Meilin Liu

Title: Inventor Spotlight: Meilin Liu from Salt Lake City, UT

Introduction

Meilin Liu is an accomplished inventor based in Salt Lake City, Utah, who has made significant contributions to the field of sensor technology. With a total of eight patents to her name, Liu has been instrumental in developing innovative solutions that enhance combustion systems through advanced sensor applications.

Latest Patents

Among Liu's most recent patents is the "Multi-functional and NO.sub.x sensor for combustion systems." This invention features a gas sensor designed with an electrolyte membrane, a sensing electrode, a counter electrode, and a diffusion barrier to control gas access to the sensing electrode. Additionally, it incorporates in situ mechanisms for removing molecular oxygen, thus improving the accuracy of gas measurements. Another notable patent is the "Multi-functional sensor for combustion systems." This voltammetric or amperometric sensor effectively detects components of the exhaust stream in combustion systems, showcasing a solid oxide ion-conductive electrolyte membrane that aids in efficient exhaust analysis.

Career Highlights

Throughout her career, Meilin Liu has worked at notable organizations such as the Gas Research Institute and Ceramatec, Inc. Her expertise in sensor technology and combustion systems has positioned her as a leader in her field, pushing the boundaries of innovation.

Collaborations

Liu has collaborated with esteemed colleagues, including Ashok V Joshi and Yousheng Shen. These partnerships have reinforced her innovative capabilities, leading to the development of groundbreaking technologies that align with industry needs.

Conclusion

Meilin Liu continues to be a pivotal figure in the realm of sensor technology, with a strong portfolio of patents that reflect her dedication to innovation. Her work stands as a testament to the impact that dedicated inventors can have on enhancing technological advancements in various sectors. As she moves forward in her career, her contributions will undoubtedly influence future developments in combustion and sensor technologies.