1) Water source of water supply project
供水工程水源水
2) water supply project
供水水源工程
1.
Through comparison of the eight layouts of the water supply projects in the downstream and delta areas of the East River,the impacts of different projects on hydrodynamic conditions and the salty tidal boundary were calculated quantitatively.
针对东江三角洲的实际情况,建立一维潮流与含氯度耦合数学模型,通过对东江下游及其三角洲供水水源工程8个基本布置方案的对比分析,定量计算不同方案对水动力条件、咸潮界的影响。
3) Multi-source industrial water supply project
多水源工业供水工程
4) water supply project
供水工程
1.
Grey correlation analysis of relationship between water supply projects and regional economic and social development;
供水工程与区域经济社会发展的关联度分析
2.
Application of RPMP at Tieshangang water supply project of Beihai city;
夹砂玻璃钢管在北海市铁山港区供水工程中的应用
3.
Analysis and evaluation on geological condition of emergency water supply project:Mid-route of South-to-North Water Transfer Project;
南水北调中线京石段应急供水工程地质条件分析与评价
5) water supply engineering
供水工程
1.
Study on the plan of city water supply engineering in Guizhou;
贵州省城市供水工程规划研究
2.
Use and study on valves in water supply engineering;
供水工程中阀门的使用与探讨
3.
Economic evaluation of water supply engineering in towns;
小城镇供水工程的经济评价
6) water-supply project
供水工程
1.
Taking the water-supply project of energy base in Zhunge’er Banner, Inner Mongolia, as the example, this paper analyzes the application of the silting basin in the water-supply project.
以内蒙古准格尔旗能源基地供水工程为例,分析了沉沙池在供水工程中的应用。
2.
In order to enhancing the rationality of pipe materials selection in the design of urban water-supply projects,the paper sets up a multi-hierarchal gray correlation comprehensive appraising model for the selection of pipe materials by using gray correlation theory.
为了提高城市供水工程规划设计中管材选择的科学性,运用灰色关联理论,建立了输水管材选择的多层次灰色关联综合评价模型。
3.
The water-supply cost is the main accounting target of the water-supply project.
供水成本是供水工程的主要核算指标。
补充资料：航天员供水和水处理系统
收集、净化废水并根据航天员的需要供应饮用水和生活用水的设备。人体除呼吸、出汗和皮肤蒸发排出水分外，每人每天排尿量为1000～1600毫升,耗水量约2.5公斤以上。为保证人体的代谢需要，失去的水分必须从食物和饮水中得到补充。如果再加上洗漱用水，每人每天消耗的水量还更大一些。这些饮水和用水完全靠航天器自身携带是无法承受的负担。短期飞行的载人航天器采用贮水容器，从地面携带清洁水。采用燃料电池作为一次能源的航天器主要依靠燃料电池产生的水，并收集和贮存来自湿度控制系统的冷凝水，用离子交换膜、活性炭或化学吸附剂加以净化和消毒后，作为饮用、洗漱和水蒸发器的水源。长期飞行和多乘员的航天器必须装备复杂的废水处理系统，将尿和洗漱水等废水回收、处理，使废水再生。
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