Zhengxiong Wang

Title: Innovations of Zhengxiong Wang in Tokamak Research

Introduction

Zhengxiong Wang is a notable inventor based in Liaoning, China. He has made significant contributions to the field of plasma physics, particularly in the study of tokamak devices. His work focuses on the simulation of electron temperature evolution, which is crucial for advancing fusion energy research.

Latest Patents

Zhengxiong Wang holds a patent for a "Simulation method for electron temperature evolution caused by EAST tokamak radiofrequency wave." This invention discloses a method for simulating the evolution of electron temperature when a numerically simulated radiofrequency wave is injected into an EAST tokamak device. The method involves determining the forms of heating sources based on the hardware parameters of the radiofrequency system. It calculates the evolution of disturbed electron temperature in a specified magnetic field configuration using an electron transport equation. The plasma resistivity is adjusted according to the evolved electron temperature, and the magnetic field configuration is recalculated using the modified resistivity. This process allows for the simulation of long-time evolution of the disturbed electron temperature.

Career Highlights

Zhengxiong Wang is affiliated with Dalian University of Technology, where he conducts research and contributes to advancements in tokamak technology. His work is instrumental in understanding the dynamics of plasma behavior under various conditions, which is essential for the development of sustainable fusion energy.

Collaborations

Zhengxiong Wang collaborates with colleagues such as Tong Liu and Feng Wang, who contribute to his research efforts in the field of plasma physics and tokamak studies.

Conclusion

Zhengxiong Wang's innovative work in simulating electron temperature evolution in tokamak devices represents a significant advancement in fusion research. His contributions are vital for the future of sustainable energy solutions.