3) China-Russia crude oil pipeline
中俄原油管道
1.
The scientific expedition group from the State Key Laboratory of Frozen Soils Engineering,Chinese Academy of Sciences,has conducted three surveys and investigations of the frozen ground engineering geology conditions along the China-Russia crude oil pipeline route.
地形地貌单元、植被分布、地表水分条件的变化等局部因素对多年冻土的分布和地下冰的赋存产生重要的影响,管道沿线大约分布有50 km左右的沼泽湿地,其表层为腐殖质土及泥炭层,泥炭层下面分布着含土冰层或地下冰,是管道沿线最差的冻土工程地质地段;由于中俄原油管道沿线水系发育多,冻胀丘、冰椎和冰幔等不良冻土现象广泛分布。
2.
The proposed China-Russia Crude Oil Pipeline(CRCOP) faces significant challenges due to frost heaving and thaw settlement when it passes through the permafrost and seasonally frozen soil areas with bad conditions for engineering construction.
中俄原油管道在我国东北境内通过多年冻土和季节冻土区,采用传统的埋设方式。
4) batch end point
输油管线中油品分批点
5) oil transmission pipeline
输油管线
1.
The Physical Chemical Cleaning the Pu-lin Oil Transmission Pipeline before Changing into Nature Gas Trausmission Pipeline;
濮—临输油管线改输天然气前的物理化学清洗
2.
The oil transmission pipeline course is a practical course,so students must have both the technique and the managerial and instructive ability.
输油管线课程实践性强,要求学生技术精、能力强、懂管理、会指挥。
6) petroleum pipeline
输油管线
1.
The concatenate structures capability of petroleum pipeline were experimented.
对输油管线连接结构的性能进行了实验,发现采用普通连接器连接管线时,管子极限承载能力与抗弯能力此普通连接器强;穿越连接器的承载与抗弯能力比管线的强;对于承插式连接管线的抗弯、抗拉性能都优于普通连接器、穿越连接器连接的管线,但其穿越水域时受到的作用力也比其他连接方式的管线大,必须通过计算分析比较才能确定承插式与穿越连接器连接管线穿越水域的适应能力。
2.
Its important functions in the operation and control of petroleum pipeline are indicated.
介绍了仿人智能控制的基本原理,指出它在输油管线运行控制中的重要作用,并详细分析了仿人智能控制在输油管线工况调节和控制、管线泄漏检测、安全储运等方面的应用。
补充资料：俄俄
1.庄严貌。俄，通"峨"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条