| Technical Name | Electrodeposited coating and enhanced surface microstructure by using patterning and electrolytic approach for diamond wire | ||
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| Project Operator | National Taipei University of Technology | ||
| Project Host | 何昭慶 | ||
| Summary | To increase the sawing performance of diamond tools due to the cutting edges of diamond abrasives are hidden and a phenomenon of abrasive aggregation generates leading to bad abrasive distribution. Patterning electroplated diamond piano wire process will develop to control the arrangement of diamond abrasives and hence improve the cutting efficiency. |
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| Scientific Breakthrough | By patterning Ni-coated diamond abrasives we use the magnetic force and control the density of the diamond abrasives. |
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| Industrial Applicability | LED substrate, gallium arsenide, magnetic material, crystal, etc. |
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| Keyword | Diamond-coated piano wire sawing Diamond grain patterning Electrolytic partial met Electrodeposited coating Patterning electroplated diamond piano wire Magnetic force Enhanced surface microstructure CNT Ni-coated diamond abrasives Density of the diamond abrasives | ||
| Notes | |||
- Contact
- hochao@mail.ntut.edu.tw
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