Hiroshi Nakayama
Papers
1
Total Citations
19
H-Index
1
About
Hiroshi Nakayama has made foundational contributions to the precision and safety of radiotherapy through his pioneering work in dosimetric verification. His key research areas include medical physics, radiation treatment planning, and the development of motion-compensating phantom systems. Nakayama’s most notable achievement is the creation of a three-dimensionally movable phantom system, which allows researchers to experimentally reproduce complex patient movements during treatment. This innovation enables the accurate verification of how such movements affect dose distribution—a critical step in ensuring that radiation is delivered precisely to tumors while sparing healthy tissue. His 2008 paper detailing this system has garnered 19 citations, reflecting its importance as a reference for subsequent studies in motion management and quality assurance in radiotherapy. By integrating three components into a single, reproducible platform, Nakayama provided the field with a practical tool for validating treatment plans under realistic conditions. His work continues to inform the development of safer, more effective radiation therapies, making him a respected figure in medical physics.
Research Focus
Key Achievements
Top Papers
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