Under the existing 2015 NASA Technology roadmap for Human Health, Life Support and Habitation Systems, real time dosimeters are explicitly needed for intravehicular and extravehicular activities. The existing systems consume too much power or are too bulky. The proposed solution will solve those issues while providing dosimetry for protons, electrons, neutrons, and other heavier charged ions. The primary target are crewed missions for the lunar surface, Mars orbit and surface.
Radiation dosimeters are in general demand for commercial applications, such as personnel, waste monitoring, hospitals, nuclear power industry, national laboratories and industrial research. This technology can be used in commercial satellites for monitoring the space weather conditions and provide a warning system for ground-based equipment. As high altitude commercial flights become more prevalent, active dosimeters can provide the redundant safeguards and information required to protect companies from unnecessary litigation and passengers from hazardous radiation conditions.
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