MOBILE AND MULTIPOINT TEMPERATURE MEASUREMENT SYSTEMS BASED ON Pt100 SENSORS FOR FUTURE STUDY OF ENERGY EMITTED FROM THE URANIUM EXPERIMENTAL ASSEMBLY

A goal of our project was to construct simple and cheap devices which can simultaneously measure temperature in many points. The system will be able to work on uranium experimental assembly in high radiation environment like Quinta assembly at Energy+Transmutation RAW Collaboration. The Quinta assembly simulates an Accelerator Driven Systems (ADS). Knowledge about energy production inside installation like this is very important for the future project of IV-generation nuclear reactors. Designed Temperature Measurement System (TMS) gives possibility to obtain this energy by using temperature-changing measurement. The system was built by ready-to-use components. We focused on communicating these devices with LabVIEW self-prepared control program and developing a reliable calibration system. This paper presents the construction way, calibration procedure and the first result of measuring.