河流底泥,fluvial sediment
1)fluvial sediment河流底泥
1.Environment and health of thefluvial sediment were closely linked with the developments of urbanization,industrialization and argricultural intensivism.城市化、工业化和农业集约化的发展影响着河流底泥环境和健康质量。
英文短句/例句
1.A Study on Sediments Contamination and In-situ Stabilization of Urban River城市河流底泥污染与原位稳定化研究
2.Preliminary Study on Release Rule of Cr~(6+) from River Sediments河流底泥中六价铬释放规律初步研究
3.Preliminary Study on Nitrogen and Phosphorus Release from the Creek Sediments, Outskirts of Shanghai上海市郊河流底泥氮磷释放规律的初步研究
4.Study on N and P Release of Nansi Lake and Its Inflow Rivers Sediment and Its Influencing Factors南四湖及其入湖河流底泥氮磷释放及其影响因素的研究
5.Studies on Organochloride Pesticides(OCPs)residues of soils and sediments in the Tongzhou irrigation area of Beijing北京通州灌区土壤和河流底泥中有机氯农药残留的研究
6.Study on Pollution Characteristics of PAHs in Sediments from Huaihe River Valley in Anhui;安徽省淮河流域底泥中PAHs污染性状研究
7.The bottom of a body of water, such as a stream.（河）床水域的底部，如河流的底部
8.The streams are clogged with mud这些河流被污泥所阻塞。
9.The steamer stirred up the mud in the river.汽船把河底的泥浆搅了起来。
10.Study on Rule of Nitrogen and Phosphor Release from Sediments in Yanghe Reservoir;洋河水库底泥氮磷释放规律试验研究
11.Research and Discovery of Chemical Remediation in Urban River Sediment城市河道底泥化学修复的探索与研究
12.Nutrient Release from the Sediment in Xiangxi River Bay香溪河库湾底泥营养盐释放规律初探
13.STUDY OF HCHs AND DDTS IN SEDIMENT OF FU RIVER AT NANCHANG SEGMENT抚河南昌段底泥HCHs及DDTs的污染研究
14.A river as it flows may deposit earth, stone, mud, etc.河流能沉积泥土、石头和泥等。
15.Characteristics and Significance of Sediment in Pengyuepu Creek彭越浦苏州河河口底泥沉积特征与意义
16.The Study of Sediment Heavy Metal Pollution and Sediment Treatments by Chemical Oxidization of Shijing River, Guangzhou;广州市石井河底泥重金属污染及底泥氧化处理研究
17.Analysis of Sediment Dispersal of the Huanghe(Yellow) River Mouth--A Case of Diaokouhe Lobe黄河河口泥沙扩散规律分析——以钓口河流路为例
18.Many rivers carry silt toward the equator.许多河流带着泥沙流向赤道。
相关短句/例句
riverbed sludge河湖底泥
1.The experiment study the pyrolysis behaviors of coal slime andriverbed sludge using the method of liner warming.实验采用线型升温的方法对煤泥水与河湖底泥共热解制氢特性进行了研究。
3)River sediment河道底泥
1.Situations of river sediment disposal of Shanghai and Pengyuepu River are introduced.介绍了上海市河道底泥处置的现状,并对彭越浦河道底泥的化学成分、粒径分布进行了测定。
2.Main components and features of river sediment are introduced Secondary pollution of river sediments to the water quality of the river is clarified Studies on importance and approaches to reutilization of river sediment are elucidated and carried out, which lead to the future and problem of the reutilization of river sedimen主要介绍了河道底泥的主要成分和特征 ,阐明了河道底泥对上覆水体水质的二次污染作用 ,并对河道底泥资源化的意义和途径进行了阐述和研究 ,指出底泥资源化的方向和存在的问
3.The principle, method and results of measuring specific surface area of ceramisite made of river sediment are discussed.讨论了以河道底泥和生活污泥为原料烧制的陶粒比表面的测定原理、方法和结果 ,并对生活污泥添加量、粘结剂添加量和烧结温度对陶粒比表面的影响作了进一步分析。
4)Sediment of Fen River汾河底泥
1.Study on the Heavy Metal Pollution inSediment of Fen River;汾河底泥中重金属元素污染状况研究
5)river sediments河底污泥
1.Seeded with normal anaerobic granular sludge,mixed sludge(normal anaerobic granular sludge and aerobic activate sludge),river sediments respectively, feeding with synthetic wastewater containing ammonia and nitrite, three similar lab-scale UASB systems were started up.采用 3套相似的小试UASB系统 ,分别接种普通厌氧颗粒污泥、普通厌氧颗粒污泥与好氧活性污泥的混合污泥以及河底污泥 ,以自配含NH+ 4 N和NO-2 N的废水为进水 ,分别经过 2 2 5d、2 2 0d和 2 5 0d的启动运行 ,均成功实现了厌氧氨氧化过程 ,氨氮去除率都达到 80 %以上 ,但在各反应器中由厌氧氨氧化过程所去除的氨氮与亚硝酸氮的比例有较大区
2.s: Usingriver sediments as seed sludge, at the condition of pH 5.利用河底污泥,以葡萄糖为基质,在pH值为5。
3.Effects of some major factors of anaerobic fermentative biohydrogen production with organic substrates was evaluated using preheatedriver sediments as seed sludge The results showed that: at 35 ℃ and initial pH of 65, these sediments could use different sugars including xylose,glucose,fructose ,sucrose,cellobiose,starch as substrates to produce hydrogen.本文采用经预热处理后的河底污泥,对其利用有机物厌氧生物产氢过程中的几种主要影响因素进行了试验研究。
6)bed mud河底泥
1.A gas chromatographicmass spectrometric method (GCMS) for the simultaneous determination of environmental estrogens (including 4nonylphenol, bisphenol A, diethylstilbestrol and 17αethinylestradiol) and endogenous estrogens (including 17αestradiol, 17βestradiol, estriol and estrone) in urine andbed mud is reported.报道了尿及河底泥中环境雌激素(壬基酚、双酚A、己烯雌酚、17α 乙炔基雌二醇)和内源性雌激素(17α 雌二醇、17β 雌二醇、雌三醇、雌酮)的气相色谱 质谱(GC MS)测定法。
延伸阅读
阿泥底耶【阿泥底耶】（天名）A^ditya，日天子之梵名。见不空罥索经四。
