Yasunori Kanamaru
Papers
2
Total Citations
4
H-Index
2
About
Yasunori Kanamaru is a pioneer in the application of magnetic fluids to precision sensing technology. His research focuses on the development of novel level and two-axis attitude detectors, addressing critical needs in robotics, aerospace, and satellite communications. Kanamaru’s major contributions lie in designing detectors that leverage the unique dynamic properties of magnetic fluids to simultaneously measure both liquid level and angular orientation—a challenging dual-function requirement for systems like underwater robots, solar panel alignment, and parabolic antenna tracking. His foundational 1988 paper, "Dynamic characteristics of level and two-axis attitude detector using magnetic fluid," and its 1991 follow-up, "Characteristics of level and two-axis attitude detector A using magnetic fluid," each have garnered 2 citations, reflecting their niche but essential role in advancing magnetic fluid-based sensor design. While his citation counts are modest, Kanamaru’s work represents an early and innovative foray into multifunctional sensing, laying groundwork for subsequent research in adaptive attitude control and fluid-based measurement systems. His achievements highlight the potential of magnetic fluids in creating compact, robust detectors for demanding environments.
Research Focus
Key Achievements
Top Papers
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- 2