1) drinking groundwater
饮用地下水
1.
As an example,the author has applied the method to the quality evaluation of drinking groundwater of Jiaozuo City,which has got a good evaluation result.
以焦作市地下水为例,将改进的灰色关联度分析法应用于饮用地下水水质评价中,得到了良好的评价效果。
3) drinking water source area
饮用水源地
1.
Ecological security evolvement trend of drinking water source areas along Liaohe River;
基于GIS的辽河干流饮用水源地生态安全演变趋势
2.
The distribution of Hg and As in water and sediment of the drinking water source area of the Huangpu River;
黄浦江上游饮用水源地水及沉积物中汞、砷的分布特征
3.
With the socio-economic development, the abrupt water quality pollution accidents have broken out frequently in the drinking water source areas,the accidents have caused serious damage of people\'s health and property.
针对城市饮用水源地的突发性污染事故的研究已成为我国水环境保护领域内研究的一个热点。
4) Potable water source district
饮用水源地
1.
On the basis of some advanced experiences on lake management,this paper puts forward a feasible protective engineering scheme for potable water source district (Qianzidang) in Jin Tan in accordance with the principles and method of systems engineering.
:钱资荡是金坛市目前直接饮用水源地 ,根据环境环境监测结果 ,已处于中营养化后期。
5) drinking water sources
饮用水源地
1.
Safety assessment of underground drinking water sources in Shunyi district of Beijing
北京顺义区地下水饮用水源地安全评价
2.
It expatiates the status of organic matter pollution in the drinking water sources in our nation and analyses the harm of organic matter pollution to health of human body.
概述了水体有机物污染研究现状,阐述了我国饮用水源地水体有机物污染状况,并且分析了水体有机物污染对人体健康的危害,指出了今后饮用水源地水体有机物污染的研究重点。
3.
Water quality of drinking water sources in cities is of vital importance to the people livelihood, the nation s economy and society tranquilization.
城市饮用水源地水质直接关系到人民群众生命健康,事关经济发展与社会稳定大局,其保护是我国可持续发展战略的重要目标之一。
6) drinking water resource
饮用水源地
1.
The article introduced the development background of geographic information system for environmental management of drinking water resource in Nanjing,the goals of system design and the principal functions.
介绍了南京市饮用水源地地理信息系统(NJWRG IS)建立的背景、系统设计目标和主要功能,具有实用性、交互性、可开发性、智能化等特点,在资源、技术、尤其是效率上,可对其水源地的保护和管理提供有力的帮助。
补充资料：《生活饮用水卫生标准》(GB5749—1985)
《生活饮用水卫生标准》(GB5749—1985)
Sanitary Standards for Drinking Water
Shenghuo YinyongshuiW七isheng Bicozhun《生活饮用水卫生标准》(GB 5749一1985)(%26矶。。叮Sta爪么几‘fo;刀“吐吨叭攻r)生活饮用水系指人类饮用和日常生活用水，不包括水生物用水以及特殊用途的水。该标准是基于人们终生用水的安全，关于饮用水安全和卫生的技术法规，是城市供水水质的依据，于1986年实施。规定了水质标准和卫生要求，分4大类35项指标及指标的最高限值。细菌学指标是代表饮用水微生物学安全的检测项目，包括细菌总数、总大肠菌群和游离余抓。感官性状和一般化学指标是保障饮用水感官性状良好的重要项目，包括色、浑浊度、臭和味、肉眼可见物、州值、总硬度、铁、锰、铜、锌、挥发酚类、阴离子合成洗涤剂、硫酸盐、叙化物和溶解性总固体。毒理学指标是防止饮用水造成急性和慢性中毒所规定的项目，包括氟化物、氛化物、砷、硒、汞、锡、铬、铅、银、硝酸盐、抓仿、四抓化碳、苯并(a)花、滴滴涕和六六六。放射性指标规定了总Q放射性和总日放射性的参考值。此外，还对水源选择、水源卫生防护和水质检验作了具体规定。(秦枉慧)
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