Richard B McClurg

Title: The Innovations of Richard B. McClurg

Introduction

Richard B. McClurg, an inventive mind based in West Lafayette, Indiana, has made significant contributions to the field of x-ray diffraction technology. With two patents to his name, McClurg's work embodies the spirit of innovation and advances the capabilities of scientific instrumentation.

Latest Patents

Among his notable achievements, McClurg has developed cutting-edge technologies detailed in his latest patents. The first patent is for "Low-background scattering x-ray diffractometer devices, systems, and methods," which focuses on creating a low-background scattering environment near the stage of an x-ray diffractometer. This innovative approach enhances the quality of x-ray diffraction data collection, vital for precision in research. His second patent concerns "Methods for indexing solid forms of compounds," which employs an algorithm to ascertain unit cell parameters of crystalline solid forms from diffraction data. This methodology facilitates the distinction between different crystalline solid forms, providing valuable insights in material science.

Career Highlights

Richard currently works at Aptuit (West Lafayette), LLC, where he applies his expertise to further advance the field of x-ray diffraction analysis. His role in the company underscores his commitment to enhancing scientific research through practical applications of his innovations.

Collaborations

In his professional journey, McClurg has worked alongside esteemed colleagues, including Paul Schields and Rex Alwyn Shipplett. Together, they contribute to the vibrant research environment at Aptuit, fostering collaboration and innovation in advanced analytical methods.

Conclusion

Richard B. McClurg's contributions to the field of x-ray diffraction are noteworthy and demonstrate the impact of innovative thinking in scientific research. With his advancements in low-background scattering environments and solid form indexing, McClurg continues to pave the way for future innovations in material science and analytical techniques.