it is a key factor in the analysis of the loaddisplacement relationship of uplift piles.
上拔力作用点位置对抗拔桩摩阻力分布有决定性影响,是分析抗拔桩荷载变形机理的关键性因素。
4.On the basis of systematic sedimentology and well-logging facies studies of 3 wells in Lishui 36-1 Structure, clastic sediments in the Upper Palaeocene were mainly from the Minzhe Uplift Area to the west of Lishui Sag and Lingfeng Uplift Belt in middle Lishui Sag, and probably also from the Yandang Uplift Area in the north part of the sag.
根据该构造已钻的 3口井进行系统沉积学和测井相研究 ,上古新统物源主要来自凹陷西部的闽浙隆起带和中部的灵峰凸起带 ,可能还有北部的雁荡凸起带。
5.(6)The tectonic evolution of the Xidamingshan uplift can be mainly divided into three stages: Sinian period to Silurian period is the foundation evolution stage, Devonian period to mid-Triassic period is the regional extension-depression stage and late Triassic period to Cenozoic era is the compressional structural deformation and uplift-erosion stage.
(6)西大明山隆起的构造演化主要分为三个阶段:震旦纪-志留纪的基底构造演化阶段; 泥盆纪-中三叠世区域伸展裂陷阶段和晚三叠世-新生代挤压构造变形与隆升剥蚀阶段;
6.UPLIFT TEST STUDY ON REINFORCED AEOLIAN SAND (II)——ANALYSIS AND CALCULATION OF UPLIFT BEARING CAPACITY
加筋风砂土抗拔试验研究(II)——抗拔载荷能力计算分析
7.The movement is mainly uplift movement, with everage uplift amplitude being 1700m, rate 0. 031mm/a, the largest one being in Quaternary period.
以上升运动为主,平均升幅1700m,速度0.031mm/a,以第四纪为最大.
8.Mark, P., Mitsch, A. M. Samuel, P., and Clemencem, M., “The Uplift Capacity of Helix Anchors in Sand.” Uplift Behavior of Anchor Foundations in Soil, ASCE, pp. 26~47, 1985.
李建中、姚锡龄、徐力平和施并渊，「地锚在台北沉泥质土层中之力学行为」，中华民国第三届大地工程学术研讨会论文集，垦丁，第659~670页，1989。
9.Guchengxu uplift located in the east side of central uplift in Tarim basin indicates that the Ordovician strata are complete,and the grain limestone and porous-type reservoirs in Yijianfang formation of Middle Ordovician-Yingshan formation of Lower Ordovician are newly discovered in this area.
位于塔里木盆地中央隆起带东段的古城墟隆起,奥陶系齐全,新发现中奥陶统一间房组-下奥陶统鹰山组颗粒灰岩孔隙型储集层。
10.The global Cenozoic tectonic uplift, especially the uplift of Himalayan mountain beltTibet plateau in southern Asia,Andean mountain and Altiplano plateau in southern America, have the strong effects on the Earth surface chemical weathering and global climate change.
全球新生代构造抬升 ,特别是南亚喜马拉雅青藏高原和南美安底斯山脉和Altiplano高原在新生代的抬升对地表化学风化和全球气候变化产生了重要影响。
