Nottingham Analogue Tracer 1

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The Nottingham Analogue Tracer 1 is a laboratory instrument used for tracing and tracking the migration path of dissolved substances through porous media, such as soil or rock samples. It is an analogue technique, meaning it uses physical processes and components instead of digital or computer-based methods. The tracer consists of a specially designed cell that houses the sample being tested, as well as a set of electrodes, a power supply, and a pumping system to operate the cell. The cell is filled with the sample and used to study the behavior of the tracer, which is added to the sample and followed as it moves through the pores of the material. The technology is commonly used in environmental science and hydrogeology to understand the transport of contaminants in groundwater, as well as for studying the geological properties of rocks and soils. Ultimately, the Nottingham Analogue Tracer 1 is an essential tool for researchers who want to better understand the physical and chemical behavior of dissolved substances as they move through porous media.