In-liquid plasma generation is of interest topic due to intrinsic physics behind as well as a wide range of applications. This project consists of in-water electrical discharges with gas bubbles to investigate a degradation of phenol as a model contaminant. Particularly, a laser induced fluorescence will be adopted to visualize a spatial distribution of phenol when it is being decomposed.​​​

​Cross sectional imaging of phenol distribution with bubbles in water and Submission to a peer reviewed journal​

​Mechanical Engineering