1.
Yangtze Large Flood Probability Random Process Model Prediction Research Based on the theory for stationary random processes
基于随机过程理论的长江巨洪发生概率预测模式与应用
2.
The floods created havoc.
洪水造成了巨大的灾害.
3.
The rising waters caused great damage to crops.
洪水给农作物造成了巨大的损失。
4.
The pressure on dams and levee s is very strong.
大坝和堤防需要承受巨大的洪水冲击的压力。
5.
Analysis on Agricultural Catastrophe Economic Impact--Floods in China;
农业巨灾经济影响分析——以我国洪灾为例
6.
Reproductive Isolations between Oysters of Genus Crassostrea on the Xiaomiaohong Oyster Reef
小庙洪牡蛎礁巨蛎属牡蛎间生殖隔离研究
7.
There has been disastrous flooding in Asia, Africa, America and Oceania.
亚洲、非洲、美洲和大洋洲都发生过巨大的洪涝灾害。
8.
Violent flood made us lose our life and property and environment.
迅猛的洪水，使人类的生命财产和生存环境遭受巨大的损失。
9.
Florence will affect the East Coast of the US with swells and dangerous surf but a direct impact appears unlikely.
该台风将引发美国东海岸洪灾及巨浪，但不太可能造成直接的影响。
10.
Where the water cascaded off precipices in cataracts and crashed into the rock below, it scoured out vast pits several kilometres wide called plunge pools.
当洪水形成的瀑布从悬崖上奔流直下，击打下面的岩石时，它冲出几公里宽的巨坑，称作瀑布潭。
11.
However, water projects in China still have such problems as low standards for flood control systems, poor anti-seepage capacity of embankments, and many potential risks. There is still a long way to go.
我国水利工程还存在防洪体系标准低、堤身防渗差、隐患多等问题，今后的建设任务还很艰巨。
12.
The Yangtze River Three Gorges Project is an eye-catching hydropower project, which has profound economic and social benefit in terms of its flood-prevention, electricity generation and navigation functions.
长江三峡工程举世瞩目的水电工程，具有防洪、电、运等巨大的经济效益和社会效益。
13.
ON A NEW TROGONTHERIUM FROM HSIATSAOHWAN,SHIHHUNGHSIEN AND WITH NOTES ON THE MAMMALIAN REMAINS FROM CHI-TSU,WUHOHSIEN,ANHWEI
记安徽泗洪县下草湾发现的巨河狸化石并在五河县戚咀发现的哺乳类动物化石
14.
The dikes kept back the floodwaters
防洪堤挡住了洪水。
15.
The floodwaters caved in the retaining wall
洪水冲垮了防洪堤。
16.
high-flow diversion
"分洪道,见 floodway"
17.
A person or thing of great size.
巨人，巨物巨大的人或物
18.
Research on Simulation of Diversion Flood Routing for Flood Storage in Dongting Lake Region;
洞庭湖区蓄洪垸分洪洪水演进模拟研究