Azik I Perelberg

Title: Azik I Perelberg: Innovator in Seismic Technology

Introduction

Azik I Perelberg is a notable inventor based in Houston, Texas, recognized for his contributions to seismic technology. He holds two patents that showcase his innovative approaches to detecting geological formations and measuring anisotropy.

Latest Patents

One of his latest patents is titled "Method of using a circularly-polarized source to characterize seismic." This method involves detecting the presence or absence of anisotropy in subterranean geological formations by utilizing a seismic source that generates circularly polarized shear waves. These waves interact with anisotropic conditions, resulting in linearly polarized components that are reflected back to the surface for analysis. The method also includes an alternative embodiment that simulates the use of a circularly polarized source through orthogonal waves.

Another significant patent is "Method and system for measuring azimuthal anisotropy effects using an acoustic borehole well logging method." This invention employs multipole transducers to measure azimuthal anisotropy in formations traversed by boreholes. The method detects acoustic wave arrivals associated with different azimuthal orientations, utilizing dipole and monopole transmitters and detectors.

Career Highlights

Azik I Perelberg is currently associated with Exxon Production Research Company, where he applies his expertise in seismic technology. His work focuses on advancing methods for geological analysis, contributing to the efficiency and accuracy of subsurface exploration.

Collaborations

Throughout his career, Perelberg has collaborated with esteemed colleagues, including David F Becker and Sen-Tsuen Chen. These partnerships have fostered innovation and enhanced the development of seismic technologies.

Conclusion

Azik I Perelberg's contributions to seismic technology through his patents and work at Exxon Production Research Company highlight his role as a significant innovator in the field. His methods for detecting geological formations and measuring anisotropy continue to influence the industry.