Mark William Drigert

Title: The Innovative Contributions of Mark William Drigert

Introduction

Mark William Drigert, an accomplished inventor based in Idaho Falls, ID, has made significant contributions to the field of radiation detection. With a portfolio of four patents, Drigert's innovations focus on enhancing the detection of neutrons and gamma-rays, catering to various scientific and industrial needs.

Latest Patents

Drigert's most recent patents include the groundbreaking development of gadolinium-loaded gel scintillators for neutron and antineutrino detection. This innovative Gadolinium (Gd) loaded scintillation gel (Gd-ScintGel) compound exemplifies a blend of liquid and solid scintillator properties while mitigating their respective disadvantages. The gel, consisting of a water-soluble Gd-DTPA compound and various water-soluble fluorophores, achieves a uniform distribution of its components, providing clean fluorescent emission peaks. Incorporating moderators such as deuterium offers versatility for large area radiation detection.

Another noteworthy invention is the apparatus designed for large area radiation detection. This apparatus employs two adjacent scintillators, each structured to react to specific radiation types. The first scintillator captures low-energy radiation, while the second allows higher-energy radiation to integrate seamlessly. The inclusion of light-to-electrical converters facilitates efficient conversion of light pulses to electrical signals, supporting advanced electronic systems in distinguishing between the responses of both scintillators.

Career Highlights

Mark William Drigert has been associated with prominent firms like Battelle Energy Alliance, LLC and Bechtel BWXT Idaho, LLC. His work has played a pivotal role in advancing technology related to radiation detection and monitoring.

Collaborations

Throughout his career, Drigert has collaborated with esteemed colleagues, including Douglas William Akers and Jerald D. Cole. Their combined expertise further enriches the advancements in their respective fields and amplifies their contributions to innovation.

Conclusion

Mark William Drigert stands as a testament to innovation in the field of radiation detection. His patents, particularly involving gadolinium-loaded gel scintillators and advanced detection apparatuses, signify a leap in technology that has applications across various industries. Drigert's work not only highlights his individual contributions but also embodies the spirit of collaboration and shared knowledge within the scientific community.