查询词典 Yangtze

Wu Tong Hall, located in the city center; 2, the three countries will be Zhou Yu of Taiwan, Kom Tong Hall at Lake Heart Lake on the island; 3, Xunyang Lou,"The Water Margin" mentioned in the riverside ; 4, pipa Pavilion, Po Chu-i "pipa" mentioned, is located in Jiujiang Yangtze River Bridge under the Lake Biwa; 5, Nengren Temple, the city government next door; 6, wave Well, West Road; 7, lock Jiang Tower House, the Yangtze River Shore; 8, Jiujiang Yangtze River Bridge.

甘棠湖，位于市中心；2、三国周瑜点将台，位于甘棠湖湖心小岛上；3、浔阳楼，《水浒传》中提到过，在江边；4、琵琶亭，白居易的《琵琶行》提到过，位于九江长江大桥下的琵琶湖；5、能仁寺，市政府隔壁；6、浪井，西园路；7、锁江楼塔，长江岸边；8、九江长江大桥。

Yangtze River Delta, inter-city railway companies李庆鸿preparatory group on the 19th in the "Third China Urban Rail Transit Summit" and disclosed that in March 2005, the State Council executive meeting examined and approved in principle "Ring Beijing-Tianjin-Hebei Bohai Sea region, the Yangtze River Delta, the Pearl River Delta region inter-city rail transit network planning "(2005-2020), as a symbol of the Yangtze River Delta inter-city rail transit construction started.

长江三角洲城际铁路公司筹备组李庆鸿19日在"第三次中国城市轨道交通首脑会议"，并透露，在2005年3月，国务院常务会议审议并原则上批准了"环京津冀环渤海地区，长江三角洲，珠江三角洲地区城际轨道交通网规划"（ 2005-2020年），作为一个象征，长江三角洲城际轨道交通动工。

2Nd, hydrology condition this project is situated at north Yangtze River, its hydrologic remime is as follows: Yangtze River history maximum high-water: 45.22m (in 1998) Yangtze River history most low water level: 30.37m Yangtze River mean water level: 35.745m Yangtze River average sand content: 1.16kg/m3 the subsoil water level (water volume is rich, water quality good): after 0.8m the Three Gorges Dam completes, the Yangtze River Shashi hydrologic station's water level, will rise 1-2 meters equally in the waterless season, the ample flow season will drop above equally 1-2 meters, both are advantageous to the flood prevention, and can guarantee that 3000 tonner barges year to year normally navigate and anchor.

水文条件该项目地处长江北部，其水文情况如下：长江历史最高水位：45.22m（1998年）长江历史最低水位：30.37m 长江平均水位：35.745m 长江平均含砂量：1.16kg/m3 地下水位：0.8m 三峡大坝建成后，长江沙市水文站的水位，在枯水季节将平均上升1—2米，丰水季节将平均下降1—2米以上，既有利于防洪，又能保证3000吨级驳船的常年正常航行和停靠。

In accordance of dynamical analysis to asymmetric basin forming, it is restricted doubly by crust multi-layer rheological structure and regional geotectology background in the Lower Yangtze regional crust, especially in close relationship with action of C-layer (18-20km) in the Lower Yangtze region crust. After quantitative analysis of mutual relation between the basin geometrical feature and the crustal structure, a new way will be supplied to the research of Mesozoic-Cenozoic sedimentary basin evolution and the oil -gas exploration in the Lower Yangtze region.

在此基础上，对非对称盆地形成的动力学分析认为，它受下扬子地区地壳多层次流变结构及区域大地构造背景的双重制约，尤其与下扬子地区地壳C层(18-20Km)的活动密切有关，定量分析了盆地的几何学特征与地壳结构之间的相互关系，为下扬子地区中新生代沉积盆地演化的研究及其油气勘探提供了新的研究途径。

Based on the existing data of the Yangtze delta area, a preparatory simulative experiment have been done by the model on the sea-land change course in Yangtze delta area since l0000aBP, and a good simulative effect are obvious from the hypsometric paleotopographic map and 3D color shaded-relief map which exported from the model. That provides a visual scene to analyze and discuss the Yangtze delta evolution, coastline shifting, even the relationship between the ancient civilizations migration and environments.

利用海面—地面系统的模拟模型，对长江三角洲一万年以来的海面—地面变化过程进行了重构和反演，获得了一套该地区的古地貌和海陆关系演变图，它包括等高线、晕渲图、三维图等三种不同表现形式的地形图，为分析讨论长江三角洲地区地貌发育、岸线变迁乃至古代文明的迁徙和兴衰与环境的关系提供了很直观的场景。

There are many academic fruits of the development of the City Clusters on Yangtze River Delta. It is few productions in studying the development of Nanjing's satellite cities as the system of "zonary cities". In 2004, the cities' governments of the City Clusters on Yangtze River Delta had extended the boundary of developing stratagems to extensive Yangtze River Delta.

对长江三角洲城市群发展研究的学术成果很多，但把南京市卫星城市发展以&带城&为体系来研究则没有见到。2004 年，长江三角洲城市群的城市政府已经把发展战略的边界延伸到&泛长江三角洲&。

They suggested state to formulate and implement "Protect Yangtze River Action Plan" and according to the fudamental research of Yangtze River and the characteries, current situation and problems of water resource comprehensive management, they put forward 10 reasearch projects that much needed to work out and 4 outlines of "Protect Yangtze River Action Plan".

会议建议国家尽快制定和实施&保护长江行动计划&，并根据长江流域基础科技研究和流域水资源综合管理的特点、现状和问题，提出了亟待开展研究的10个课题及&保护长江行动计划&4项纲要。

Performance and the relationship between them of the Yangtze River Delta and get the current developing status of district tourism industrial organization of the Yangtze River Delta The last chapter reviews the current local policies inside the Yangtze River Delta under the total industry policy system, and puts forward the policy suggestion of improving the efficiency of tourism industrial organization of the Yangtze River Delta according to the SCP paradigm.

最后一章在我国总体的产业政策体系下回顾了长三角区域内地区现行的旅游发展政策，基于SCP范式提出提高长三角区域旅游产业组织效率的政策建议。

Yangtze River glacier retreat has little to do with human factors Yangtze River glacier retreat has little to do with human factors Shangguan Dong-hui said that the short term, the glacier melt water to the Yangtze River has brought plenty of water, the surface, in the Northwest seems to be a good thing, but this supply led to the uneven seasonal river runoff in winter The early release of melt water, resulting in spring flood summer drought.

Yangtze River glacier retreat has little to do with human factors ；是由上海埃非凯阀门有限公司提供的阀门新闻，中文译文仅供参考(上海埃非凯阀门有限公司还生产疏水阀隔膜阀旋塞阀柱塞阀鸭嘴阀及电动调速蝶阀，气动通风蝶阀，美标波纹管闸阀，c，平行式双闸板闸阀，欢迎您的选购。)长江源冰川的退缩与人为因素关系不大上官冬辉说，短期内，冰川的融水给长江带来了充沛的水量，表面上看，对西北地区似乎是一件好事，但是，这种补给导致江河的径流量季节性不均，冬季的融水提前释放，从而造成春汛夏旱。

But Yangtze river economy rone faces with many problems. Soil erosion is the first environment problem in the upper reaches of the Yangtze river(Gu Shengzu, 1998). Of course it is the first problem of the Yangtze river economy zone.

但是长江流域和长江经济带的可持续发展也面临很多问题，长江上游的主要问题是水土流失，该问题已成为我国生态环境的头号问题(辜胜阻，1998)，当然也是长江全流域开发治理的头号问题。

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。