Optimization of operating parameters in ultrasonic degradation of crosslinked Hydrogels

Hydrogels, are used in a myriad of applications. Biomaterials need to be removed from the body once they complete their roles in the body, and degradable materials could be ideal forthis purpose[1,2]. The sonochemistry effects are based on a physical process known as acoustic cavitation that is theformation, growth, and the implosion of bubbles in a liquid[3]. The present ultrasonic process does not need any chemicals; is cost effective(simple and rapid); and finally can induce small changes in the structure and the properties of the hydrogel.