| 1. | Application of nerve network on oil - bearing formation with low resistivity
人工神经网络在低阻油层识别上的应用 |
| 2. | Origin and identification of low - resistivity reservoirs in luliang oil field , junggar basin
陆梁油田低阻油层成因及其识别 |
| 3. | Core analysis is the effective method in identifying the low resistance reservoir
摘要岩心分析是识别低阻油层的有效方法。 |
| 4. | To distinguish oil layers of low resistivity through combining well logging with geologic facies
测井和地质相结合识别低阻油层 |
| 5. | A low resistance connection between conductors which ensures that they have the same voltage
导体间的一种低阻连接，用以确保它们具有相同电压。 |
| 6. | The origin of low - resistive oil layer and logging analysis of the dalaoyefu oil field , jilin province
吉林油区大老爷府油田低阻油层成因及测井解释 |
| 7. | And the permittivity and dissipation factor on si substrate were 342 and 0 . 05 respectively
在低阻si上制备的bst薄膜介电常数为342 ，介电损耗为0 . 05 。 |
| 8. | The methodological research and application of log interpretation on lower reservoirs of reservoirs in jilin oil - field
低阻油气层测井解释方法研究及应用 |
| 9. | Water saturation model of low resistivity oil layers in middle 3rd member of shahejie fm in xia 52 block in linnan oilfield
临南油田夏52块沙三中低阻油层含水饱和度模型研究 |
| 10. | The origin and geological signification of the low - resistivity cretaceous tugulu oil reservoirs in luxi area , junggar basin
准噶尔盆地陆西地区白垩系吐谷鲁群低阻油层成因及其地质意义 |
