湘江

有五六个人乘着小船横渡湘江。

Five or six people were crossing the Xiang River in a small boat .

流式细胞检测技术对人工雌核发育草鱼、普通草鱼和湘江野鲤细胞的相对DNA含量进行了测定。

Test ploidy of the artificially gynogenetic grass carps 、 common grass carps 、 Xiangjiang wild carp in use of the flow cytometry .

湘江水体污染治理采用BOT模式的探讨

Discussion on the Water Pollution Control of Xiang River by BOT Pattern

岳鲤及其双亲（荷包红鲤♀、湘江野鲤♂）LDH同工酶的研究

Study on LDH Isoenzymes of Hybrid Yue-carp and Its Parents

第四部分主要对长沙湘江滨水区进行了SWOT分析。包括长沙湘江滨水区可持续开发的优势与劣势、机遇与挑战的综合分析与评价。

The fourth part has carried on SWOT analysis to the Xiang River bank water district of Changsha mainly .

涪江、汉江磁铁矿富Ti和V，而湘江磁铁矿富Ti和Al；

Ti and V are concentrated in magnetites from the Fujiang River and Hanjiang River , and Ti and Al are rich in the Xiangjiang River .

在此基础上，又以长株潭湘江河岸带为实例，对它的现状、景观空间格局进行了详细的分析，并运用地理信息系统（GIS）和制图软件进行了景观分类和景观空间功能分区。

Moreover , the essay detailedly analyses Xiangjiang River riverside 's sight patterns and plots it out into different sight styles and sight spaces by GIS and some drawing softwares .

探讨了双酚A（BPA）在湘江沉积物上的吸附/解吸特征。

The sorption / desorption characteristics of bisphenol A ( BPA ) on Xiangjiang River sediments was investigated .

本文建立了基于GIS的河流水质模拟系统，并以湘江长沙段为例，进行河流水环境信息的管理分析以及水质的模拟预测。

In this paper , the Stream Water Quality Simulating System ( SWQSS ) has been developed and applied in ChangSha section of Xiangjiang River to administrate water environmental information and forecast the quality of water .

通过试验探讨了颗粒活性炭（GAC）-石英砂生物过滤对湘江微污染源水的处理特性。

The character of treating Xiangjiang River micro-polluted source water with granular activated carbon ( GAC ) sand biofiltration was investigated with test .

黄土高原流域水系的HORTON级比数和分形特性湘江流域水文地理

Horton 's Order Ratios of Water Course Network of Drainage Basin and their Fractal Characters in the Loess Plateau

基于ANSYS有限元软件，以湘潭市湘江四大桥为工程背景，建立了斜拉拱桥结构的平面有限元模型。

Taking the Xiangtan Xiangjiang 4th bridge as an example , the planar finite element models of cable-stayed arch bridge are erected , and the influence line and envelope diagram of main arch are got by ANSYS software .

最后，结合湘江长沙综合枢纽工程这一PPP案例项目进行分析，得出了公共部门和私人部门对共担风险的承担份额，并提出了一系列的制度保障和相关建议。

Finally , it analyzes the result through combining the Xiangjiang comprehensive hub project of Changsha . It obtains the bear share of public sectors and private sectors to the share risks .

潜在生态危害指数法评价的结果表明：湘江长株潭段底泥中重金属的生态危害总体很强，Cd是湘江长株潭段重金属潜在生态危害的主要贡献因子，其次是Pb。

The Potential Ecological Risk Evaluation shows that the ecological harm of heavy metals in sediment of Changsha-Zhuzhou-Xiangtan section of Xiangjiang River is very strong on the whole , Cd is the main factor in this part , followed by Pb .

但由于过去几十年湘江流域各地政府盲目追求GDP增长，对环境污染重视不足，缺乏监管，使得在过去半个世纪的时间内重金属污染快速加剧。

But because of the past decades in xiangjiang river basin governments around the world blind pursue GDP growth , attention to environment pollution and lack supervision , made in the past half a century of time the heavy metal pollution spinning .

本文用ARMA序列的半参数预报方法对湘江水位进行预报，结果表明，这一方法具有好的应用价值。

In this paper , the semi-parametric forecasting method for ARMA series is used for the Xiangjiang 's water level forecasting . The result shows that with this method , application value is good .

然后以正在修建的湘潭市湘江四大桥这一斜拉拱桥为工程背景，运用大型通用有限元软件ANSYS对其进行了稳定性分析。

Then , with cable-stayed arch bridge which is the fourth big bridge be under construction in XIANGTAN city Hunan province for engineering background , makes use of large and in general use finite element software ANSYS to analysis the stability of the bridge .

屏山渡湘江大桥采用预应力混凝土连续箱梁，跨径组合为45+270+45m，桥墩高度仅7·4m。

Xiangjiang great bridge over Pingshan Ferry adopts prestressed concrete continuous box girder . The span assembly is 45 + 270 + 4 5 m and the height of bridge pier is only 7.4m .

分析了湘江沿岸城市污水处理存在的问题；讨论了BOT模式在城市污水处理行业的优点，认为该模式是一种长期的、稳定的投资模式，并论证了湘江流域采用该模式的可行性。

The authors analyze the problems of urban sewage treatment in cities along Xiang River , discuss the advantages of BOT pattern in the urban water treatment industry and find this pattern is a long-term and stable investment , and explore the feasibility in the watershed of Xiang River .

试验结果表明，生物过滤可有效去除湘江微污染饮用水源中的可同化有机炭（AOC）、可生物降解有机炭（BDOC）、氨氮、铁、锰和浊度，提高饮用水生物稳定性。

The results show that the biofiltration can effectively remove assimilable organic carbon ( AOC ), biodegradable dissolved organic carbon ( BDOC ), ammonium , iron , manganese and turbidity in the micro polluted drinking water resources of Xiangjiang river , and raise the biological stability of drinking water .

湖南湘江流域污染的安全评价

Safety Evaluation on Pollution of Xiang River Valley in Hunan Province

湘江谷地土壤中稀土元素含量及分布特征

Concentrations and distributions of REE in the soils from Xiangjiang Valley

超滤法处理湘江原水的试验研究

Experimental Study on Treating of Xiang Jiang River Water by Ultrafiltration

衡阳市湘江水污染特征及其治理

Water polluting features and its harnessing along with Xiangjiang River Hengyang

湘江流域水污染治理中地方政府间协作问题研究

The Xiangjiang River Water Pollution Government Place Intergovernmental Cooperation Question Research

湘潭湘江三大桥主塔设计

Design of main tower of No.3 bridge for Xiang River

湘江航道整治的基本理论和主要经验

Basic theories and main experiences of channel regulation of the Xiangjiang River

湘江流域洪水灾害综合风险评价

Integrated flood risk assessment of Xiangjiang River Basin in China

湘江流域水土保持规划预期效益评价

Benefit Assessment of Water and Soil Conservation Planning in Xiang River Valley

湘江战役红军思想政治工作

I & P Work of the Red Army during Xiang River Campaign