1) Shuimohe village
水磨河村
1.
Taking Shuimohe village in Henan Province as an example,the present situation of the environmental administration in the rural areas was studied by investigation.
以河南省长葛市坡胡镇水磨河村为例,通过实际调查,明确我国农村基层环境管理现状。
2) Shuimo River
水磨河
1.
Study on Nitrogen Content Distributing and Spatio-temporal Change of Shuimo River;
水磨河氮含量分布及时空变化初探
2.
The Application of Grey Associative Analysis on Water Evaluation of Shuimo River;
灰关联分析法在水磨河水环境质量评价中的应用
3.
Analysis on water pollution features and cause leading to pollution in Shuimo River;
乌鲁木齐市水磨河水环境污染特征及成因分析
3) Shuimohe river
水磨河
1.
Study on water environment assessment and the pollution trend in Shuimohe River of Wulumuqi City;
乌鲁木齐市水磨河水环境评价及污染趋势分析
2.
Organochlorine pesticides(OCPs)in sediments and sewage irrigated area soils from Urumqi Shuimohe river were determined by means of GC-ECD.
用GC-ECD定量测定了乌鲁木齐市水磨河底泥及污灌区土壤中有机氯农药的含量。
3.
Applying the mathematic planning and taking the water pollution control system of Shuimohe River as an example,the controlling system of water pollution in arid zone was discussed,from which the rational allocation of the cost for waste water treatment was presented ,the quantity and the quality of the pollutants were dependent on the natural conditions.
应用数学规划方法，科学地组织污染物的排放或科学地协调各个治理环节，以乌鲁木齐市水磨河流域水污染控制系统为例，对干旱地区水污染控制系统进行了初步探索，从而得出干旱地区污水处理费用的合理负担，并得出污染物排放的数量、质量受自然地理条件制约的结论。
4) Zhicun River Reservoir
峙村河水库
1.
Safety Evaluation of Dam Structure at Zhicun River Reservoir in Nanning
南宁市峙村河水库大坝结构安全评价
5) Shuimo river valley
水磨河流域
1.
Based on the systematic study and analysis of the assessments methods of river water quality and the water quality monitoring of Shuimo river valley in Urumqi in three years, the gray decision making-comprehensive index assessment method was developed after the deep analysis on the traditional gray decision-making assessment method and comprehensive ind.
本文通过对河流水质现状评价系统的调研分析和对乌鲁木齐市水磨河流域近三年水质状况全面了解的基础上,通过对传统的灰色局势决策法和综合指数水质评价法的深入剖析,建立了水质评价灰色局势决策—综合指数评价模型,并将该模型应用到乌鲁木齐市水磨河流域综合水质现状和时空变化趋势评价。
6) Licun Estuary
李村河口
1.
Simulation Study on Mercury Released from Sediment to Atmosphere in Summer and Winter at Licun Estuary of Jiaozhou Bay;
夏冬两季胶州湾李村河口沉积物/大气汞的释放模拟研究
2.
In this study, we examined the Total Organic Carbon (TOC), organic carbon to nitrogen ratio (C/N), Acid Volatile Sulfide (AVS), and heavy metal contents of four sediment cores collected from the Licun Estuary in the northeast of Jiaozhou Bay near Qingdao, China.
本论文以胶州湾李村河口区为研究对象,通过4个沉积柱样的分析测试,对港湾内河口区沉积物中的有机质(TOC)、酸可挥发硫化物(AVS)及重金属的环境响应进行了系统的探讨,发现由于湾内河流流量较小、水动力较弱,且港湾有机生产力较强,只有紧贴河口的细粒(泥质粉砂)区域的有机质才受陆源控制,有机碳含量较高(JZB-2柱平均为1。
3.
The reactive metals, AVS, and organic carbon, etc, were analyzed in 9 short column sediment cores from the Licun estuary in the Jiaozhou Bay.
对胶州湾李村河口9个短柱状样沉积物中活性金属、AVS和有机质含量等参数进行了分析。
补充资料：水磨
水磨
古代水磨的布置方法，王祯《农书》有较详细的记载，其水力部分可分卧轮式和立轮式二种。一个立轮带二磨的装置称为立轮连二磨。还有用二船并联，中间安置立轮，两船各置一磨，使用时将船停泊在水流急的地方，可以根据水流情况迁移位置的叫“活法磨”。唐代又叫“浮皑”。还有一立轮带动三齿轮，每一齿轮带一大磨，大磨两傍再安置二小磨，各由齿轮转动，一立轮共可带转几磨的，叫“水转连磨”。 唐代水皑、水磨极普遍，关中郑白渠上在唐中期有王公贵族的碾皑100多所，大历十三年(778年)因为妨碍灌概一次毁掉八十几所。天宝中(742一756年)宦官高力士在长安西北沫河上筑堰，立了5轮水皑，每天“破麦三百解，。每一轮每天磨麦60解，约合今36石。宋初，开封附近有不少大规模水磨，北宋后期在今河南、山东、安徽等地修建大量水磨，用来磨茶。绍圣四年(1097年)在“长葛等处，京索、溪水河增修磨二百六十余所”。元代南方各省也有茶磨。王祯又创制了水碧、水轮三事等。(黎沛虹)ShuimO水磨用水力推动的磨，古又名水皑。还有装置相似的水碧、水碾。磨，用以磨麦为面或磨茶叶为末等;稍粗的磨，用来破谷壳的叫碧;上有碾盘置碾广碾细米的叫碾。同一装置上，磨可以换成曹、碾的叫水轮三事。水磨、水碾在魏晋南北朝时期已见记载。南齐祖冲之曾造水难、水磨(公元5世纪末);北魏崔亮曾于6世纪初在洛阳附近“谷水造水碾磨数十区，其利十倍，’(见图)。水磨
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参考词条