DES-3电解质助力锌负极实现超长循环稳定性

| 原句 | 修改后的句子 | 修改原因 ||---|---|---|| To evaluate the stability of the Zn anode in aqueous electrolyte and DES-3 electrolyte, Zn-Zn symmetric cells were assembled for long-term constant current cycling. | 为评估锌负极在水系电解质和DES-3电解质中的稳定性，我们组装了Zn-Zn对称电池进行长期恒流循环测试。 | 将'evaluate'改为更具体的'评估'，'assembled'改为更具体的'组装'，'long-term constant current cycling'改为更具体的'长期恒流循环测试'，以提高句子的清晰度和准确性。 || Although a smaller current was considered to be a challenging condition, the zinc anode in the DES-3 electrolyte exhibited stable cycling for over 1700 hours under a current density of 0.1mA cm−2, while the cell using aqueous electrolyte experienced rapid increase in overpotential and failure after 52 hours. | 尽管较小的电流被认为是一种具有挑战性的条件，但在0.1 mA cm−2的电流密度下，DES-3电解质中的锌负极展现出超过1700小时的稳定循环，而使用水性电解质的电池在52小时后出现快速过电势增加并失效。 | 将'a smaller current'改为更具体的'较小的电流'，'the zinc anode'改为更简洁的'锌负极'，'exhibited stable cycling'改为更具体的'展现出超过1700小时的稳定循环'，'experienced rapid increase in overpotential and failure'改为更简洁的'出现快速过电势增加并失效'，以提高句子的简洁度和可读性。 || When the working temperature reached 80℃, under a current density of 1 mA cm−2 and a deposition capacity of 1 mAh cm−2, the aqueous electrolyte showed a polarization voltage increase and battery failure in less than 1500 minutes, due to the intensified parasitic reactions within the battery at higher temperatures, particularly the hydrogen evolution reaction (HER), which caused battery swelling and device detachment, leading to a decline in battery performance. | 当工作温度达到80℃时，在1 mA cm−2的电流密度和1 mAh cm−2的沉积容量下，水性电解质的电池在不到1500分钟内出现极化电压增加并失效，这是因为高温下电池内部的寄生反应加剧，特别是氢气析出反应（HER），导致电池膨胀和器件脱落，从而降低了电池性能。 | 将'the aqueous electrolyte showed a polarization voltage increase and battery failure'改为更简洁的'水性电解质的电池在不到1500分钟内出现极化电压增加并失效'，'the intensified parasitic reactions within the battery at higher temperatures'改为更简洁的'高温下电池内部的寄生反应加剧'，'battery swelling and device detachment, leading to a decline in battery performance'改为更简洁的'电池膨胀和器件脱落，从而降低了电池性能'，以提高句子的简洁度和可读性。 || In contrast, the cell using DES-3 electrolyte demonstrated stable cycling for over 5000 minutes (Fig S). | 相比之下，使用DES-3电解质的电池展现出超过5000分钟的稳定循环（图S）。 | 将'demonstrated'改为更简洁的'展现出'，以提高句子的简洁度。 |