| 1. | Cementing evaluation on ultra - deep well ku - 1 in tahe oilfield
塔河油田超深井库1井固井评析 |
| 2. | Drilling techniques for deep and ultra - deep wells in zhongyuan oilfield
中原油田深井超深井钻井技术 |
| 3. | Deep rock mechanics and deep or ultra - deep well drilling technology
深部岩石力学与深井钻井技术研究 |
| 4. | Construction technique of ultra - deep bored filling pile with large diameter
超深大直径钻孔灌注桩施工技术 |
| 5. | Research on viscosity reduction by electric heating technology in ultra - deep flowing well in tahe oilfield
塔河油田自喷深井井筒电加热降粘技术研究 |
| 6. | Technical challenges and solutions of drilling fluid techniques in deep and ultra - deep wells in tahe oilfield
塔河油田深井超深井钻井液技术难点与对策 |
| 7. | At last , the model of defect size distribution and the model of soft and hard faults caused by defects is given . electromigration effect is still a dominating failure mechanism of interconnect for deep submicron and ultra - deep submicron scale
然后从实际芯片的缺陷类型中抽象出了丢失物缺陷、冗余物缺陷以及介质针孔缺陷的几何模型，给出了缺陷的粒径分布模型和由缺陷引起的软故障和硬故障的模型。 |
