Frank H Attix

Title: Innovations of Frank H Attix in Radiation Detection

Introduction

Frank H Attix is a notable inventor based in Madison, WI (US), recognized for his contributions to radiation detection technology. He holds a total of 3 patents that reflect his expertise in the field. His work has significantly advanced the calibration and analysis of radiation therapy equipment.

Latest Patents

One of his latest patents is the "Well-type ionization chamber radiation detector for calibration." This innovative device features an outer shell and an inner well that define an ionization chamber sensitive volume. The design includes an ionization electrode that extends upwardly from a base into the space between the side walls of the well and shell. The grounding of the shell and well walls, along with a high voltage applied to the insulated ionization electrode, minimizes electrical leakage. The sample positioner, equipped with a thin-walled guide tube, allows precise positioning of a radiation source sample within the detector, enhancing measurement accuracy.

Another significant patent is the "Parallel plate ion chamber." This ion chamber is designed for the analysis and alignment of radiation therapy equipment. It consists of a one-millimeter deep ion chamber formed by a cavity in the front of a core member, which is closed at its upper end by a thin electrode. The design incorporates a guard ring around the collecting electrode, ensuring effective radiation measurement without generating field discontinuities.

Career Highlights

Throughout his career, Frank H Attix has worked with prominent organizations such as Radiation Measurements, Inc. and the Wisconsin Alumni Research Foundation. His experience in these companies has contributed to his development of innovative radiation detection technologies.

Collaborations

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Conclusion

Frank H Attix's contributions to radiation detection through his patents and career experiences have made a lasting impact on the field. His innovative designs continue to enhance the accuracy and efficiency of radiation measurement technologies.