水文学

According to the chemical composition of thermal water from well DR2005 located at the Dujiazhuang geothermal field in the south of Xining, Qinghai, the groundwater recharge, age and geothermal resource potential of the thermal water are discussed by the use of Langelier-Ludwig diagram, isotopic hydrology and geothermometer methods.

依据青海省西宁市城南新区杜家庄地热田DR2005地热井地下热水的水化学资料，采用兰格利厄－路德维金图解法、同位素水文学方法、地球化学温标法等，对杜家庄地热田地下热水的补给机制、地下热水年龄、地热资源潜力等关键问题进行分析。

The previous studies were mostly based on the hydrological method, hydrodynamic method and experiential method and so on.

目前水沙灾害的主要研究方法有：资料分析的方法、地学的方法、水文学的方法、水动力学的方法等。

The underground resources in the area is usually evaluated by hydrogeological method. Application ofhydrologic method is rare.

对该地区的地下水资源评估通常多以水文地质法为主，水文学方法的应用尚属罕见。

This is the webpage of Hydrological Processes.

这是《水文学工艺》杂志的网页。

Impoundage;; fuzzy description;; fuzzy similarit calibration;; time-variable instantaneous unit hydrograph;; error distribution;; maximum entropy;;dynamic control on reservoir water level in flood season;; risk analysis

论文导师周惠成，论文学位博士，论文专业水文学及水资源论文单位大连理工大学，点击次数 1，论文页数 141页File Size8592K

Contributing area is a common parameter for delineating channel cells and for evaluating the potential of soil erosion.

集流面积在集水区水文学的研究中，是一个相当有用的参数，它可以帮助研究者决定河道的位置，判断土壤冲蚀的潜势。

And it's also pointed out that the factions such as configuration of complex networks, charactristics of flood, impounding of lakes or reservoirs, structuralized method in compiling programme etc.

第一章较为系统地介绍了河网数值模拟的发展状况，分析了河网模拟的两种方法，即水文学方法和水动力学方法的特点、演进以及优缺点。

Mountainous small watershed is a natural catchments as well as a complex system out of the sub-system of ecology, economy and society.

摘要山区小流域是以分水岭和出口断面为界形成的自然集水单元，是具有一定水文学特征的自然、社会和经济综合体。

The runoff modeling in the watersheds where there is lack of hydrological data is an important and difficult prolbem in Hydrology.

无资料或资料缺乏地区的流域径流模拟是水文学研究中的一个重要的课题。

Keywords water resources,sustainable utilization,projection pursuit,carrying capacity,optimum allocation,and scientific management

Article From 四川大学；水文学及水资源博士论文 2003年度水资源；可持续利用；投影寻踪；承载能力；优化配置；科学管理

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。