1.
The flow characteristics, eddy structure and energy dissipated mechanism of multi-horizontal submerged jets (MHSJ) are studied by means of 3-D numerical simulation.
采用三维数值模拟，研究了多股多层水平淹没射流的流动特性、漩涡结构和消能机理。
2.
There are many influence factors in submerged abrasive waterjet erosion performance.
影响淹没磨料射流冲蚀性能的因素很多。
3.
Numerical Research on Single/Multiple Turbulent Water Jet;
单股、多股紊动水射流数值模拟研究
4.
The course changes frequently, and the area is so flat that a small change in the level of the river may inundate a considerable area.
河道变化多端，下游地区却很平坦，水位少许上涨河流就会淹没一大片土地。
5.
Sediment deposited by flowing water, as in a riverbed, flood plain, or delta.
冲积层河床、洪水淹没的平原或三角洲中的流水淤积所产生的沉积层
6.
The reservoir of Longtan Hydropower Station will inundate some areas of Guizhou and Guangxi Provinces, with large inundation area and a lot of relocated people.
龙滩水电站水库淹没涉及贵州、广西两省区，淹没面积大、移民人数多。
7.
Study on Hydrokinetics of the Unsubmerged Premixed Abrasive Water Jet
前混合磨料的非淹没射流的水动力学研究
8.
Experimental Research on Parameters of Nozzle Slotted in Non-submerged High Pressure Swirling Jet
非淹没高压旋转水射流喷嘴割缝参数试验研究
9.
Experimental study on cutting performance by of ultrahigh pressure abrasive waterjet in submerged environment
淹没状态下超高压磨料水射流切割实验研究
10.
The lower gun-ports were now below water,
下层炮眼已淹没在水里，
11.
Numerical Simulation of Flow Field in Cylindrical Chamber Injection Allocation with Submerged Jet
带有淹没射流的圆柱腔室分层配注器中流场的数值模拟
12.
More and more the waters increased over the earth until they covered all the high mountains everywhere under heaven.
落在地面的水越来越多，淹没了天下所有的高山。
13.
Simulation and Experimental Validation on the Flow Field Inside and Outside the Nozzle of Non-submersed Precision Micro Abrasive Waterjet;
非淹没式精密微磨料水射流流场仿真及实验验证
14.
Hydrodynamic characteristics of multihorizontal pulsating circular cylinders in a two-layers fluid of infinite depth
两层流体中多个振荡水平圆柱潜体水动力特性
15.
Many people drowned in the great flood
发大水时很多人淹死了。
16.
Experimental research of ultra-high pressure abrasive waterjet cutting rock in submerged environment
淹没条件下超高压磨料水射流切割岩石的实验研究
17.
Cutting Experimental Research of Ultrahigh Pressure Rear-mixed Abrasive Waterjet in Submerged Environment
基于淹没环境的超高压后混合磨料水射流切割试验研究
18.
Experimental Research of Metal Material in Submerged Abrasive Waterjet Cutting
淹没磨料射流切割金属材料特性分析