Robert L Moreland

Title: **Robert L. Moreland: Innovator in Dielectric Measurement Techniques**

Introduction

Robert L. Moreland, an accomplished inventor based in Lothian, Maryland, holds five patents that significantly contribute to the field of measurement technologies. His work primarily focuses on developing advanced methods for assessing dielectric properties, which are crucial for various applications in electronics and materials science.

Latest Patents

Moreland's most recent patents reflect his expertise in non-invasive measurement techniques. One notable patent is the "Method and System for Measurement of Dielectric Constant of Thin Films Using a Near Field Microwave Probe." This innovative technique allows for non-contact measurement of the dielectric constant of low-k films, utilizing a microwave near-field scanning probe. The process is both non-destructive and adaptable to various materials, including porous and non-porous dielectrics. By measuring the resonant frequency shift of the near-field microwave resonator against a calibration curve, this method simplifies the extraction of the dielectric constant, enhancing accuracy and efficiency.

Another significant patent is focused on "Apertured Probes for Localized Measurements of a Material's Complex Permittivity and Fabrication Method." This invention involves a probe designed for the non-destructive determination of the complex permittivity of materials, employing a balanced multi-conductor transmission line structure. This structure effectively confines the probing field, allowing for precise measurements within a defined sampling volume. The fabrication method involves a meticulous process of anisotropic deposition of conductive materials, ensuring the accuracy and reliability of the probes.

Career Highlights

Throughout his career, Robert L. Moreland has made notable contributions to various companies, including Neocera, Inc. and Solid State Measurements, Inc. His work in these organizations has enabled advancements in measurement technologies that have profound implications in the industry.

Collaborations

Moreland has collaborated with other prominent professionals in the field, including Vladimir Vladimirovich Talanov and Hans M. Christen. These partnerships have fostered an environment of knowledge exchange and innovation, further enriching his projects and research outcomes.

Conclusion

Robert L. Moreland's contributions to the field of dielectric measurement techniques exemplify his innovative spirit and commitment to advancing technology. With a focus on non-invasive methods and precision, Moreland continues to be a vital figure in the realm of measurement technologies, paving the way for future developments in the industry.