Qingxin Qi

Title: Innovator in Geosciences: Qingxin Qi

Introduction: Qingxin Qi is a distinguished inventor based in Beijing, China, who has made significant contributions to the field of geosciences. With one patent to his name, he has demonstrated a commitment to advancing the methods used to detect structural abnormalities within coal and rock masses. His innovative approach is expected to enhance the safety and efficiency of mining operations.

Latest Patents: One of Qingxin Qi's notable patents is titled "Method for Detecting Structural Abnormal Area of Coal and Rock Mass." This patent describes a sophisticated methodology for detecting structural abnormal areas within coal and rock formations. The process involves acquiring a target velocity inversion map that indicates the seismic wave propagation velocities across grid cells in a specific detection area. By comparing the velocities obtained from prior detection cycles to the target velocities, the method allows for the identification of structural abnormal cells. Ultimately, this innovation plays a crucial role in determining the extent of structural concerns in the coal and rock mass, enhancing mining safety and operational efficiency.

Career Highlights: Qingxin Qi is associated with the CCTEG Chinese Institute of Coal Science, where he applies his expertise to research and development in coal science. His work not only impacts the industry but also contributes to the broader field of geological research. His dedication to innovation in coal science is evident through his patent and ongoing research.

Collaborations: Throughout his career, Qingxin Qi has collaborated with esteemed colleagues such as Xiangshang Li and Chunyang Cui. These partnerships underscore the importance of teamwork in advancing scientific research and developing effective solutions in geosciences.

Conclusion: Qingxin Qi represents a new wave of inventors who are committed to improving the safety and efficacy of mining through innovative techniques. His patented method for detecting structural anomalies within coal and rock mass demonstrates his valuable contributions to the industry. As research continues to evolve, the impact of his work will likely resonate within geosciences for years to come.