悬浮泥沙浓度,Suspended sediment concentration
1)Suspended sediment concentration悬浮泥沙浓度
1.Study on quantitative remote sensing models for measuring suspended sediment concentration;悬浮泥沙浓度遥感反演模式研究
2.Vertical distribution rule analysis and simulation of suspended sediment concentration in Hangzhou bay;杭州湾悬浮泥沙浓度垂向分布规律分析与模拟
3.Estimating Surface Suspended Sediment Concentration in the Estuary Based on the Spectral Mixture Model with Remotely Sensed Data基于光谱混合模型的河口表层悬浮泥沙浓度卫星遥感反演研究
英文短句/例句
1.Estimation of suspended sediment concentration at Zhujiang River Mouth based on decomposition of mixing spectrum利用混合光谱分解估测珠江口悬浮泥沙浓度
2.Offshore assimilation of tide and suspended sediment concentration near the Yangtze Estuary长江口外海潮汐和悬浮泥沙浓度的同化方法
3.Data Reconstruction and Assimilation Experiment of Satellite Sea Surface Temperature and Suspended Sediment Concentration卫星遥感海表温度与悬浮泥沙浓度的资料重构及数据同化试验
4.The Study of Satellite Remote Sensing on Concentration and Temporal-spatial Distribution of Suspended Sediment in the Yangtze Estuarine and Near-shore Waters河口近岸悬浮泥沙浓度及时空分布的卫星遥感研究
5.Retrieval and Analysis of Surface Suspended Sediment Concentration by Remote Sensing in Hebei Caofeidian Offshore河北曹妃甸地区近海表层悬浮泥沙浓度的遥感反演与分析
6.Characteristics and regression equations for vertical distribution of suspended sediment concentration in the Yellow Sea and East China Sea黄东海悬浮泥沙浓度的垂向分布特征及其回归模型
7.THE CORRELATION BETWEEN THE AVERAGE REFLECTANCE OF CASE Ⅱ WATER IN CAOFEIDIAN OFFING AND THE CONCENTRATIONS OF SURFACE SUSPENDED PARTICULATE MATTER曹妃甸近海Ⅱ类水体光谱反射率与悬浮泥沙浓度相关性研究
8.Estimating Surface Suspended Sediment Concentration in the Estuary Based on the Spectral Mixture Model with Remotely Sensed Data基于光谱混合模型的河口表层悬浮泥沙浓度卫星遥感反演研究
9.Time-series MODIS images-based retrieval and change analysis of suspended sediment concentration during flood period in Lake Poyang基于时间序列MODIS影像的鄱阳湖丰水期悬浮泥沙浓度反演及变化
10.Discussion on vertical structure of suspended sediment concentration of macro-tidal estuary during spring tide--taking Zhapu of Hangzhou Bay as an example强潮河口悬浮泥沙浓度垂向结构分析——以杭州湾乍浦水域大潮期为例
11.MODIS images monitoring short-period variation of estuary surface water suspended sediment concentrationMODIS监测河口水体悬浮泥沙质量浓度的短期变异
12.Quantiative Analysis of Suspended Sediment and Chlorophyll Concentration Using MERIS Data in Taiwan Strait;台湾海峡MERIS数据悬浮泥沙与叶绿素浓度遥感分析
13.The Study on the Gel-like Network of Hyperconcentrated Cohesive Sediment Suspensions;高浓度粘性沙悬浮体系类凝胶网络的初步研究
14.The Mathematic Study on Multi-angle Polarization Information of Suspended Sediment;悬浮泥沙的多角度偏振信息量化分析研究
15.The Water Body Suspended Silt Many Angle Polarization Reflection the Quantitative Research of the Characteristic;水体悬浮泥沙多角度偏振反射特性定量研究
16.A Combined Denitrification Sludge Bed-Suspended-Growth Nitrification Reactor System Treating High-Strength Nitrogen Wastewater;脱氮污泥床串联悬浮硝化系统处理高浓度氨氮废水研究
17.during the spring-tide , in the south channel it in flood tide is greater than that in ebb tide while in the north channel it in ebb tide is greater than that in flood tide;大潮时,南槽涨潮悬沙浓度大于落潮悬沙浓度,北槽落潮悬沙浓度大于涨潮悬沙浓度;
18.The Research on the Suspended Sediments in the Yellow River with Highspectrum and Multi-angles Polarization;黄河花园口段水体悬浮泥沙的高光谱、多角度偏振信息探究
相关短句/例句
thick suspended-sediment高浓度悬浮泥沙
1.Acoustic observation ofthick suspended-sediments;高浓度悬浮泥沙的声学观测
3)Aquatic suspended solids concentration水体悬浮泥沙浓度
4)suspended sediment concentration(SSC)悬浮泥沙质量浓度
1.The suspended sediment concentration(SSC) in high-energy coastal water in China has high spatial and temporal variation.针对我国近海高能海区水体悬浮泥沙质量浓度(SSC)表现出的时空变异特征,以典型强潮型河口——杭州湾为例,在3个不同采样区分别连续观测获取水体表层悬浮泥沙质量浓度数据,结合MODIS卫星遥感资料,利用人工神经网络(ANN)方法建立了表层悬浮泥沙质量浓度遥感反演模型。
5)Sediment"s concentration悬浮沙浓度
6)floc concentration悬浮层污泥浓度
延伸阅读
坝区泥沙淤积坝区泥沙淤积sedimentation in dam areaboqLJ rl}sho ytljl坝区泥沙淤积(Sedimentation in dam area)河流上筑坝塑水后，由于塑水区内水深加大，流速降低，泥沙沿程淤积，并向坝前推进，造成坝前泥沙的淤积。坝区泥沙淤积产生的问题主要有:①在船闸引航道中及其口门附近产生淤积，使航深不足或水流不顺而有碍通航。②电站进水口前的泥沙堆积使过机水流中的含沙量增大，泥沙变粗，造成过水建筑物或水轮机过流部件的严重磨损。③坝前泥沙淤积有可能影响问门启闭，堵塞泄水孔，影响大坝安全。以通航为主的枢纽和以发电为主的枢纽对坝区水流条件的要求不同，防治坝区泥沙淤积的措施也不一样。(1)以通航为主的枢纽。宜将船闸布置在靠近稳定深乱线一侧，要避开弯道的凸岸和回流、缓流区。这些地区都是泥沙集中淤积处，且淤积后又难于冲走。结合各个工程的实际情况，可设置某些导流排沙工程，如修建引航导墙以破除回流减少淤积;设置底部高程较低的冲沙闸，以定期冲刷上游及下游引航道淤沙。(2)以发电为主的枢纽。高水头水电站的防沙措施主要是设置高程较低的排沙孔。排沙孔布置在机组进水口的下面，防沙效果最好，但结构复杂，施工及管理都不便。一般把排沙孔设在进水口的侧下方，其位置以使进水口处在冲刷漏斗的影响范围之内为原则。低水头枢纽的防沙措施，主要是进行合理的平面布置。如利用弯道环流特性，正面取水，侧面排沙，同时设置导沙坎，常能取得较好的防沙效果。在中小型水库中，也可采取清浑水分治的办法，即在童水区上游修建排浑渠(或排浑洞)，当汛期洪水人库时，可将浑水通过排浑渠(洞)直接排往坝下游，减少主库淤积，缓解坝区泥沙问题。
