| 1. | To code and automate the processing and explanation of ip groundwater prospecting data is the effective approach to promote the efficiency and quality of our work
实现激电找水资料处理和解释的系统化、软件化是提高激电找水工作效率、数据质量和地质效果的有效途径。 |
| 2. | The paper can be divided into four parts : part one : the current situation and deficiency in ip groundwater prospecting and significance to develop a visual software system are described in the exordium
论文分为四个部分： 1 、绪论给出了激电找水的问题、现状、开发的意义。 |
| 3. | The visual software system for ip groundwater prospecting is a vital tool in the processing and explanation of ip groundwater prospecting data . it plays an important role in ip groundwater prospecting
激电找水可视化软件系统是激电资料处理与解释的重要工具，它是激电找水的重要组成部分。 |
| 4. | Part two : the principle and technology for ip groundwater prospecting , such as forward simulation , inversion explanation , regression analysis and graph drawing , are introduced emphatically
2 、第二部分重点介绍激电找水的基本原理和技术，包括正演模拟、测深曲线数值解释方法、线性回归分析、图形处理。 |
| 5. | Part three : the function and character of the visual software system for ip groundwater prospecting are narrated , and then the skeleton of the system and algorithm of every module are described in detail
3 、第三部分首先介绍激电找水软件系统的功能和主要特点，然后详细分析激电找水软件系统的系统构成以及各功能模块的基本算法。 |
| 6. | In this paper , four series ( shallow pore water , shallow krast fracture water , deep pore water , deep karat fracture water ) of combined geophysical methods for different formation conditions are proposed as a guide for the choice of methods used in groundwater prospecting in western china
本文针对西部缺水地区浅层孔隙水、浅层岩溶裂隙水、深层孔隙水、深层岩溶裂隙水的四种主要类型，探讨其优化的物探技术方法。 |
| 7. | The author has coalesced the project , which is collaborated between hydraulic department in henan province and china university of geosciences ( beijing ) . the visual software system for ip groundwater prospecting is designed and developed to solve the problem of deficiency during worktime , while the whole procession is guided by the technology and theory in ip groundwater prospecting
论文结合河南省水利厅和中国地质大学(北京)的横向合作研究项目，基于激电找水的方法与理论，针对目前激电找水工作中存在的不足，设计和开发了激电找水可视化软件系统。 |
