This inventor holds 4 USPTO granted patents. Top assignees: Rockwell International Corporation, Electric Power Research Institute Incorporated. Active years: 1982-1984.
Company Filing History:
3 out of 3,430 
1 out of 994 Years Active: 1982-1984
Title: The Innovative Contributions of William E. Peterson
Introduction
William E. Peterson is a notable inventor based in Thousand Oaks, CA (US), recognized for his significant contributions to the field of electromagnetic acoustic transducers. With a total of 4 patents to his name, Peterson has made strides in developing technologies that enhance the interaction between electromagnetic fields and electrically conductive objects.
Latest Patents
Among his latest patents, the "Electromagnetic Acoustic Transducer" stands out. This invention features an electromagnet that establishes a static magnetic field directed into and out of an object, facilitating the induction of eddy currents through a meander coil. The design allows for the creation of an instantaneous force field within the object, which is periodically alternately oriented. Another significant patent is the "Directional Ultrasonic Transducers," which generates acoustic waves in electrically conductive objects. This apparatus utilizes a source of magnetic flux and two periodic coils to produce unidirectional waves, enhancing the detection of acoustic signals.
Career Highlights
Throughout his career, William E. Peterson has worked with prominent organizations such as Rockwell International Corporation and the Electric Power Research Institute. His work in these institutions has contributed to advancements in electromagnetic technologies and their applications in various industries.
Collaborations
Peterson has collaborated with esteemed colleagues, including Robert B. Thompson and Carmine F. Vasile, further enriching his innovative endeavors.
Conclusion
William E. Peterson's contributions to the field of electromagnetic acoustic transducers demonstrate his commitment to innovation and technology. His patents reflect a deep understanding of the interaction between electromagnetic fields and conductive materials, paving the way for future advancements in this area.