Da Pan

Title: Da Pan: Innovator in Spectroscopic Devices

Introduction

Da Pan is an accomplished inventor based in Jersey City, NJ (US). He holds a total of 3 patents that showcase his expertise in the field of optical sensing and temperature measurement.

Latest Patents

One of his latest patents is titled "Spectroscopic devices, systems, and methods for optical sensing of molecular species." This invention discloses a spectroscopic device, system, and method for measuring the concentration of one or more molecular species of interest in a gas, liquid, or solid sample. The device is designed to be portable and commercially manufactured, making it adaptable to existing systems or integrated with new systems for effective optical gas sensing. This technology is particularly useful for monitoring the purity of specific gas species and determining whether a gas mixture contains certain species above a set concentration limit.

Another significant patent by Da Pan is "Rapid temperature measurement by wavelength modulation spectroscopy." This invention describes a method for determining gas temperature using two signals from two absorption lines through wavelength modulation spectroscopy (WMS). This approach allows for rapid temperature measurement even when gas concentrations are high enough to saturate optical absorptions. Unlike prior art, this method employs both a signal ratio and gas concentration determined from the signals, enhancing measurement accuracy.

Career Highlights

Throughout his career, Da Pan has worked with notable companies such as NEC Corporation and Shell Oil Company. His experience in these organizations has contributed to his innovative capabilities and understanding of complex systems.

Collaborations

Da Pan has collaborated with talented individuals in his field, including Yue Tian and Mark Zondlo. Their combined expertise has likely fostered advancements in the technologies they have worked on together.

Conclusion

Da Pan is a notable inventor whose contributions to spectroscopic devices and temperature measurement have significant implications for various industries. His work continues to influence advancements in optical sensing technologies.