This present study reported the synthesis of a high specific capacity supercapacitors (SCs) carrying a unique porous Ni foam substrate with a novel NiCo₂S₄ electrode by a simplistic hydrothermal technique. Considered on the physical profile properties, the architecture of NiCo₂S₄ material delivered abundant electroactive sites, rapid discharge/charge transport and bettermost electrical conduciveness, which provide rise to improved electrochemical performance for better-scale SCs. Meanwhile, the electrochemical profile properties of the as-grown NiCo₂S₄ material clearly showed a battery-profile redox reaction, which has been distinct from the characterization of carbon-based source products. The battery-profile NiCo₂S₄ sample gained notable electrochemical performance activities, namely marvelous SCs performance with a excellent specific capacity of ~154.13 mA h g⁻¹ at 2 A g⁻¹, higher rate capabilities with ~92.5% of capacity retention at 15 A g⁻¹, and interested cycling performance with ~95.2% of capacity retention at 4 A g⁻¹ after 5000 long-cycles. Therefore, regarding this achieved results, the as-constructed NiCo₃S₄ was a notable efficient profile for SCs candidate and will have an effectively serving in different advanced energy storage devices.

本研究报道了通过简单的水热技术合成的高比容量超级电容器（SCs），该电容器具有独特的多孔Ni泡沫基材和新型NiCo ₂ S ₄电极。考虑到物理轮廓特性，NiCo ₂ S ₄材料的结构提供了丰富的电活性位，快速的放电/电荷传输和最佳的电导率，从而为更大规模的SC提供了改进的电化学性能。同时，NiCo ₂ S ₄的电化学分布特性该材料清楚地显示出电池特性的氧化还原反应，这与碳基原料的表征不同。具有电池特性的NiCo ₂ S ₄样品具有显着的电化学性能，即出色的SC性能，在2 A g ^-1下具有约154.13 mA hg ^-1的出色比容量，在15时容量保持率高达92.5％的情况下具有更高的倍率性能a g ^-1，感兴趣的循环性能，经过5000个长循环后，在4 A g ^-1下的容量保持率为〜95.2％。因此，关于该获得的结果，构造的NiCo ₃ S ₄ 对于SC候选人而言，这是一个显着的高效配置文件，并将在不同的先进储能设备中有效地发挥作用。