伊通河

采用吉林大学自行研制的ATEM瞬变电磁测量系统，在长春市伊通河和蔡家等地的活断层进行了勘探研究，取得了较好的效果。

Better effect was obtained from the active fault detection in Yitong River and Caijia of Changchun City with ATEM instrument developed by Jilin University .

伊通河长春市区段含水层介质二维水动力弥散试验研究

Study on 2-D hydrodynamic Dispersion in the Aquifer Medium of Yitong River Valley

采用模拟实验研究了长春市伊通河沉积物中重金属Cu，Pb，Zn和Cd在曝气条件下的释放规律，利用Tessier连续萃取法分析曝气前后沉积物中重金属的形态变化。

Effect of aeration on the release of Cu , Pb , Zn and Cd from the sediment of the ( Yitong ) River in Changchun was studied by simulation experiment , and the morphological changes of the heavy metals before and after aeration in sediment were analyzed too .

伊通河长春段挥发酚污染的分析

Analysis of the Volatile Phenol Pollution in the Changchun Section of the Yitong River

氧化与还原条件下伊通河长春区段沉积物重金属形态特征的对比研究

Comparison of Speciation Patterns of Heavy Metals in Yitong River Sediments under Anoxic and Oxidized Conditions

伊通河受到工业废水、生活污水和农村养殖污水三水夹击所致的水污染问题十分突出。

The water pollution problem of Yitong River is very prominent caused by industrial wastewater , sewage and rural farming sewage .

主要目的是对伊通河流域农业种植区的降雨量和肥料的投入水平对地下水和地表水两方面的氮素含量的影响进行评价，并提出了对该区氮素污染的调控建议。

The main purpose of the research is to show that the use levels of fertilizer and to evaluate actual groundwater and surface water contamination of nitrogen .

对伊通河农安段的受污水体进行了污染源调查和评价，确定了该河段的主要污染源和主要污染物；

Through investigating and appraising the waste water in the section of Yitong River in Nong ' an county , the article lists out the main polluter and pollutant of the river ;

为探索受损河岸生态修复的理论与技术，本文以长春市伊通河支流受损的小河沿子河为研究对象，采用生态工程的原理和生态化的设计方法，对受损河岸进行修复、构建。

In order to explore the theory and technique of restoring the damaged river bank ecosystem , taking YiTong River as the research subject and applying principles and designs of ecological engineering , we began restoration and construction four years ago .

为提高地方环境标准的科学性与可操作性，本文对我国重点保护水域&第二松花江的支流、流经长春市的伊通河现行过严的功能分类标准提出质凝；

For improving the scientific and operating capacity of the local environmental standards , this paper questions the existing over severe functional classifying standards of the running through Changchun City 's Yitong River , the branch of the Second Songhua River , one of the important protective waters in China .

在伊通地堑岔路河地区，利用测井属性与岩性之间的对应关系，结合岩心和录井资料，进行了沉积相分析和储层预测。

At Chaluhe area in Yitong Graben , the relationship between log properties and lithology combining with core and well logging data was used for sedimentary facies analysis and reservoir prediction .