1) three-dimensional water monitoring
立体水资源监测
1.
Under the theory of"natural-artificial"dualistic water cycle model,three-dimensional water monitoring with"integration of air and land"is proposed.
该项目研究以南水北调西线工程水源区为研究区域,在"自然-人工"二元水循环演变理论指导下,提出"天地一体化"立体水资源监测方案,并构建物理机制统一的区域水循环气-陆耦合模型,实现水循环的大气过程、地表过程、土壤过程和地下过程的整体模拟和动态监测;以此为支撑,构建基于"气-陆"耦合模式的水资源评价技术,以大气水汽通量评价为基础,进行全口径、层次化、动态水资源评价。
3) monitoring system of water resources
水资源监测系统
1.
The paper puts forward planning monitoring station network of water resources, suting up monitoring system of water resources, grasping water inrush, water supply, water use and water consumption for service the development, the utilization, the protection and the disposition of water resources.
本文提出应结合吉林省实际,做好水资源监测的站网规划,建立水资源监测系统,掌握“来水、供水、用水、耗水”情况,为合理开发、利用、保护、配置水资源服务。
4) resource monitoring
资源监测
1.
Resource Monitoring Service of Grid Operating System;
网格操作系统中的资源监测服务
2.
The Campus Computing Grid Resource Monitoring and Discovery;
校园计算网格环境中资源监测与资源发现研究
3.
To construct a university computing grid, the services of resource monitoring and discovery must be founded firstly which is the base.
建设校园计算网格首先要解决资源监测与资源发现问题。
5) stereo monitoring
立体监测
1.
On the basis of these,a stereo monitoring system with multiform monitoring measures is suggested to be set up including both the ground displacement monitoring and underground displacement monitoring,which will be favor.
因此本文在此基础上,建议使用多种监测手段,建立立体监测系统,同时监测地表和地下位移,有助于全面反映边坡的变形破坏情况,从而为边坡的稳定性分析和滑坡预测预报提供科学依据。
6) real-time monitoring system for water resources
水资源实时监测系统
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
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