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Ripple Effect: Researchers say leveling of electrodeposits can be achieved by applying a small forcing voltage

Seeking smoother plating deposits? It may be all in the waves. This story looks at studies that have shown that superimposition of a small sinusoidal potential wave (smooth, repetitive oscillation) onto a potentiostatic bias can lead to more level electrodeposits in finishing.



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Ripple Effect: Researchers say leveling of electrodeposits can be achieved by applying a small forcing voltage

https://www.pfonline.com/articles/ripple-effect-researchers-say-leveling-of-electrodeposits-can-be-achieved-by-applying-a-small-forcing-voltage

Seeking smoother plating deposits? It may be all in the waves. This story looks at studies that have shown that superimposition of a small sinusoidal potential wave (smooth, repetitive oscillation) onto a potentiostatic bias can lead to more level electrodeposits in finishing.



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https://www.pfonline.com/articles/ripple-effect-researchers-say-leveling-of-electrodeposits-can-be-achieved-by-applying-a-small-forcing-voltage

Ripple Effect: Researchers say leveling of electrodeposits can be achieved by applying a small forcing voltage

Seeking smoother plating deposits? It may be all in the waves. This story looks at studies that have shown that superimposition of a small sinusoidal potential wave (smooth, repetitive oscillation) onto a potentiostatic bias can lead to more level electrodeposits in finishing.

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