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Study of Ni-P-SiO_2 (nanometer) Electroless Composite Coating

Jing Ai

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Abstract

The experiments of Ni-P electroless coating and Ni-P-SiO_2 (micrometer), Ni-P-SiO_2 (nanometer) electroless composite coating were done to study how SiO_2particles affect the coating rate and properties of the film. The results show that coating rate increased, hardness and wear of the film comparing to the film of Ni-P and micrometer particles composite coating are promoted notably when the nanometer particles SiO_2 were put into the solution.

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What this paper is about

The experiments of Ni-P electroless coating and Ni-P-SiO_2 (micrometer), Ni-P-SiO_2 (nanometer) electroless composite coating were done to study how SiO_2particles affect the coating rate and properties of the film. The results show that coating rate increased, hardness and wear of the film comparing to the film of Ni-P and micrometer particles composite coating are promoted notably when the nanometer particles SiO_2 were put into the solution.

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Available abstract

The experiments of Ni-P electroless coating and Ni-P-SiO_2 (micrometer), Ni-P-SiO_2 (nanometer) electroless composite coating were done to study how SiO_2particles affect the coating rate and properties of the film. The results show that coating rate increased, hardness and wear of the film comparing to the film of Ni-P and micrometer particles composite coating are promoted notably when the nanometer particles SiO_2 were put into the solution.

Key concepts: Nanometre, Micrometer, Coating, Materials science, Composite number, Composite material, Electroless plating, Layer (electronics)

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