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Electroless deposition of nickel-boron coatings using low frequency ultrasonic agitation: Effect of ultrasonic frequency on the coatings

L. Bonin,N. Bains,V. Vitry,A.J. Cobley

Ultrasonics（2017）

Cited 32|Views5
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Abstract
•Ultrasound did not bring significant modification of the hardness or wear behaviour.•Ultrasonic agitation generates a significant increase of the plating rate.•When ultrasonic agitation was employed the coating thickness increased by over 50%.•Ultrasonic agitation generates a smoother and less porous morphology.
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Key words
Electroless deposition,Nickel-boron,Sonochemistry,Ultrasound agitation
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