Recently, the results of the 2018 China Business Federation Science and Technology Award were announced. Taizhou Juna New Energy Co., Ltd. and Jiangnan University's achievement "Application of Multifunctional Wide Density Plasma Technology in New Materials Industry" won the National Commercial Science and Technology Progress Award No. 1 other prizes.

This project innovatively develops a multi-functional wide-density plasma system that combines capacitively coupled discharge and inductively coupled discharge, thus integrating the advantages of inductive coupling and capacitively coupled glow discharge, which can achieve stability in a wide density process range plasma discharge, and can work simultaneously with magnetron sputtering to form plasma-assisted magnetron sputtering deposition. The project team applied this multifunctional wide-density plasma system to the preparation of amorphous silicon and silicon nitride thin films to achieve excellent solar cell performance; and applied it to the surface modification of new materials, greatly improving a variety of new technologies. Material quality and application prospects.

The National Commercial Science and Technology Progress Award is a sub-award of the Science and Technology Award of the China Chamber of Commerce. It was established with the approval of the Ministry of Science and Technology and the National Science and Technology Award Work Office. It aims to commend units and individuals who have made outstanding contributions in scientific research, technological innovation, achievement promotion, and high-tech industrialization in the national commercial industry, so as to promote the scientific and technological progress of the commercial industry. As the recommendation department of the National Science and Technology Award, the China General Chamber of Commerce will select the best and recommend the National Science and Technology Award for review every year from the projects that have won the annual National Business Science and Technology Progress Award.