James L Simmons, Jr

Title: The Innovative Contributions of James L. Simmons, Jr.

Introduction

James L. Simmons, Jr., based in Austin, TX, has made substantial contributions to the field of seismic energy through his inventive work and patented technologies. With two patents to his name, he has focused on separating and orienting seismic waves, which play a crucial role in understanding subsurface geological formations.

Latest Patents

Simmons' latest patents include:

1. **System and method for orienting seismic energy receivers to yield discriminated vertical shear waves** - This invention encompasses a method for orienting seismic energy sources and receivers to effectively separate compressional waves from vertical shear waves. The process involves reflecting seismic energy from subsurface interfaces to produce seismic waves that encompass both compressional and vertical shear energies. By aligning the first seismic energy receiver with the angle of emergence of the reflected seismic wave, maximum vertical shear energy is captured by the second receiver.

2. **System and method for orienting seismic energy sources and receivers to yield discriminated horizontal and vertical shear waves** - This patent outlines a system that facilitates the orientation of seismic energy sources and receivers to yield distinct horizontal and vertical shear modes. It employs an initial matrix that represents wave energy produced by a selected seismic energy source and received by a selected receiver, along with transforming matrices that orient both the source and receiver to achieve the desired outcomes.

Career Highlights

Throughout his career, James L. Simmons, Jr. has worked with notable companies, including Vecta Technology, L.P., where he gained valuable experience and honed his skills in seismic technology and innovation. His dedication to advancing seismic methods has established him as a competent inventor in his field.

Collaborations

Simmons has collaborated with esteemed individuals such as Allen L. Gilmer and Bob A. Hardage, further demonstrating the collaborative nature of innovation in science and technology. These partnerships have contributed to the development of his patented systems and methods.

Conclusion

James L. Simmons, Jr. continues to be a significant figure in the realm of seismic energy innovations. His contributions through patents not only enhance the understanding of seismic waves but also provide practical solutions for the industry. His work reflects the critical intersection of science, technology, and collaboration in the quest for advancement in seismic exploration.