Shinichi Miyajima
Papers
1
Total Citations
2
H-Index
1
About
Shinichi Miyajima is a pioneering researcher in non-contact transportation systems, specializing in the innovative use of ultrasonic acoustic forces and aerostatic principles to handle delicate, large-scale substrates like semiconductor wafers and plane glass panels. His most-cited work, "Fabrication of Non-contact Transportation System by Combination of Ultrasonically Acoustic Viscous Force and Aerostatic Force" (2008), addresses a critical industrial challenge: as substrates grow larger and heavier, traditional contact methods—such as rollers and belt conveyors—risk damage and contamination. Miyajima’s key contribution lies in merging ultrasonic acoustic viscous forces with aerostatic levitation to create a stable, frictionless transport mechanism, eliminating physical contact and reducing potential defects. While his citation count (2) reflects a niche but highly specialized field, his research has profound implications for precision manufacturing, particularly in semiconductor fabrication and flat-panel display production. By enabling safer handling of increasingly massive wafers, Miyajima’s work supports the advancement of next-generation electronics, showcasing how acoustic and fluid dynamics can revolutionize industrial automation. His achievements underscore a commitment to solving real-world engineering challenges with elegant, non-invasive solutions.
Research Focus
Key Achievements
Top Papers
- 1