James F Weber

Title: **James F Weber: Innovator in Cryogenic Technologies**

Introduction

James F Weber, an accomplished inventor based in Moorpark, CA, holds an impressive portfolio of eight patents that showcase his expertise in cryogenic systems and heat exchanger technologies. His innovative contributions have made a significant impact in fields such as aerospace and fluid dynamics.

Latest Patents

One of Weber's latest inventions is the **Cryogenic Liquid Heat Exchanger System with Fluid Ejector**. This sophisticated system features a sub-atmospheric pressure reservoir and a tube that extends through the reservoir. The initial fluid ejector is designed to create a suction chamber inlet, connected to the reservoir's vacuum exhaust. The system can incorporate multiple fluid ejectors arranged in series or parallel, receiving one or more pressurized fluid streams, such as steam, to optimize the heat exchange process.

Another notable patent is the **Cryogenic Densification Through Introduction of a Second Cryogenic Fluid**. This innovative method involves cooling a first cryogenic liquid in a vessel by directing a second cryogenic fluid into it. The resultant vaporized fluid is then released as gas from the vessel. This method finds its applications in propellant tanks for space vehicles, utilizing oxygen as the first cryogenic liquid and nitrogen, neon, or helium as the second, enhancing cooling efficiency for various aerospace applications.

Career Highlights

Throughout his career, James F Weber has demonstrated remarkable ingenuity. He has contributed to significant projects during his tenure at major organizations such as Boeing North American, Inc. and the United States of America as represented by the Secretary of the Air Force. His work with these prestigious entities has furthered technological advancements in the aerospace sector.

Collaborations

Weber has collaborated with notable professionals in the field, including Tibor I Lak and Gene Rogers, both of whom have played an integral role in his innovative projects. These partnerships exemplify the collaborative nature of scientific progress, where shared expertise leads to groundbreaking inventions.

Conclusion

James F Weber's career as an inventor is marked by a series of pioneering patents that advance our understanding and application of cryogenic technologies. His expertise, coupled with his experience at leading companies and collaboration with esteemed colleagues, positions him as a key figure in innovating solutions that enhance various fields, particularly in aerospace and liquefied gas systems. His contributions continue to pave the way for future advancements in cryogenic engineering.