Company Filing History:
Years Active: 2010
**Title: Diana E Gujer: A Pioneer in Gas Distribution Technology**
Introduction
Diana E Gujer is an innovative inventor based in Henderson, NV, known for her contributions to the field of gas distribution systems. With a keen focus on improving transient phase deposition processes, she has carved a niche for herself in the realm of technological advancements.
Latest Patents
Diana holds a patent for a gas distribution system designed to enhance the uniform distribution of gas within a process chamber. This patented technology includes a gas ring with an innovative design featuring both outer and inner surfaces, and a strategically placed gas inlet that is fluidically coupled to a first channel. The system boasts multiple gas outlets that connect to a second channel, ensuring that the gas distribution is more efficient. A notable feature of her invention is the varying sizes of orifices that increase in size with distance from the gas inlet, optimizing gas flow and minimizing inconsistencies within the chamber.
Career Highlights
As a legal representative at Applied Materials, Inc., Diana has demonstrated exceptional expertise in her field. Her dedication and inventive spirit have played a crucial role in advancing technology that impacts various applications in manufacturing and processing industries. With one significant patent to her name, she stands as a testament to the innovative power women bring to engineering and technological development.
Collaborations
Diana has worked alongside notable colleagues such as Sudhir R Gondhalekar and Robert Duncan, contributing to an environment of collaborative innovation. Their combined efforts in research and development have fostered advancements that push the boundaries of existing technologies and lead to new possibilities in gas distribution systems.
Conclusion
Diana E Gujer is a noteworthy inventor whose patent for a gas distribution system illustrates her commitment to enhancing technology for improved efficiency in processing applications. Her work not only demonstrates her technical prowess but also inspires the next generation of inventors and engineers to innovate boldly in their respective fields.