| 1. | These elongate sand bodies are attached to a bulge of the mainland .
这些长条形砂体连接于主陆的突出部位。 |
| 2. | Individual sandstone bodies tend to offset one another in adjacent horizon .
各个砂体往往在相邻层位上互相错开。 |
| 3. | This type of sand body is characterized by a cylinderical self-potential curve .
这种砂体以呈圆筒状自然电位曲线为其特征。 |
| 4. | All of them have a direct bearing on both the internal structure and the shape of the sand body .
所有这些均对砂体的内部结构和形态有直接关系。 |
| 5. | Both sand bodies may have superficial resemblances in that both are narrow, linear, and deposited by a river .
两种砂岩体在表面上有相似性，如它们都是河流沉积的狭窄的线状砂体。 |
| 6. | Individual sand bodies, filling erosional features cut by a river, may be elongate or arcuate depending on the course of the river .
充填在河流切割形成的侵蚀地貌中的各个砂体，在形状上可以是伸长状的或弓形的，这要决定于河流的河边。 |
| 7. | The following examples of oil and gas fields in distributary and delta-fringe sand bodies range in age from late paleozoic to middle cenozoic .
下面所列举的是分布于分流和三角洲前绿砂体的油气田的例子，在地质时代上从晚古生代至中新生代。 |
| 8. | Approach to modeling method of meandering river point bar sandbodies
曲流河点坝砂体建模 |
| 9. | Stochastic modeling of sand - body of deltaic front in huachi oilfield
华池油田三角洲前缘砂体展布的三维建模 |
| 10. | Analysis of sandbodies in the braided delta front , wm oi lfield , turpan - hami basin
油田辫状河三角洲前缘砂体分析 |
