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Manufacture of Nano-Sized Ni-ferrite Powder from Waste Solution by Spray Pyrolysis Process  

Yu Jae-Keun (호서대학교 신소재공학전공)
Suh Sang-Kee (호서대학교 신소재공학전공)
Kang Seong-Gu (호서대학교 신소재공학전공)
Kim Jwa-Yeon (호서대학교 신소재공학전공)
Park Si-Hyun (호서대학교 신소재공학전공)
Park Yaung-Soo (충북대학교 재료공학과)
Choi Jae-Ha (충북대학교 재료공학과)
Sohn Jin-Gun (포항산업과학연구원)
Publication Information
Resources Recycling / v.12, no.4, 2003 , pp. 20-29 More about this Journal
Abstract
In order to efficiently recycle the waste solution resulting from shadow mask processing, nano-sized Ni-ferrite powder was fab-ricated through spray pyrolysis process. The average particle size of the powder was below 100nm. In this study, the effects of the reaction temperature. the concentration of raw material solution and the injection speed of solution on the properties of powder were respectively investigated. As the reaction temperature increased from $800^{\circ}C$ to $1100^{\circ}C$, average particle size of the powder significantly Increased and power structure became more solid, whereat its specific surface area was greatly reduced. Formation rate and crystallization of($NiFe_2$$O_4$) phale increased along with the temperature rise. As the concentrations of iron and nickel components in wastere solution increased, particle size of the powder became larger, particle size distribution became more irregular, and specific surface area was reduced. Formation rate and crystallization of $NiFe_2$$O_4$ phase increased significantly along with the increase of the concentration of solution. As the inlet speed of solution increased, particle size of the powder became larger, particle size distribution became wider, specific surface area was reduced and powder structure became less solid. As the inlet speed of solution decreased, formation rate and crystallization of $NiFe_2$$O_4$ phase significantly increased.
Keywords
waste solution; recycling; spray pyrolysis; nickel ferrite; nano powder;
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Times Cited By KSCI : 1  (Citation Analysis)
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