Papers
2
Total Citations
12
H-Index
2
About
F. Carrel is a researcher whose work lies at the intersection of nuclear instrumentation, robotics, and radiation detection. Their key contributions center on developing advanced diagnostic tools for hazardous environments, particularly within vacuum vessels, and pioneering the use of CdTe sensors for next-generation gamma cameras. Carrel's most cited work, "Diagnostics carried by a light multipurpose deployer for vacuum vessel interventions" (2010, 7 citations), demonstrates a practical approach to deploying diagnostic payloads in confined, high-risk settings—a critical capability for fusion reactor maintenance and nuclear decommissioning. More recently, their 2021 study on "CdTe sensor configurations for robot assisted photon counting gamma camera" (5 citations) has advanced the field of spectral imaging, enabling more precise material identification through photon-counting technology. This work, presented to an international audience, highlights Carrel's ability to bridge sensor physics with robotic deployment, offering safer and more efficient solutions for nuclear inspection. Though citation counts are modest, the applied nature of Carrel's research—combining hardware design, radiation detection, and automation—positions them as a specialist in operational nuclear diagnostics, with clear impact on real-world safety and monitoring systems.
Research Focus
Key Achievements
Top Papers
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