Company Filing History:
Years Active: 2023
Title: Gang Zhou - Innovator in Ion Source Technology
Introduction
Gang Zhou is a prominent inventor based in Hunan, China. He has made significant contributions to the field of ion source technology, particularly in the area of dynamically controllable ultrawide-amplitude and high-response ion sources. His innovative approach has the potential to enhance the precision and efficiency of ion beam polishing processes.
Latest Patents
Gang Zhou holds a patent for a "Method for controlling dynamically controllable ultrawide-amplitude and high-response ion source." This patent outlines a system and method that includes resolving the dwell time of ion beam machining during iterative machining. It also involves selecting an appropriate velocity of a movable shaft of a machine tool based on the calculated dwell time. Furthermore, the method dynamically calculates process parameters of an ion source according to the initial surface error of an optical component and the velocity of the movable shaft. This innovation generates a corresponding numerical control (NC) program to machine the optical component. The technology allows for real-time control of the removal function of ion beam polishing, improving both precision and efficiency while reducing the requirements on the movement system of the machine tool and the depth of the damaged layer.
Career Highlights
Gang Zhou is affiliated with the National University of Defense Technology, which is part of the People's Liberation Army of China. His work at this esteemed institution has allowed him to focus on advanced research and development in ion source technology.
Collaborations
Gang Zhou has collaborated with notable colleagues such as Ye Tian and Feng Shi. Their combined expertise contributes to the advancement of technology in their field.
Conclusion
Gang Zhou's innovative work in ion source technology exemplifies the impact of dedicated research and development in enhancing manufacturing processes. His contributions are paving the way for future advancements in precision machining.