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2. Visualization of magnetic microparticles in liquid and control of their motion using dynamic magnetic field

Author

Tokura, S., Hara, M., Kawaguchi, N., Izawa, J., Amemiya, N., Tokura, S., Hara, M., Kawaguchi, N., Izawa, J., and Amemiya, N.

Abstract

Visualization technique of micro- or nanoparticles with sufficient spatial and temporal resolutions is required for quantitative study of motion of magnetic particles and their control using a dynamic magnetic field. Based on the particle tracking velocimetry method, a visualization system of micron-size particles has been developed. A proof-of-concept experiment of controlling magnetic particles using a dynamic magnetic field was made, and motions of magnetic particles under a dynamic magnetic field were visualized successfully using the developed system: the motions of particles synchronizing with the applied dynamic magnetic field could be observed.

Published
2010

3. Visualization of magnetic microparticles in liquid and control of their motion using dynamic magnetic field

Author

10222697, Tokura, S., Hara, M., Kawaguchi, N., Izawa, J., Amemiya, N., 10222697, Tokura, S., Hara, M., Kawaguchi, N., Izawa, J., and Amemiya, N.

Abstract

Visualization technique of micro- or nanoparticles with sufficient spatial and temporal resolutions is required for quantitative study of motion of magnetic particles and their control using a dynamic magnetic field. Based on the particle tracking velocimetry method, a visualization system of micron-size particles has been developed. A proof-of-concept experiment of controlling magnetic particles using a dynamic magnetic field was made, and motions of magnetic particles under a dynamic magnetic field were visualized successfully using the developed system: the motions of particles synchronizing with the applied dynamic magnetic field could be observed.

Published
2010

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