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您的检索式：作者名="DONG Xiugang"
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| 1 | Technical Analysis of Network Plug-in Flannel for Containers显示文摘The development of cloud computing has made container tec-hnology a hot research issue in recent years. The container technology provides a basic support for micro service architecture, while container networking plays an important role in application of the container technology. In this paper, we study the technical implementation of the Flannel module, a network plug-in for Docker containers, including its func tions, implementation principle, utilization, and performance. The performance of Flannel in different modes is further tested and analyzed in real application scenarios. | YANG Yong DONG Xiugang DONG Zhenjiang | 2017 | ZTE Communications2017，15，4： | 1 |
| 2 | Quantitative evaluation of lateral sealing of extensional fault by an integral mathematical-geological model显示文摘To evaluate the lateral sealing mechanism of extensional fault based on the pressure difference between fault and reservoir, an integral mathematical-geological model of diagenetic time on diagenetic pressure considering the influence of diagenetic time on the diagenetic pressure and diagenetic degree of fault rock has been established to quantitatively calculate the lateral sealing ability of extensional fault. By calculating the time integral of the vertical stress and horizontal in-situ stress on the fault rock and surrounding rock, the burial depth of the surrounding rock with the same clay content and diagenesis degree as the target fault rock was worked out. In combination with the statistical correlation of clay content, burial depth and displacement pressure of rock in the study area, the displacement pressure of target fault rock was calculated quantitatively. The calculated displacement pressure was compared with that of the target reservoir to quantitatively evaluate lateral sealing state and ability of the extensional fault. The method presented in this work was used to evaluate the sealing of F_(1), F_(2) and F_(3) faults in No.1 structure of Nanpu Sag, and the results were compared with those from fault-reservoir displacement pressure differential methods without considering the diagenetic time and simple considering the diagenetic time. It is found that the results calculated by the integral mathematical-geological model are the closest to the actual underground situation, the errors between the hydrocarbon column height predicted by this method and the actual column height were 0–8 m only, proving that this model is more feasible and credible. | LYU Yanfang HU Xinlei JIN Fengming XIAO Dunqing LUO Jiazhi PU Xiugang JIANG Wenya DONG Xiongying | 2021 | Petroleum Exploration and Development2021，48，3： | 0 |
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