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Controlling Magnetism of Diamond Powder Metallization using Electro-less Cobalt/Nickel Plating
Conference paper

Controlling Magnetism of Diamond Powder Metallization using Electro-less Cobalt/Nickel Plating

Hui-Hung Lo and Tzu-Chien Wei
Proceedings of Technical Papers - International Microsystems, Packaging, Assembly, and Circuits Technology Conference, IMPACT, Vol.2020-October, pp.177-180
10/2020

Abstract

Hardware and Architecture Control and Systems Engineering Electrical and Electronic Engineering
In this study we attempt to develop an unprecedented approach to metallize diamond powder (DP) for diamond wire sawing (DWS) industry using electro less plating of cobalt/nickel (ELP Co/Ni) alloy without the need of additional electroplating step. This single step method allows efficient DP metallization process while maintaining good magnetic property. More importantly, the magnetism of resultant ELP Co/Ni film is easily manipulated by simply controlling the stoichiometry of metal precursors in ELP bath. The morphology, chemical composition and magnetic property of ELP Co/Ni film on the DP are carefully characterized. Tacking-on-density of DP on steel wire is proportional to the magnetism of ELP Co/Ni DP. Our study provides a simple, controllable and cost-effective process for advanced metallization of DP for DWS.

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