Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders
In the processing of oxidizer-coated fuel, a co-spray drying of a feed mixture of Al and NaNO2 (in solution) was carried out. The process parameters (Table 1) adopted was derived from an optimized process condition for the spray drying of 1%w/v of NaNO2 which resulted in spherical clusters of NaNO2...
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sg-ntu-dr.10356-510422023-03-04T15:32:42Z Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders Lee, Priscilla Li Yi. Hng Huey Hoon School of Materials Science & Engineering DRNTU::Engineering::Materials In the processing of oxidizer-coated fuel, a co-spray drying of a feed mixture of Al and NaNO2 (in solution) was carried out. The process parameters (Table 1) adopted was derived from an optimized process condition for the spray drying of 1%w/v of NaNO2 which resulted in spherical clusters of NaNO2 of relative uniform particle size range of 80 to 150 μm. Both spherical Al of 3.84μm (NHY130) and granules Al of 15μm (NHY100) were used in separate co-spray drying processes to study the effect of the difference in morphology of Al used on the resulting morphology of the co-spray dried products. 2013-01-03T03:36:23Z 2013-01-03T03:36:23Z 2010 2010 Industrial Attachment (IA) http://hdl.handle.net/10356/51042 en Nanyang Technological University 86 p. application/pdf |
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DRNTU::Engineering::Materials Lee, Priscilla Li Yi. Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders |
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In the processing of oxidizer-coated fuel, a co-spray drying of a feed mixture of Al and NaNO2 (in solution) was carried out. The process parameters (Table 1) adopted was derived from an optimized process condition for the spray drying of 1%w/v of NaNO2 which resulted in spherical clusters of NaNO2 of relative uniform particle size range of 80 to 150 μm. Both spherical Al of 3.84μm (NHY130) and granules Al of 15μm (NHY100) were used in separate co-spray drying processes to study the effect of the difference in morphology of Al used on the resulting morphology of the co-spray dried products. |
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Hng Huey Hoon |
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Hng Huey Hoon Lee, Priscilla Li Yi. |
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Industrial Attachment (IA) |
author |
Lee, Priscilla Li Yi. |
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Lee, Priscilla Li Yi. |
title |
Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders |
title_short |
Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders |
title_full |
Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders |
title_fullStr |
Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders |
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Report on industrial attachment with Advanced Technology Research Centre - processing and characterization of oxidizer-coated metal powders |
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report on industrial attachment with advanced technology research centre - processing and characterization of oxidizer-coated metal powders |
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2013 |
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http://hdl.handle.net/10356/51042 |
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1759857934014087168 |