| 1. | Add : no . 29 chengbei north road yangshuo province guilin guangxi
广西桂林阳朔漓江饭店 |
| 2. | Welcome to kunshan chengbei experiment primary school
欢迎来到昆山市城北中心小学校。 |
| 3. | Fengtai county chengbei commercial trade mansion
凤台县城北商贸大厦 |
| 4. | Prediction of fracture distribution of chengbei - 30 buried hill fractured reservoir in shengli oil field
30潜山太古界裂缝性油藏裂缝分布预测 |
| 5. | Application of imaging and nuclear magnetic resonance to assessment of fractured reservoirs in chengbei
核磁共振测井在埕北裂缝性储层评价中的应用 |
| 6. | Chengdao oil field is a big anticine structure which developed basing on pretertiary sub - mountain . it surrounded by bozhong depression and chengbei sag with good reservoir - forming condition
埕岛油田是在前第三系潜山背景上发育起来的大型披覆构造，东连渤中坳陷，西南接埕北凹陷，有着良好的油气成藏条件。 |
| 7. | The chengbei fault terraces are host to many target strata , where the oil and gas pools tend to be vertically stacked and laterally connected , and thus have great potential for oil and gas exploration
摘要埕北断坡区具有优越的成藏地质背景，具有含油目的层多，油气藏类型多样，纵向叠置、平面连片的特点，油气勘探潜力巨大。 |
| 8. | The east slope area of the chengdao oilfield is located at the eastern - south part of the chengbei lowuplift . it is a covered structure evoluted from the pre - tertiary chengdao hidden hill , with rich petroleum resources
埕岛油田东斜坡区位于埕北低隆起的东南部，是在前第三纪潜山背景上发展起来的披露构造，含有丰富的油气资源，长期以来，对该区成藏条件与成藏模式认识不清。 |
| 9. | 7 . it is indicated the prospects for exploration are beidagang bueried - hill - drape - lik fold oil accumulation belt , baidong structure belt and chengbei fault step oil accumulation belt , which directs the explorations of neogene in qikou depression
7 、指出了有利的勘探区带是北大港潜山?披覆背斜油气聚集带、白东构造带和埕北断阶式油气聚集带，为歧口凹陷上第三系的勘探明确了实施方向。 |
| 10. | Based on mentioned above , as example , the topic 3 selects weidian irrigation area in the south and chengbei irrgation area in the north in huaibei plain , and the maths models have been established with maximal net benefit of annual irrigation as objective according to the method of linear planning of system engineering
以位于淮北平原中南部韦店灌区和北部亳州城北灌区为实例，根据该区农业资源特点、水资源紧缺状况，种植条件、灌排工程现状，采用线性规划方法，建立了两个典型灌区水资源优化配置数学模型。 |
