U.S.-Czechoslovakia Research on Aquifer Transport PropertiesUsing Geoelectric Methods

美国和捷克斯洛伐克合作的主要目的 威廉·凯利博士的研究项目 和查尔斯大学的斯坦尼斯拉夫·马雷斯博士， 布拉格将扩展 估计含水层输运的地面地电学 特性. 研究人员计划1）建立 用于传输测量的适当地电模型- 2）测试模型，看看分辨率如何 输运性质可由直流电 地面地电方法; 3）测试 在实际现场的方法。 适当的 将采用多种方法，包括 侧写，探测，填海，掩埋 电极上 研究人员的努力有望 开发一种方法，可用于将联合收割机 地电测量数据 从生产威尔斯确定的属性 评估井口区和地下水含水层 污染测量的输运特性 运动 该项目在含水层运输性能满足 以增进科学知识为规划目标 通过让美国的顶尖专家和 东欧将联合收割机互补人才， 共同感兴趣领域的研究资源 和能力。

The primary objective of this US-Czechoslovak Cooperative research project between Dr. William Kelly of University of Nebraska and Dr. Stanislav Mares of Charles University, Prague is to extend the quantitative capabilities of surface geoelectrics for estimating aquifer transport properties. The researchers plan 1) to establish appropriate geoelectrical models for transport measure- ments; 2) to test the models to see to what resolution transport properties can be determined by direct current surface geoelectrical methods; and 3) to test the methodology on an actual field site. An appropriate combination of methods will be employed including profiling, sounding, mise-a-la-masse, and buried electrode. The researchers' efforts are expected to develop a methodology that could be used to combine data from geoelectrical measurements with measurements from production wells to determine the properties of aquifers for evaluation of wellhead areas and the transport properties from measurements of pollution movement. This project in aquifer transport properties fulfills the program objective of advancing scientific knowledge by enabling leading experts in the United States and Eastern Europe to combine complementary talents and pool research resources in areas of strong mutual interest and competence.