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Effect of carbon nanodots supported palladium-based electrocatalysts towards oxygen reduction reaction in an alkaline medium

机译:碳纳米蛋白负载钯电催化剂对碱性介质中的氧还原反应的影响

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Carbon nanodots (CNDs) have been synthesised using a simple and cheap pyrolysis method. ThePd/CNDs electrocatalyst was synthesised by the in-situ reduction method. The calculated particle sizeswere found to be 6.0 nm and 0.974 nm for CNDs and Pd nanoparticles, respectively. The reactionkinetics of the Pd/CNDs was found to have an onset potential of -0.111 V, which is 0.052 V lower thanthat of Pd/C. CNDs are good electrocatalysts support, as supported by durability and stability studies.The electrocatalyst showed improved durability and stability when CNDs were used as the supportmaterial for the Pd nanoparticles.
机译:使用简单且廉价的热解方法合成了碳纳多(CNDS)。通过原位还原方法合成本谱/ CNDS电催化剂。对于CNDS和Pd纳米颗粒,发现所计算的粒子尺寸为6.0nm和0.974nm。发现Pd / CNDS的反式诊断具有-0.111V的起始电位,为PD / C的0.052V下三度。 CNDS是耐久性和稳定性研究的支持的良好电催化剂支持。当CNDS用作PD纳米颗粒的载体材料时,电催化剂显示出改善的耐久性和稳定性。

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