1) turbidity channel
浊积水道
1.
Faces-controlling reservoir prediction of turbidity channel sandstone reservoir of Es_3 in Bonan subsag;
渤南洼陷沙三段浊积水道砂岩油藏相控储层预测
2.
A deep submarine canyon and turbidity channels were developed along the hanging wall of faulting break zone as a result of the 13.
8Ma前的强烈海退使得珠江口盆地白云凹陷发育了大型的海底峡谷—断裂坡折型深水扇,浊流沿海底峡谷将碎屑物向凹陷内搬运,在海底峡谷内充填形成浊积水道砂体,在断裂坡折带之下快速卸载形成前积砂体。
2) turbidite channel sand complex
水道浊积砂复合体
1.
Analysing and studying on development of deposition and continental slope forming from outside to inside, the paper point out its forming principle and name it as L27-1 turbidite channel sand complex,which is more satisfactorg interpretation in geology turbidite.
本文首先通过追踪对比大量的地震反射资料,在T_20-T_40层序中确认了L27-1砂体的剖面特征和平面的总体形态,进而从沉积演化与陆坡形成的由表及里分析研究中,最终揭示出它的形成机理,并命名为L27-1水道浊积砂复合体,得出了比较满意的地质解释。
3) channel turbidite
沟道浊积岩
1.
Sedimentary facies models of channel turbidites of the fourth member of Paleogene Shahejie Formation in Yong 554 well block,Dongying Sag;
东营凹陷永554古近系沙四段沟道浊积岩相模式
2.
This paper discusses sedimentary characteristics of alluvial fan,fan delta,near-shore submarine fan,deep-sea fan,slump turbidite fan,and channel turbidites(i.
陆相断陷湖盆的不同构造位置发育有各种类型的沉积体系,在对冲积扇、扇三角洲、近岸水下扇、深水浊积扇、滑塌浊积扇和沟道浊积岩体系(即“五扇一沟”)等沉积特征分析的基础上,对“五扇一沟”的地震响应特征进行研究,指出由于盆地构造位置不同、地形陡缓不同和气候条件等影响,所形成的砂体表现出不同的地震响应特征。
4) deep-water turbidite fan
深水浊积扇
1.
The reservoir rocks of deep-water turbidite fans in the eastern segment of the steep slope zone of northern Dongying Sag;
东营凹陷北部陡坡带东段深水浊积扇储集特征
5) deepwater turbidite fan
深水浊积扇
1.
The drilling results of Well Che 66 indicate that the deepwater turbidite fans usually have the better reservoir physical property and oil-bearing probability, which are the preferred exploration goals of the sandstone-conglomerate bodies.
车66等井的钻探表明,深水浊积扇体往往具有较好的储集物性和含油性,是砂砾岩勘探的优选目标。
6) turbidite submerged fan
浊积水下扇
1.
Sedimentary pattern and distribution rules of turbidite submerged fan on the eastern slope of Chengdao oilfield.;
埕岛东斜坡地区浊积水下扇沉积模式及分布规律
补充资料：道-道间寻道时间
道-道间寻道时间(single track seek)：
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
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