First Advisor's Name
Dr. Kang Yen
First Advisor's Committee Title
Second Advisor's Name
Dr. David Roelant
Second Advisor's Committee Title
Third Advisor's Name
Dr. Rajiv Srivastava
Third Advisor's Committee Title
In-Tank Imaging, Profiling Sonar, 2-D Imaging, Radioactive waste, Sonar Simulations
Date of Defense
Retrieval, treatment, and disposal of high-level radioactive waste (HLW) is expected to cost between 100 and 300 billion dollars. The risk to workers, public health, and the environment are also a major area of concern for HLW. Visualization of the interface between settled solids and the optically opaque liquid is needed for retrieval of the waste from underground storage tanks. A Profiling sonar selected for this research generates 2-D image of the interface. Multiple experiments were performed to demonstrate the effectiveness of sonar in real-time monitoring the interface inside HLW tanks. First set of experiments demonstrated that objects shapes could be identified even when 30% of solids entrained in liquid, thereby mapping the interface. Simulation of sonar system validated these results. Second set of experiments confirmed the sonar’s ability in detecting the solids with density similar to the immersed liquid. Third set of experiments determined the affects of near by objects on image resolution. Final set of experiments proved the functional and chemical capabilities of sonar in caustic solution.
Sood, Nitin, "The Study of Sonar for Imaging of the Solid-Liquid Interface Inside Large Tanks" (2005). FIU Electronic Theses and Dissertations. Paper 30.