1)  rapid flow
急流输水
1.
The design method of percussive dissipater in conduit outlet of rapid flow when pipe gets through the dyke is introduced in this paper and the design condition,advantage and potential application of this method are also presented with example.
简述穿堤涵管急流输水段出口撞击式消能工的设计方法,通过实例展示其运用的设计条件、优越性及应用前景。
2)  swift hydraulic pipeline
管道急流输水
1.
This paper introduces the actual operation situation of swift hydraulic pipeline and several energy dissipaters in the extended engineering of Tangjiawan Reservoir of Wutai County.
介绍了五台县唐家湾水库跃进二渠延伸工程中采用的管道急流输水及W型、撞击、筛网、多级孔板等消能形式的实际运行情况。
3)  torrent
急流
1.
Fast-convergent computational method for torrent shock wave under subcritical angle condition;
亚临界角下的急流冲击波快速收敛计算方法
2.
According with the examples of the misfire in the underwater blasting, various kinds of potential dangerous which can lead to misfire are introduced in the course of deep water blasting among complicated environment of geological topography, vortex, torrent and deep water.
结合水下爆破工程发生盲炮的实例,介绍深水爆破在复杂地质地形、涡流、急流、水深的环境中可能导致盲炮发生的各种潜在危险源。
3.
Under this situation, the flow, when it is the torrent through the channel, will be disturbed due to the variations of the trough wall deflection;therefore, at the downstream will appear a series of rhombic disturbed waves called torrent shock waves.
实际工程中,由于地形的限制或工程的需要,溢洪道、陡槽等泄水建筑物常需布置一些扩散段、收缩段、弯道等,在这种条件下,槽中水流为急流时,由于渠槽边壁偏转变化,将使水流产生扰动,使下游形成一系列呈菱形的扰动波,这种波称为急流冲击波。
4)  rapid flow
急流
1.
Based on the analysis on the characteristic of disturbance of rapid flow shock wave in sloping channel and some methods of avoiding the shock wave influenc.
在分析了陡槽急流冲击波的扰动特性的基础上,提出了几种消减弯道急流冲击波、直槽收缩连接段急流冲击波以及宽浅陡槽急流冲击波的方法。
2.
The regime of rapid flow in sharp open-channel bends is described,which shows that the flow near concave bank in sharp openchannel bends is subjected to centrifugal force and impact force.
为了探求急流弯道的超高及其相关的影响因素,通过对较小半径弯道急流的水流现象的描述,指出较小半径弯道凹岸水流受惯性离心力和冲击力的共同作用。
3.
The rapid flow of flood tide makes the construction very difficulty, leading to the breaking of piles.
河口段水动力因素复杂 ,涨潮急流造成施工困难 ,引发断桩事故 ,应该引起工程界的足够重视。
5)  supercritical flow
急流
1.
Hydraulic computation of the shock wave of supercritical flow in divergence zone;
急流扩散段冲击波的水力计算问题
2.
The shock wave in supercritical flow caused by riverside deflection angle are analysed.
对明渠急流中由于边墙偏转角的变化而产生的水流扰动进行了分析,当边墙向水流内侧转向时,扰动线以下的区域内出现水面涌高,形成陡激波。
6)  jet
急流
1.
Analysis to the weather process of snowstorm from 27 to 28 September in 2003 happened in Urumqi showed that snowstorm event resulted from of the interaction of the northern transversal trough 、high、middle、low-lever jet and northern cold-air under the condition that the Lran subtropical high northward rising and Europe high pressure ridge overlapped.
对2003年9月27～28日乌鲁木齐市暴雪天气过程的分析表明,暴雪是在伊朗副高北抬过程中与欧洲高压脊叠加发展的形势下,北方横槽、高中低空急流和北方冷空气的相互作用的结果。
2.
The influences of different orogaphy, intensity and location of Jet, intensity of the eastward moving trough (EMT) itself and the baroclinic intensity of the basic westerly on the EMT are showed as well.
结果表明，该试验较清楚地再现了青藏高原地形对西风气流的影响，也显示了不同地形、急流的有无、强度和位置以及初始槽强度和基本气流斜压性的强度对东移槽的影响。
参考词条
补充资料：夹布输水胶管
分子式：
CAS号：

性质： 夹布胶管的一种。产品结构和制造工艺与普通夹布胶管相同。内层胶一般用天然、丁苯、顺丁等橡胶及其并用胶料，外层胶常掺用部分氯丁橡胶以提高其耐老化性能。管体较轻便、柔软，适用工作压力为0.3～0.7MPa，内径范围为扎3～152mm。主要用于输送水及中性液体。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。