查询词典 gorges

By considering the trait of the artery and anabranch of the Three-Gorges reservoir and analyzing the environmental elements influencing the growth of the algae, we improved on thenutrition dynamic model of the algae"s growth, carried on computer numerical value simulating on the evolvement process of the eutrophication of the Wujiang River, the Hanjiang River and the Three Gorges reservoir by cell mapping algorithm and revealed the dynamics action and mutation forms in the process of the valleys" algae blooms and the relationship between the major elements influencing the algaes growth and the model surge function.

本文结合三峡水库干、支流水体环境特点，通过对影响流域水体藻类生长的环境因素进行分析，改进藻类生长营养动力学模型，并利用胞映射算法对乌江、汉江和库区流域富营养化演化性态进行了计算机数值模拟和仿真分析，揭示流域水华发生过程的动力学行为、混沌性态和流域水质中主要藻类生长控制因子与模型振荡函数间的关系。

In order to change ability of weaker sustainable development of Three gorges reservoir area, instability of ecology, promotion effectuation strategic objective of land sustainable use in Three gorges reservoir area, it is necessary to integrated control present situation , potentiality of land use and driving forces of land use change, to search main obstacle on land use, to research and analyse

取得以下主要结果及结论： 1、通过图件、数据资料的收集，并结合2005年53个乡镇的土地利用实地变更调查，在landstar软件的支持下，采用图形扫描、矢量化和属性录入的方法建立了三峡库区万州土地利

It influence the system design of Three Gorges cascade dispatching center much because the epical application in data in Three Gorges cascade dispatching center.

由于三峡梯调通信中心在数据应用上有着特殊的需求，这样的要求对于三峡梯调通信中心的业务体系网络设计有着重大的影响。

The water loading was simulated based on the digital terrain model of the Three Gorges region. The vertical deformation of the Three Gorges area was calculated according to the Farrell's globosity deformation theory.

根据三峡地区的数字地形模型，模拟三峡工程3次蓄水后的水体负载，利用Farrell提出的质量负荷产生的地壳形变理论，推算3次蓄水后三峡水库库区的垂直形变。

The dissolution process and the rock mass breakage of marlite slope in Three Gorges Reservoir Region affect the Three Gorges Project to go along.

三峡库区泥质灰岩边坡的溶蚀与破坏问题，影响到三峡工程的顺利进行，正确掌握它的破坏规律，有利于边坡治理与防护工作。

After water storage, the Three Gorges lost some fascination in terms of queerness, precipitousness, serenity and tranquility but in compensation, it gained more grandeur and vastness. The grand New Three Gorges exhibits infinite charm and fascination.

蓄水后三峡虽失去了一些神秘，陡峭，安详，宁静的魅力，但却获得了更大的庄严，宽广大三峡现在显示了无穷无尽的魅力。

The 193-km-long Three Gorges, consisting of the majestic Qutangxia, statuesque Wuxia and ferocious Xilingxia gorges, is one of and ferocious Xilongxia gorges, is one of the world's major canyons.

在193公里长的三峡，瞿塘峡的雄伟，体态优美的武侠和凶猛的西陵峡峡谷组成，是一种凶猛Xilongxia峡谷，是世界主要的峡谷之一。

The result is that NE(42°) is the main direction in neotectonic stress field of Three Gorges region. A geomorphy evolution modeling of Three Gorges area is set up by using DEM method and GIS technology. Process simulation of Three Gorges region geomorphy evolution during 500,000 years is carried out.

在模拟地貌演化过程中，本文建立了内营力起主要作用的地貌演化模型，提出了基于DEM进行地貌演化模拟方法，编制了地貌演化模拟程序，并对50万年以来，三峡地区地貌演化过程进行了模拟。

Measured the basic physical parameters of unsaturated soils in Three Gorges Reservoir area; 2 measured the initial sample matric suction using the unsaturated triaxial testing system, which can be used to evaluate the unsaturated soil strength and stress; 3 the drying and moisture absorption experiments were executed using the Tempe apparatus, and got the Soil-Water Characteristic Curve, permeability coefficients of every stress level were simulated according to the parameters from the SWCC; 4 the unsaturated soil strength tests were carried out using the GDS triaxial testing system, then got the Mohr circle and shear strength parameters; the results from different stress paths were compared; meanwhile, the axial strain-stress ratio-volume strain curve of different matric suction and different radial pressure was got, as well as their relationship; The research, which provided the necessary data and reference for Three Gorges Reservoir area geologic disaster, is the basic component of Three Gorges Reservoir geologic disaster prevention and research, and experimental results will be used directly in the project.

1量测了三峡库区非饱和土的基本物性参数； 2用非饱和土三轴试验仪量测了试样的初始基质吸力，为评估非饱和土的强度和应力水平提供参考； 3用Tempe仪和体积压力板仪进行了非饱和土的干燥和吸湿试验，得到了土-水特征曲线，并根据其参数拟合出各级吸力状态下对应的渗透系数； 4用GDS三轴仪进行了强度试验，得到了Mohr圆和抗剪强度参数；并比较分析了不同应力路径下试验结果；同时得到不同吸力和不同围压下轴向应变-应力比-体应变的关系曲线和其相互关系。该研究是三峡库区地质灾害防治研究工作的基础性工作，其结果将直接应用到工程实际中，为三峡库区地质灾害提供必要的数据和参考。

Our company has completed the Gaobazhou power plant construction, the Three Gorges permanent ship lock forward for water project construction, the Three Gorges permanent ship lock lateral water intake works, the temporary shiplock shiplift of the excavation project, the Three Gorges 35 KWA transmission plant construction, the Three Gorges Su Qin way road construction project, a permanent ship lock intake excavation, the Three Gorges Project Construction old trees Ridge, the Three Gorges Maopingxi Ping Protection Project and the Three Gorges Zuoyou An site formation and road construction, has created the excavation of earth and stone, 500,000 of the M3 Excavation records.

我公司先后完成了高坝洲电站施工、三峡永久性船闸正向取水工程施工、三峡永久性船闸侧向取水口工程、临时船闸升船机段开挖工程、三峡35KWA输变电厂施工、三峡苏覃一路道路修建工程、永久性船闸进水口开挖、三峡古树岭工程施工、三峡茅坪溪坪防护工程及三峡左右岸场地平整和道路修建，曾创造了月土石方开挖50万M3的开挖记录。

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。