1) navigation pass
通航建筑物口门
1.
Water depth maintenance of navigation pass by means of increasing roughness of channel bed;
维持通航建筑物口门水深的护底加糙措施研究
2) navigation structure
通航建筑物
1.
Discussion on design standard of maximum navigable discharge of navigation structures at hydroprojects;
枢纽通航建筑物最大通航流量设计标准探讨
2.
The dam site locates at a branched slightly curved reach,thus reasonable layout of the navigation structures is very important.
株洲航电枢纽位于湘江下游,以通航为主,同时具有发电、防洪等多项功能,坝址河段平面形态为分汊微弯,通航建筑物的平面合理布置尤为重要,应首先满足通航条件。
3) navigation structures
通航建筑物
1.
Special requirements exist in the TGP double\|lane five\|step shiplock in terms of general layout of navigation structures, sedimentation hindering to navigation, hydraulics of the water\|conveyance system, high and steep slope treatment, manufacture and technology of main metal structures and mechanical and electric equipment, which have been resolved step by step by scienti.
三峡工程双线五级船闸通航建筑物的总体布置 ,涉及泥沙淤积碍航、船闸输水系统水力学、高陡边坡处理、主要金属结构及机电设备制造和技术等方面问题都有特殊要求 ,必须通过充分的科学试验、论证和工程实践 ,逐步予以解
2.
The overall model test of Dayuandu Junction navigation structures provided a basis for the optimized arrangement and navigation condition design.
通过大源渡枢纽通航建筑物的整体模型试验,为其优化布置和通航条件设计提供了依据。
4) Three Gorges Navigation Structures
三峡通航建筑物
1.
Research on sedimentation in Three Gorges Navigation Structures;
三峡通航建筑物泥沙问题研究
5) navigation in gap region
口门通航
6) guidance structure
导航建筑物
1.
The paper studies the influence of solid mass and permeable structure of navigation lock guidance structure to navigation flow condition based on integral model test of power and navigation complex.
本文基于某电航枢纽整体模型试验,研究船闸导航建筑物实体和透空结构型式对通航水流条件的影响。
补充资料:通航建筑物
通航建筑物 navigation structure 用于克服集中水位落差或地形障碍而升降或通过船舶的水工设施。又称过船建筑物。通航建筑物按功能可分为升降船舶的建筑物和通过船舶的建筑物两类。升降船舶的建筑物又可分为船闸与升船机两种基本型式。此两种型式的通航建筑物在水利枢纽中用以克服集中于拦河坝的水位差,使船舶从一个水位提升或下降至另一水位,实现船舶航行过坝的目的。通过船舶的建筑物包括航运隧洞与航运渡槽,是在人工运河上常需采用的通航建筑物。当人工运河穿越高山时,为减少大量开挖而开凿隧洞过船。当人工运河跨越山谷或需架空时,则需建设航运渡槽,以使船舶在架空的渡槽中通过。 船闸与升船机相比具有容纳船队的较大闸室,在中低水头下有较大的通过能力,可适应各种尺度的船队过闸,采用广泛。升船机在高水头情况下适应性较强,但机电设备量大,制造与安装精度要求较高。 |
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