Jacobus Van Geel

Title: Jacobus Van Geel: Innovator in Fissile Material Detection

Introduction

Jacobus Van Geel is a notable inventor based in Ettlingen-Oberweier, Germany. He has made significant contributions to the field of nuclear science, particularly in the quantitative determination of fissile material content in small size particles. His innovative approach has implications for various applications, including safety and security in nuclear materials.

Latest Patents

Van Geel holds a patent for a method that allows for the quantitative determination of fissile material content in small size particles. This method involves sandwiching samples in organic sheets and subjecting them to a defined thermal neutron fluence. The fission products generated from the fissile material create visible fission tracks in the sheets, which can be analyzed under a microscope. The size of selected particles that have created such tracks is then compared to pre-established standard tracks obtained from particles of known size and enrichment ratio. This patent showcases his innovative approach to enhancing the accuracy of fissile material detection.

Career Highlights

Jacobus Van Geel has dedicated his career to advancing the field of nuclear science. His work at the European Community has allowed him to collaborate with other experts and contribute to significant advancements in the detection and analysis of fissile materials. His innovative methods have garnered attention and recognition within the scientific community.

Collaborations

One of his notable collaborators is André Lagerwaard. Together, they have worked on various projects that focus on improving the methodologies used in nuclear material detection. Their combined expertise has led to advancements that benefit the field.

Conclusion

Jacobus Van Geel is a distinguished inventor whose work in the quantitative determination of fissile material content has made a lasting impact on nuclear science. His innovative methods and collaborations continue to influence the field, ensuring safer and more accurate detection of nuclear materials.