同位素示踪技术在地质研究中的应用分析  

Application of Isotope Tracer Techniques in Geology

作　　者：赵天旭[1] 

机构地区：[1]郑州师范学院,河南郑州450044

出　　处：《化工设计通讯》2016年第3期224-224,共1页Chemical Engineering Design Communications

摘　　要：随着我国人口数量的不断增加,城市化进程的日益深入,土地资源在国民经济发展中扮演着越来越重要的角色,土地资源利用与管理的科学与否将会直接影响到社会发展进程。作为土地资源管理的核心构成,地质研究能够实现对地质资源的精确界定,实现土地资源管理的科学性,而为了满足地质研究的准确性要求,将同位素示踪技术引入到地质研究之中,实现土地资源勘探的科学性与高效行。旨在从同位素示踪技术的工作原理出发,在相关科学理论的支持下,对同位素示踪技术在地质研究中的科学高效运用进行全面的探讨。With the increasing number of our population, the deepening of urbanization, land resources are playing an increasingly important role in national economic development, land resources utilization and management science or not will have a direct impact on social development process.As the core of land resources management structure, geological studies to achieve precise definition of the geological resources to achieve scientific management of land resources, and in order to meet the accuracy requirements of geological research, isotope tracer technology into geological research being realized scientific exploration of land resources and efficient lines.Aims to depart from the principle of isotope tracer techniques, in support of relevant scientific theories, the isotope tracer techniques in geological scientific research and efficient use of comprehensive discussion.

关 键 词：地质研究 同位素示踪技术 原理 应用策略 

分 类 号：O615[理学—无机化学] P629[理学—化学]