Plastic heat sink
Thermal conductivity of the polymer heat sink can be further enhanced by having an optimal blend between Carbon Nanotubes and silicone elastomer. In this research, the functionalization technique is exploited with the purpose of achieving better solubilization and dispersion within the nanocomposite...
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sg-ntu-dr.10356-533882023-07-07T18:06:06Z Plastic heat sink Kong, Jacky. Tan Cher Ming School of Electrical and Electronic Engineering DRNTU::Engineering Thermal conductivity of the polymer heat sink can be further enhanced by having an optimal blend between Carbon Nanotubes and silicone elastomer. In this research, the functionalization technique is exploited with the purpose of achieving better solubilization and dispersion within the nanocomposite. By studying the stearic hindrance of the material through Molecular Dynamics, the bonding natures of each material were played towards their advantages to create an optimal blend. Characterization and evaluation tests were performed to compare the new functionalization method. The results provided a positive indication, where the characterization showed a dendrite formation, allowing carbon nanotubes to be dispersed throughout the polymer matrix. The solubilization has improved tremendously as compared to the previous functionalization method. Bachelor of Engineering 2013-06-03T02:59:14Z 2013-06-03T02:59:14Z 2013 2013 Final Year Project (FYP) http://hdl.handle.net/10356/53388 en Nanyang Technological University 54 p. application/pdf |
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Thermal conductivity of the polymer heat sink can be further enhanced by having an optimal blend between Carbon Nanotubes and silicone elastomer. In this research, the functionalization technique is exploited with the purpose of achieving better solubilization and dispersion within the nanocomposite. By studying the stearic hindrance of the material through Molecular Dynamics, the bonding natures of each material were played towards their advantages to create an optimal blend. Characterization and evaluation tests were performed to compare the new functionalization method. The results provided a positive indication, where the characterization showed a dendrite formation, allowing carbon nanotubes to be dispersed throughout the polymer matrix. The solubilization has improved tremendously as compared to the previous functionalization method. |
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Tan Cher Ming |
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Tan Cher Ming Kong, Jacky. |
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Final Year Project |
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Kong, Jacky. |
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Kong, Jacky. |
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Plastic heat sink |
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Plastic heat sink |
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Plastic heat sink |
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Plastic heat sink |
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Plastic heat sink |
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plastic heat sink |
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2013 |
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http://hdl.handle.net/10356/53388 |
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1772826658918629376 |