Raymond E Reusser

Title: Innovations of Raymond E. Reusser in Crystal Growth Technology

Introduction

Raymond E. Reusser, an accomplished inventor based in Bethlehem, PA, has made significant contributions to the field of crystal growth technology. With a total of five patents to his name, Reusser's innovative techniques have addressed challenges faced in the process of growing single-crystalline materials, particularly in the production of silicon crystals.

Latest Patents

Reusser's latest patents encompass innovative methods designed to enhance the efficiency and safety of crystal growing operations. One of his notable inventions involves a technique for growing crystals from a melt by controlling the additions of material to the process. In this method, specially selected particles of irregularly shaped material are nearly completely melted in a heated crucible. As a small portion of the material remains partially solid, smaller particles of another material are added, preventing dangerous splattering of the hot liquid during the addition.

Another significant patent introduced by Reusser pertains to avoiding undesirable deposits in crystal growing operations. This technique, particularly applicable in Czochralski crystal growth, addresses the formation of silicon monoxide on the surface of the crucible. By perturbing the conditions in the area where these formations are likely to occur—such as increasing the temperature locally—a more controlled environment is established. This innovative approach enhances the quality of the crystals grown and prevents unwanted deposits that can affect production.

Career Highlights

Throughout his career, Raymond E. Reusser has held positions in notable organizations such as Western Electric Company, Inc. and Bell Telephone Laboratories. His work at these esteemed institutions has contributed significantly to advancements in crystal growth and material sciences, solidifying his reputation as a leader in the field.

Collaborations

Reusser's collaborative efforts include working alongside distinguished colleagues such as Robert J. Lavigna and Tze Yao Chu. These partnerships have likely fostered a stimulating environment that encourages sharing ideas and honing innovative approaches to complex challenges in the field of crystal growth.

Conclusion

Raymond E. Reusser’s groundbreaking patents and his contributions to crystal growth technology highlight his noteworthy role as an inventor. As he continues to develop and refine techniques that enhance the production of high-quality crystals, his work remains integral to advancements in material sciences and engineering disciplines.