Hironori Sahara
Papers
1
Total Citations
3
H-Index
1
About
Hironori Sahara is a pioneering aerospace engineer whose research focuses on electrodynamic tether technologies, space debris mitigation, and innovative spacecraft propulsion systems. His most notable contribution is the development and experimental verification of bare electrodynamic tethers for space applications, particularly through the Tether Experiment (T-REx) project. Sahara's landmark 2010 paper on current collection experiments using JAXA's S-520 sounding rocket demonstrated three groundbreaking tether technologies: tape tether deployment, attitude control via tether robots, and bare tether current collection. This work, which has accumulated 3 citations, represents a critical step toward practical space debris removal and propellantless propulsion systems. Sahara's research has significant implications for sustainable space operations, offering potential solutions for deorbiting defunct satellites and reducing orbital debris. His innovative approach to combining tether robotics with electrodynamic principles has influenced subsequent studies in space tether dynamics and current collection physics. Through his experimental validation of bare tether concepts in suborbital flights, Sahara has established himself as a key figure in advancing practical tether applications for future space missions.
Research Focus
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Top Papers
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