黄河底质,the Yellow River sediments
1)the Yellow River sediments黄河底质
1.In order to assess the risk of phenols inthe Yellow River sediments,the quantitative structure-biodegradability relationship were performed with the BOD5 of 17 phenols by the regression analyses and artificial network approach,respectively.为了评估和预测酚类污染物在黄河底质中的生物降解性,以黄河底质为接种介质,以17种酚作为受试化学品,以生化需氧量作为生物降解性参数,以10种化学品的分子结构描述符和取代基团作为分子结构的定量参数,分别采用线性回归法和人工神经网络法建立了酚类化合物的分子定量结构与其生物降解性相关模型。
英文短句/例句
1.Biodegradability Model of Phenols in the Yellow River Sediments酚类在黄河底质中的生物降解性模型研究
2.Influence of Water Pollution on Species Diversity of Freshwater Benthic Macro-invertebrates in the Yellow River Delta;黄河三角洲水质污染对淡水底栖动物多样性的影响
3.The Three Gorges Project on the Yangtze River and the Xiaolangdi Project on the Yellow River successfully completed damming.长江三峡和黄河小浪底工程成功截流。
4.The key water projects at the Three Gorges on the Yangtze River and at Xiaolangdi on the Yellow River长江三峡和黄河小浪底水利枢纽工程
5.Xiaolangdi Dam project on the Yellow River is 154 meters high.黄河小小浪底大坝工程有154米高。
6.Study on Prestent Situation of Plant Resources in the Yellow River of Xiaolangdi Spot黄河小浪底风景区植物资源现状研究
7.Regulation of density flow routing of Xiaolangdi reservoir in Yellow river浅析黄河小浪底水库异重流演进规律
8.Benthic Organism Biomass Size Spectra in Huanghe River Adjacent Waters黄河口邻近海域底栖动物粒径谱研究
9.A Crucial Project for Harnessing the Yellow River:Xiaolangdi Multi-purpose Dam Project治理黄河的关键工程——小浪底水利枢纽
10.Percentage of the Water Quality of the Yellow River System黄河水系水质类别比例
11.As the sampler is dragged along the bed, it collects a sample from the top layer of bed material.取样器沿河底拖动，收取表层河床质。
12.Mechanical Tests of Block Media in the Underground Plant Chambers of the Xiaolangdi Multi-Purpose Dam Project──Effect of Prestressed Anchorage Cable Supports黄河小浪底水利枢纽工程地下厂房洞室群块体介质力学模型实验──预应力锚索支护效果
13.Oxidative Stress Effect of the Yellow River Water Quality on Triplophysa Pappenheimi黄河兰州段水质对黄河高原鳅氧化胁迫效应
14.Study on Flow State Change of Wandering Section of Lower Reaches of the Yellow River When Xiaolangdi Project Put into Operation;小浪底水库运用后黄河下游游荡性河段河势变化分析研究
15.Sidelights on the first successful experiment with water and silt regulation at the Xiaolangdi key water-control project on the Yellow River黄河小浪底首次成功调水调沙试验侧记
16.Effect of the Zoobenthos Activities on the Seepage Features of the Sediment Ground in the Yellow River Estuarine Area;生物活动对黄河口底土渗流特性的影响研究
17.Study on Seepage in the Dam Base of Xiaolangdi Project on Yellow River;黄河小浪底水利枢纽工程大坝坝基渗流分析
18.Study on the Tourism Environmental Capacity of Water Beauty Spot;黄河小浪底水库风景区旅游环境容量研究
相关短句/例句
streambed substrate河床底质
1.Field experiment on the effect ofstreambed substrate on macroinvertebrate diversity;河床底质对大型底栖动物多样性影响的野外试验
3)riversediment河域底质
4)the Yellow River Xiaolangdi黄河小浪底
1.On the planning plan ofthe Yellow River Xiaolangdi Landscape Region,the human-oriented principle was sufficiently reflected,the green landscape and green ecology as well as the rich culture environment connotation were highlighted,the harmonious plant landscape was built,and the ecological landscape construction was realized.在对黄河小浪底风景区绿化规划中充分体现“以人为本”的原则,突出绿色景观和绿色生态,丰富环境的文化内涵,构建和谐植物景观,实现生态造景。
5)Yellow River"s water quality黄河水质
6)Xiaolangdi Reservoir黄河小浪底水库
1.The Study of the Rule of Sediment Movement and Deposit and Operation of Reducing Sediment forXiaolangdi Reservoir of Yellow River;黄河小浪底水库库区泥沙冲淤规律及减淤运用方式研究
延伸阅读
阿钵底钵喇底提舍那【阿钵底钵喇底提舍那】（术语）A^patti-pratides/ana，忏悔之梵语，新译曰说非。寄归传二曰：“阿钵底者，罪过也。钵喇底提舍那，即对他说也，旧云忏悔。非关说罪。何者？忏摩乃是西音，自当忍义。悔乃东夏之字，追悔为目。悔之与忍回不相干。若的依梵本，诸除罪时，应云至心说罪。”饰宗记八本曰：“旧云忏悔。”
