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      The Structure and Performance of Ionic Polymer-Metal Composite Actuators Prepared via Electroless Plating Process Using Various Alcohols

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      https://www.riss.kr/link?id=A107534579

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      <P>Nafion™-based ionic polymer-metal composite (IPMC) actuators were fabricated using an electroless plating method. This study aims to improve the formation of Pt electrode in IPMCs employing various alcohols as media in the 1<SUP>st</SUP> deposition step instead of water. It was found that ethanol formed a thicker and well-dispersed Pt electrode layer, whereas methanol and n-propanol produced thinner Pt electrodes than water. Especially, IPMCs constructed in ethanol demonstrated a bending displacement comparable to conventional IPMCs processed in water without significant back relaxation attributable to a thicker and well-dispersed Pt electrode and its high capacitance. It is also interesting to note that the IPMCs prepared in n-propanol exhibited the fastest actuation response of all.</P>
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      <P>Nafion™-based ionic polymer-metal composite (IPMC) actuators were fabricated using an electroless plating method. This study aims to improve the formation of Pt electrode in IPMCs employing various alcohols as media in the 1<SUP>s...

      <P>Nafion™-based ionic polymer-metal composite (IPMC) actuators were fabricated using an electroless plating method. This study aims to improve the formation of Pt electrode in IPMCs employing various alcohols as media in the 1<SUP>st</SUP> deposition step instead of water. It was found that ethanol formed a thicker and well-dispersed Pt electrode layer, whereas methanol and n-propanol produced thinner Pt electrodes than water. Especially, IPMCs constructed in ethanol demonstrated a bending displacement comparable to conventional IPMCs processed in water without significant back relaxation attributable to a thicker and well-dispersed Pt electrode and its high capacitance. It is also interesting to note that the IPMCs prepared in n-propanol exhibited the fastest actuation response of all.</P>

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