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< Basic Research Development >
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| 1) |
Design of Open Type High Gradient Magnetic Field |
| 2) |
Removal of Heavy Metal from Solution by Adsorption with Bacterially-produced Magnetic Iron Suipide particles using High Gradient Magnetic Separation |
| 3) |
Magnetic Removal of Cryptosporidium parvum oocysts in Water |
| 4) |
Development of Magnetic Gel for Waste Water Treatment |
| 5) |
Development Magnetized Substances |
| 6) |
Magnetic Separation Filter consisting of a Flow Channel and a Retention Part |
| 7) |
Condensation of Tritium under Strong Magnetic Field with Elctrolysis |
| 8) |
Analysis of Coagulated Magnetic Particles produced by Electrplysis |
| 9) |
Development of Method of Magnesium Coagulation |
| 10) |
Development of Substances for Heavy Oil Collection |
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< Practical Application >
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| 1) |
Magnetic Separation of Microcystis and its use for Manure |
| 2) |
Recovery of Abrasives from Wasted Slurry by Superconducting High Gradient Magnetic Separation |
| 3) |
Purification of Wasted Water from a Paper Manufactory by Magnetic Separation |
| 4) |
Landfill Leachate Treatment by Electrolysis and Magnetic Separation |
| 5) |
Human Wasted Water Treatment by Elctrolysis and Magnetic Seaparation |
| 6) |
Manucipal Sewage Treatment by Activated Magnetic-sludges System for Zero Emission |