Abstract
The ultrasonic irradiation differs from traditional energy sources in duration, pressure, and energy per molecule, and it is a unique means on the interaction between energy and matter The ultrasonic irradiation differs from traditional energy sources in duration, pressure, and energy per molecule, and it is a unique means on the interaction between energy and matter. In this study, enigmatic docomposition behaviors of noble nano metal oxide were investigated for ultrasonic cavitation at room temperature. By choosing suitable conditions, it is reasonable to expect that these simple sonochemical processes can be extended to obtain nano-sized metal particles. Thus applications by using these reactions were investigated to prepare the nano-sized metal particles on various materials at ecology, and mechanisms and applications were investigated.
