Donald Wayne Jeter

Title: Donald Wayne Jeter: Inventor in Uranium Oxide Processing

Introduction

Donald Wayne Jeter is an inventor associated with San Jose, California, and General Electric Company. His patent work addresses the conversion of uranium hexafluoride into uranium oxide products through controlled gas reactions.

Latest Patents

Jeter is credited with 1 patent: “Multiple Gas Streams in the Post Oxidation Step in a Process for” (title as provided). The invention describes introducing uranium hexafluoride and other reactant gases into a reaction zone, where an active flame supports their reaction to form a particulate uranium dioxide-rich composition.

The process temporarily separates the reactants with a shielding gas to limit premature mixing. It then introduces oxygen-containing gas through multiple downstream inlets, with the nearest inlet positioned where conversion of uranium hexafluoride is substantially complete. This post-oxidation step converts the uranium dioxide-rich material to a higher uranium oxide and oxidizes residual reducing gas. The patent also describes an alternative arrangement in which the first reactant contains uranium hexafluoride and a reducing gas, while the second contains an oxygen-containing gas.

Career Highlights

Jeter’s documented patent contribution focuses on gas-stream management and reaction sequencing in uranium oxide production. The described approach uses staged reactant introduction to control conversion and oxidation within the reaction zone.

Collaborations

The supplied information identifies Walter Gill Keith as Jeter’s coworker. It does not specify Keith’s role in the patent or establish that he was a co-inventor.

Conclusion

Donald Wayne Jeter’s recorded invention concerns a staged gas-reaction process for producing and further oxidizing uranium oxide, reflecting a focused contribution to chemical processing technology.