Testing study of relation between temperature and electrical resistivity of sedimentary rock

Embedding unclear waste deeply into the sedimentary rock is a widely treatment for disposal nuclear waste disposal. This paper puts forward a new monitor method to track the nuclear influence area in sedimentary rocks by analysis on the relation between temperature and rock electrical resistivity. Nuclear waste disposal is a growing problem around the world as the increasing development of nuclear power station, and it provides an important incentive for studying nuclear pollution in the rock. The purpose of this paper is to validate the feasibility of this monitor method based on the in-door and out-door testing. If the temperature is the prime factor of electrical resistivity of the lithesome affected by unclear disposal as same to the normal rocks, the temperature diffusion map of sedimentary rock under the heating source can be visualized by real-time measuring the electrical resistivity variation at different point of the lithesome, which will help us to evaluate unclear influence area to void severe unclear leakage.